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Biology, Geography & Health: Chapter 6493

Chapter 6493 provides bibliographic information on scholary research in the basic and applied life, earth and health sciences.



East, J. L.; Allen, P. T.; Knesek, J. E.; Chan, J. C.; Bowen, J. M.; Dmochowski, L., 1973: Structural rearrangement and subunit composition of rna from released soehner dmochowski murine sarcoma virions

Dimitrov S.I.; Tsaneva I.R.; Pashev I.G.; Markov G.G., 1980: Structural rearrangement of histone h 1 depleted chromatin during thermal denaturation

Potter, A. M.; Sharp, J. C.; Brown, M. J.; Sokol, R. J., 1975: Structural rearrangements associated with the philadelphia chromosome in chronic granulocytic leukemia

Nicola, N. A.; Leach, S. J., 1977: Structural rearrangements due to ligand binding and heme replacement in myo globin and leg hemo globins

Tenchov B.G.; Lis L.J.; Quinn P.J., 1988: Structural rearrangements during crystal liquid crystal and gel liquid crystal phase transitions in aqueous dispersions of dipalmitoylphosphatidylethanolamine a time resolved x ray diffraction study

Chernyak B.V.; Chernyak V.Y.; Gladysheva T.B.; Kozhanova Z.E.; Kozlov I.A., 1981: Structural rearrangements in soluble mitochondrial atpase


Couzin D.A.; Watt J.L.; Stephen G.S., 1987: Structural rearrangements in the parents of children with primary trisomy 21

Subchinski, V. K.; Ruuge, E. K.; Tikhonov, A. N., 1976: Structural rearrangements of chloroplast membranes studied by the technique of para magnetic probes

Bullerdiek J.; Raabe G.; Bartnitzke S.; Boeschen C.; Schloot W., 1987: Structural rearrangements of chromosome n4 8 involving 8q12 a primary event in pleomorphic adenoma of the parotid gland

Wooster, W. E.; Fechheimer, N. S.; Jaap, R. G., 1977: Structural rearrangements of chromosomes in the domestic chicken experimental production by x irradiation of spermatozoa

Nisenbaum, G. D.; Okun, I. M.; Adzerikho, R. D.; Lyskova, T. I.; Narushevichus, E. V.; Aksentsev, S. L.; Konev, S. V., 1976: Structural rearrangements of membranes induced by anesthetics

Osipova T.N.; Karpova E.V.; Ramm E.I.; Svetlikova S.B.; Pospelov V.A., 1986: Structural rearrangements of oligonucleosomes from pigeon erythrocyte chromatin

Kilmartin J.V.; Adams A.E.M., 1984: Structural rearrangements of tubulin and actin during the cell cycle of the yeast saccharomyces

Konev, S. V.; Mazhul, V. M.; Zaichkin, E. I.; Nasonova, G. V., 1977: Structural rearrangements of yeast cytoplasmic membranes induced by inter cellular contacts

Porter, W. R.; Trager, W. F., 1977: Structural reassignment of the dehydration product of 2 hydroxy warfarin

Whiteley J.M.; Russell A., 1981: Structural reassignment of the per oxide oxidation product of 5 methyl 5 6 7 8 tetra hydro folate

De Rosa M.; Gambacorta A.; Nicolaus B.; Sodano S.; Bu'lock J.D., 1980: Structural regularities in tetra ether lipids of caldariella and their biosynthetic and phyletic implications

Kr"stanov K.N.; Fakirov V.; Belyakov P.; Ganchev P., 1984: Structural regularities with regard to the cylindrical form of cultivated poplars for the compilation of volume yield tables

Dreker, L.; Schwarz, J.; Reichel, W.; Hilschmann, N., 1976: Structural regularity of antibodies the primary structure of a mono clonal immuno globulin g 1 myeloma protein nie part 1 purification and characterization of the protein the light and heavy chains the cyanogen bromide cleavage products and the di sulfide bridges

Ponstingl, H.; Hilschmann, N., 1976: Structural regularity of antibodies the primary structure of a mono clonal immuno globulin g 1 myeloma protein nie part 2 isolation and amino acid sequence of the tryptic peptides from the heavy chain

Ponstingl, H.; Hilschmann, N., 1976: Structural regularity of antibodies the primary structure of a mono clonal immuno globulin g 1 myeloma protein nie part 3 the chymotryptic peptides of the heavy chain alignment of the tryptic peptides and discussion of the complete structure

Garduno F.; Thorne L.; Walfield A.M.; Pollock T.J., 1988: Structural relatedness between mosquitocidal endotoxins of bacillus thuringiensis ssp israelensis

Walderhaug M.O.; Post R.L.; Saccomani G.; Leonard R.T.; Briskin D.P., 1985: Structural relatedness of 3 ion transport atpase species around their active sites of phosphorylation

Lau P.C.K.; Hefford M.A.; Klein P., 1987: Structural relatedness of lysis proteins from colicinogenic plasmids and icosahedral coliphages

Chang, S. M. T.; Lee, C. Y.; Li, S. S. L., 1979: Structural relatedness of mouse lactate dehydrogenase ec 1.1.1.27 isozymes a 4 muscle b 4 heart and c 4 testis

Isobe T.; Ishioka N.; Okuyama T., 1981: Structural relation of 2 s 100 proteins in bovine brain subunit composition of s 100 a protein

Rose S.M.; Hansen T.H.; Cullen S.E., 1980: Structural relation of murine 3rd locus h 2l major histo compatibility antigens to the products of h 2k and h 2d loci

Gracy, R. W.; Lacko, A. G.; Brox, L. W.; Adelman, R. C.; Horecker, B. L., 1970: Structural relations in aldolases purified from rat liver and muscle and novikoff hepatoma

Krishnan H.B.; Okita T.W., 1986: Structural relationship among the rice oryza sativa glutelin polypeptides

Van Blerkom J., 1981: Structural relationship and post translational modification of stage specific proteins synthesized during early pre implantation development in the mouse

Robins T.; Bister K.; Garon C.; Papas T.; Duesberg P., 1982: Structural relationship between a normal chicken dna locus and the transforming gene of the avian acute leukemia virus mc 29

Akerstrom B.; Logdberg L.; Babiker Mohamed H.; Lohmander S.; Rask L., 1987: Structural relationship between alpha 1 microglobulin from man guinea pig rat and rabbit

Rassat J.; Robenek H.; Themann H., 1981: Structural relationship between desmosomes and mitochondria in human livers exhibiting a wide range of diseases

Rice, D. W.; Schulz, G. E.; Guest, J. R., 1984: Structural relationship between glutathione reductase ec 1.6.4.2 and lipo amide dehydrogenase ec 1.6.4.3

Guenzler, W. A.; Steffens, G. J.; Oetting, F.; Buse, G.; Flohe, L., 1982: Structural relationship between human high and low molecular mass uro kinase ec 3.4.21.31

Hayenga K.; Hedgcoth C.; Harrison M.; Lin V.K.; Ortwerth B.J., 1986: Structural relationship between lysine transfer rna 2 and lysine transfer rna 4 from mouse lymphoma cells

Linke H.K.; Hunter T.; Walter G., 1979: Structural relationship between the 100000 molecular weight and 17000 molecular weight tumor antigens of sv 40 as deduced by comparison with the sv 40 specific proteins coded by the nondefective adenovirus type 2 sv 40 hybrid viruses

Lee W H.; Phares W.; Duesberg P.H., 1983: Structural relationship between the chicken dna locus proto fps and the transforming gene of fujinami sarcoma virus delta gag fps

Lambert, T.; Gerbaud, G.; Trieu-Cuot, P.; Courvalin, P., 1985: Structural relationship between the genes encoding 3' aminoglycoside phosphotransferases in campylobacter and in gram positive cocci

Dahmus M.E., 1983: Structural relationship between the large subunits of calf thymus rna polymerase ii

Bourgeois C.A.; Hemon D.; Bouteille M., 1979: Structural relationship between the nucleolus and the nuclear envelope

Ferrone, S.; Belvedere, M.; Pellegrino, M. A., 1978: Structural relationship between w 4 w 6 antigens and other surface markers on cultured human lymphoid cells as determined by the lysostrip method

Kratzin H.; Armstrong V.W.; Niehaus M.; Hilschmann N.; Seidel D., 1987: Structural relationship of an apolipoprotein a phenotype 570 kda to plasminogen homologous kringle domains are linked by carbohydrate rich regions

Mullbacher A.; Waring P.; Tiwari Palni U.; Eichner R.D., 1986: Structural relationship of epipolythiodioxopiperazines and their immunomodulating activity

Innerarity T.L.; Young S.G.; Poksay K.S.; Mahley R.W.; Smith R.S.; Milne R.W.; Marcel Y.L.; Weisgraber K.H., 1987: Structural relationship of human apolipoprotein b48 to apolipoprotein b100

Henco K.; Brosius J.; Fujisawa A.; Fujisawa J I.; Haynes J.R.; Hochstadt J.; Kovacic T.; Pasek M.; Schambock A.; Et Al, 1985: Structural relationship of human interferon alpha genes and pseudogenes

Guialis A.; Jockers Wretou E.; Sekeris C.E., 1986: Structural relationship of the heterogenous nuclear ribonucleoprotein core polypeptides from rat liver nuclei

Ivatt, R. J.; Gilvarg, C., 1977: Structural relationship of the teichuronic acid and peptido glycan of bacillus megaterium

Hempel J.; Holmquist B.; Fleetwood L.; Kaiser R.; Barros Soderling J.; Buhler R.; Vallee B.L.; Jornvall H., 1985: Structural relationships among class i isozymes of human liver alcohol dehydrogenase

Scott M.P.; Weiner A.J., 1984: Structural relationships among genes that control development sequence homology between the antennapedia ultrabithorax and fushi tarazu loci of drosophila

Better M.; Lewis B.; Corbin D.; Ditta G.; Helinski D.R., 1983: Structural relationships among rhizobium meliloti symbiotic promoters

Link, G.; Kidd, G. H.; Richter, G.; Bogorad, L., 1978: Structural relationships among the multiple forms of dna dependent rna polymerase ii from cultured parsley cells

Hirayama A.; Dohi Y.; Takagaki Y.; Fujio H.; Amano T., 1982: Structural relationships between carrier epitopes and antigenic epitopes on hen egg white lysozyme

Reid M.E.; Anstee D.J.; Tanner M.J.A.; Ridgwell K.; Nurse G.T., 1987: Structural relationships between human erythrocyte sialoglycoproteins beta and gamma and abnormal sialoglycoproteins found in certain rare human erythrocyte variants lacking the gerbich blood group antigens

Larsson K.; Fontell K.; Krog N., 1980: Structural relationships between lamellar cubic and hexagonal phases in mono glyceride water systems possibility of cubic structures in biological systems

De Bold A.J.; De Bold M.L.; Kraicer J., 1980: Structural relationships between parenchymal and stromal elements in the pars intermedia of the rat adeno hypophysis as demonstrated by extracellular space markers

Reimchen T.E., 1983: Structural relationships between spines and lateral plates in three spined stickleback gasterosteus aculeatus

Matsuyama T.; Schwenzer J.; Silver J.; Winchester R., 1986: Structural relationships between the dr beta 1 and dr beta 2 subunits in dr 4 7 and w 9 haplotypes and the drw 53 mt 3 specificity

Rhodes G.; Holland M.L.; Wiesler D.; Novotny M.; Moore S.A.; Peterson R.G.; Felten D.L., 1982: Structural relationships between the endogenous volatile urinary metabolites of experimentally diabetic rats and certain neuro toxins

Livingstone J.C.; Abuhasan N.S.; Clegg R.J.; Henderson S.J.; Marsden H.S.; Sutcliffe R.G., 1987: Structural relationships between the isoenzymes of human placental alkaline phosphatase a serum factor converts m plap to a plap and b plap

Gerlich W.H.; Feitelson M.A.; Marion P.L.; Robinson W.S., 1980: Structural relationships between the surface antigens of ground squirrel hepatitis virus and human hepatitis b virus

Dodson E.J.; Dodson G.G.; Hodgkin D.C.; Reynolds C.D., 1979: Structural relationships in the 2 zinc insulin hexamer

Schulz G.E.; Schiltz E.; Tomasselli A.G.; Frank R.; Brune M.; Wittinghofer A.; Schirmer R.H., 1986: Structural relationships in the adenylate kinase family

Martin L.L.; Roland D.M.; Neale R.F.; Wood P.L., 1986: Structural relationships in the inhibition of tritiated tryptamine binding to rat brain membranes in vitro by phenylalkylamines

Milligan R.A.; Flicker P.F., 1987: Structural relationships of actin myosin and tropomyosin revealed by cryo electron microscopy

Harris, B.; Roeder, R. G., 1978: Structural relationships of low molecular weight viral rna synthesized by rna polymerase iii in nuclei from adenovirus 2 infected cells

Kokkinakis D.M.; Wieboldt R.; Hollenberg P.F.; Scarpelli D.G., 1987: Structural relationships of pancreatic nitrosamine carcinogens

Horikoshi M.; Sekimizu K.; Hirashima S.; Mitsuhashi Y.; Natori S., 1985: Structural relationships of the 3 stimulatory factors of rna polymerase ii from ehrlich ascites tumor cells

Ross G.F.; Ohning B.L.; Tannenbaum D.; Whitsett J.A., 1987: Structural relationships of the major glycoproteins from human alveolar proteinosis surfactant

Chandy T.; Sharma C.P., 1984: Structural relevance of adsorbed amino sugars on poly carbonate anti thrombogenicity

Nunez E.A.; Gershon M.D., 1980: Structural remodeling of bat thyroid parafollicular cells during development

Folkow, B.; Gothberg, G.; Lundin, S.; Ricksten, S. E., 1977: Structural renal vascular changes in renal hypertensive rats

Gounaris K.; Brain A.R.R.; Quinn P.J.; Williams W.P., 1984: Structural reorganization of chloroplast thylakoid membranes in response to heat stress

Lebedev Yu V.; Frolova E.I.; Revazova E.S.; Sverdlov E.D., 1987: Structural reorganization of the locus of the proto oncogene c fos in human m 1 melanoma cells

Bush S.F.; Adams R.G.; Levin I.W., 1980: Structural reorganizations in lipid bi layer systems effect of hydration and sterol addition on raman spectra of di palmitoylphosphatidyl choline multi layers

Zhdanov V.M.; Petrov N.A.; Samokhvalov E.I.; Yuferov V.P.; Vasilenko S.K.; Uryvaev L.V.; Kharitonenkov I.G.; Kaverin N.V.; Varich N.L.; Et Al, 1986: Structural reorganizations in the hemagglutinin of influenza virus during crossing of the interspecific barrier

Sivolob A.V.; Khrapunov S.N.; Kucherenko N.E., 1984: Structural reorganizations of the histone octamer in a complex with dna in the region of physiological ionic strength

Frado, L. L. Y.; Annunziato, A. T.; Woodcock, C. L. F., 1977: Structural repeating units in chromatin part 3 a comparison of chromatin subunits from vertebrate ciliate and angiosperm species

Mclachlan A.D.; Bloomer A.C.; Butler P.J.G., 1980: Structural repeats and evolution of tobacco mosaic virus coat protein and rna

Shahein H.I., 1985: Structural representation of electrocardiograms

Deitchman R.; Maloney P.; Alexander R.A.; Haude R.H., 1979: Structural representation of social behavior in rodents

Inouye S.; Duffaud G.; Inouye M., 1986: Structural requirement at the cleavage site for efficient processing of the lipoprotein secretory precursor of escherichia coli

Berg D.E., 1983: Structural requirement for is 50 mediated gene transposition

Sirois P.; Roy S.; Borgeat P.; Picard S.; Corey E.J., 1981: Structural requirement for the action of leukotriene b 4 on the guinea pig lung importance of double bond geometry in the 6 8 10 triene unit

Benz R., 1988: Structural requirement for the rapid movement of charged molecules across membranes experiments with tetraphenylborate analogues

Singh V., 1986: Structural requirement for the recognition of lhrh by monoclonal and conventional anti lhrh antibodies

Isaka Y.; Morisaki M.; Ikekawa N., 1981: Structural requirement of sterol side chain for silkworm bombyx mori growth and development

Maruyama S.; Morisaki M.; Ikekawa N., 1982: Structural requirement of the sterol nucleus for silkworm bombyx mori growth and development

Haynes, L. W.; Smith, M. E.; Li, C. H., 1984: Structural requirements and species specificity of the inhibition of beta endorphin of heavy acetylcholinesterase ec 3.1.1.7 from vertebrate skeletal muscle

Raghunathan G.; Rein R., 1987: Structural requirements for a primitive adaptor molecule

Villanueva M.L.; Collins S.M.; Jensen R.T.; Gardner J.D., 1982: Structural requirements for action of cholecystokinin on enzyme secretion from pancreatic acini

Butlen, D.; Guillon, G.; Rajerison, R. M.; Jard, S.; Sawyer, W. H.; Manning, M., 1978: Structural requirements for activation of vasopressin sensitive adenylate cyclase hormone binding and anti diuretic actions effects of highly potent analogs and competitive inhibitors

Barnett, J. E. G.; Jarvis, W. T. S.; Munday, K. A., 1968: Structural requirements for active intestinal sugar transport the involvement of hydrogen bonds at carbon 1 and carbon 6 of the sugar hamster rat

Barnett, J. E. G.; Ralph, A.; Munday, K. A., 1969: Structural requirements for active intestinal transport spatial and bonding requirements at carbon 3 of the sugar

Barnett, J. E. G.; Ralph, A.; Munday, K. A., 1970: Structural requirements for active intestinal transport the nature of the carrier sugar bonding at 2 carbon and the ring oxygen of the sugar

Brasili L.; Giannella M.; Melchiorre C.; Belleau B.; Benfey B.C., 1981: Structural requirements for adrenergic alpha receptor covalent occupancy by chiral tetramine di sulfides

Ringdahl B., 1987: Structural requirements for affinity and efficacy of n 4 amino 2 butynylsuccinimides at muscarinic receptors in the guinea pig ileum and urinary bladder

Waksman G.; Changeux J P.; Roques B.P., 1980: Structural requirements for agonist and noncompetitive blocking action of acyl choline derivatives on electrophorus electricus electroplaque

Roitelman, J.; Shechter, I., 1984: Structural requirements for allosteric activators of rat liver microsomal 3 hydroxy 3 methylglutaryl coenzyme a reductase ec 1.1.1.34

Raghupathy, E.; Peterson, N. A., 1977: Structural requirements for amino acid inhibition of sodium ion dependent proline uptake by rat brain synaptosomes

Schulman, L. H.; Pelka, H., 1977: Structural requirements for amino acylation of escherichia coli formyl methionine transfer rna

Eling, T. E.; Hawkins, H. J.; Anderson, M. W., 1977: Structural requirements for and the effects of chemicals on the rat pulmonary inactivation of prostaglandins

Henderson G.B.; Zevely E.M., 1983: Structural requirements for anion substrates of the methotrexate transport system in l 1210 cells

Kupchan, S. M.; Sneden, A. T.; Branfman, A. R.; Howie, G. A.; Rebhun, L. I.; Mcivor, W. E.; Wang, R. W.; Schnaitman, T. C., 1978: Structural requirements for anti leukemic activity among the naturally occurring and semi synthetic maytansinoids

Kohashi, O.; Pearson, C. M.; Watanabe, Y.; Kotani, S.; Koga, T., 1976: Structural requirements for arthritogenicity of peptido glycans from staphylococcus aureus and lactobacillus plantarum and analogous synthetic compounds

Tanese N.; Prasad V.R.; Goff S.P., 1988: Structural requirements for bacterial expression of stable enzymatically active fusion proteins containing the human immunodeficiency virus reverse transcriptase

Barnett, J. E. G.; Holman, G. D.; Munday, K. A., 1973: Structural requirements for binding to the sugar transport system of the human erythrocyte

Kupchan, S. M.; Lacadie, J. A.; Howie, G. A.; Sickles, B. R., 1976: Structural requirements for biological activity among anti leukemic glaucarubolone ester quassinoids

Ozoe Y.; Matsumura F., 1986: Structural requirements for bridged bicyclic compounds acting on picrotoxinin receptor

Martin B.R., 1985: Structural requirements for cannabinoid induced antinociceptive activity in mice

Basinger M.A.; Jones M.M., 1981: Structural requirements for chelate antidotal efficacy in acute antimony iii intoxication

Basinger M.A.; Jones M.M.; Shinobu L.A., 1981: Structural requirements for chelate antidotes for acute cadmium intoxication

Hoffstein S.T.; Manzi R.M.; Razgaitis K.A.; Bender P.E.; Gleason J., 1986: Structural requirements for chemotactic activity of leukotriene b 4

Reith M.E.A.; Meisler B.E.; Sershen H.; Lajtha A., 1986: Structural requirements for cocaine congeners to interact with dopamine and serotonin uptake sites in mouse brain and to induce stereotyped behavior

Reith M.E.A.; Kim S.S.; Lajtha A., 1986: Structural requirements for cocaine congeners to interact with tritiated batrachotoxinin a 20 alpha benzoate binding sites on sodium channels in mouse brain synaptosomes

Macdonald J.R.; Gondolfi A.J.; Sipes I.G., 1985: Structural requirements for cytoprotective agents in galactosamine induced hepatic necrosis

Mosberg H.I.; Omnaas J.R.; Goldstein A., 1987: Structural requirements for delta opioid receptor binding

Amiche M.; Delfour A.; Nicolas P., 1988: Structural requirements for dermorphin opioid receptor binding

Davis R.J.; Ganong B.R.; Bell R.M.; Czech M.P., 1985: Structural requirements for diacylglycerols to mimic tumor promoting phorbol diester action on the epidermal growth factor receptor

Wanwimolruk S.; Birkett D.J.; Brooks P.M., 1983: Structural requirements for drug binding to site ii on human serum albumin

Toniolo C.; Bonora G.M.; Showell H.; Freer R.J.; Becker E.L., 1984: Structural requirements for formyl homo oligo peptide chemo attractants

Epand R.M.; Rosselin G.; Bon Hoa D.H.; Cote T.E.; Laburthe M., 1981: Structural requirements for glucagon receptor binding and activation of adenylate cyclase in liver study of chemically modified forms of the hormone including n alpha tri nitro phenyl glucagon an antagonist

Asano K.; Murachi T.; Asano A., 1983: Structural requirements for hemolytic activity of f glyco protein of hemagglutinating virus of japan sendai virus studied by proteolytic dissection

Fransson L A.; Havsmark B., 1982: Structural requirements for heparan sulfate self association

Shirhatti V.; George M.; Chenery R.; Krishna G., 1986: Structural requirements for inducing cardiotoxicity by anthracycline antibiotics studies with neonatal rat cardiac myocytes in culture

Kumazawa Y.; Matsuura M.; Maruyama T.; Homma J.Y.; Kiso M.; Hasegawa A., 1986: Structural requirements for inducing in vitro b lymphocyte activation by chemically synthesized derivatives related to the nonreducing d glucosamine subunit of lipid a

Pons, M.; Michel, F.; Descomps, B.; Crastes-De-Paulet, A., 1978: Structural requirements for maximal inhibitory allo steric effect of estrogens and estrogen analogs on glutamate dehydrogenase

Basinger M.A.; Casas J.S.; Jones M.M.; Weaver A.D.; Weinstein N.H., 1981: Structural requirements for mercury ii antidotes

Gerdin B.; Lindeberg G.; Ragnarsson U.; Saldeen T.; Wallin R., 1983: Structural requirements for micro vascular permeability increasing ability of peptides analogs of a fibrinogen penta peptide fragment

Ringdhal B., 1985: Structural requirements for muscarinic receptor occupation and receptor activation by oxotremorine analogs in the guinea pig ileum

Nelson, W. L.; Thorgeirsson, S. S., 1976: Structural requirements for mutagenic activity of 2 acylamino fluorenes in the salmonella test system

Flashner, M.; Kessler, J.; Tanenbaum, S. W., 1982: Structural requirements for neuraminidase ec 3.2.1.18 induction in arthrobacter sialophilus

Hoffman P.L., 1982: Structural requirements for neuro hypophyseal peptide maintenance of ethanol tolerance

Beddell, C. R.; Clark, R. B.; Hardy, G. W.; Lowe, L. A.; Ubatuba, F. B.; Vane, J. R.; Wilkinson, S.; Chang, K. J.; Cuatrecasas, P.; Miller, R. J., 1977: Structural requirements for opioid activity of analogs of the enkephalins

Calvo M.S.; Fryer M.J.; Laakso K.J.; Nissenson R.A.; Price P.A.; Murray T.M.; Heath H.IIi, 1985: Structural requirements for parathyroid hormone action in mature bone effects on release of cyclic amp and bone gamma carboxyglutamic acid containing protein from perfused rat hindquarters

Kobayashi M.; Muneoka Y., 1986: Structural requirements for phenylalanylmethionylarginylphenylalaninamide like activity on the heart of the prosobranch rapana thomasiana

Hronis T.S.; Traugh J.A., 1986: Structural requirements for porphyrin inhibition of the hemin controlled protein kinase and maintenance of protein synthesis in reticulocytes

Rotilio D.; Joseph D.; Hatmi M.; Vargaftig B.B., 1984: Structural requirements for preventing the aspirin induced and the arachidonate induced inactivation of platelet cyclo oxygenase additional evidence for distinct enzymatic sites

Green C.J.; Vold B.S., 1988: Structural requirements for processing of synthetic histidine transfer rna precursors by the catalytic rna component of rnase

Solo A.J.; Kumar V.; Alks V.; Duax W.L., 1979: Structural requirements for progestational activity synthesis and properties of racemic 8 alpha 9 beta 10 alpha 14 beta progesterone

Ghoshal A.; Feuer G., 1984: Structural requirements for progesterone binding to the hepatic endoplasmic reticulum in the female rat

Macdonald, M. J.; Lardy, H. A., 1978: Structural requirements for pyridinecarboxylate effects on phosphoenol pyruvate carboxy kinase

Schulman, L. H.; Pelka, H.; Sundari, R. M., 1974: Structural requirements for recognition of escherichia coli initiator and noninitiator transfer rna by bacterial t factor

Barbet J.; Rougon Rapuzzi G.; Cupo A.; Delaage M.A., 1981: Structural requirements for recognition of vasopressin by antibody thermodynamic and kinetic characteristics of the interaction

Pickering, D. S.; Krishna, M. V.; Miller, D. C.; Chan, W. W. C., 1985: Structural requirements for specific inhibition of microsomal aminopeptidase ec 3.4.11.2 mercaptoamines

Fournie Zaluski M C.; Gacel G.; Maigret B.; Premilat S.; Roques B.P., 1981: Structural requirements for specific recognition of mu or delta opiate receptors

Romeu, A. M.; Martino, E. E.; Stoppani, A. O. M., 1976: Structural requirements for steroid binding and quenching of albumin fluorescence in bovine plasma albumin

Staples, L. D.; Heap, R. B.; Brown, D.; Marrs, R. W., 1985: Structural requirements for steroid inhibition of sheep lymphocyte mitogenesis in vitro

Bull A.W.; Nigro N.D.; Marnett L.J., 1988: Structural requirements for stimulation of colonic cell proliferation by oxidized fatty acids

Lewis D.F.V.; Ionnides C.; Parke D.V., 1987: Structural requirements for substrates of cytochromes p 450 and p 448

Green E.D.; Morishima C.; Boime I.; Baenziger J.U., 1985: Structural requirements for sulfation of asparagine linked oligosaccharides of lutropin

Freer R.J.; Day A.R.; Radding J.A.; Schiffmann E.; Aswanikumar S.; Showell H.J.; Becker E.L., 1980: Structural requirements for synthetic peptide chemo attractants

Roy S.; Leskowitz S., 1984: Structural requirements for t cell recognition of tryosine azobenzene arsonate in the rat and mouse

Lucier, G. W.; Mcdaniel, O. S.; Schiller, C. M.; Matthews, H. B., 1978: Structural requirements for the accumulation of chlorinated bi phenyl metabolites in the fetal rat intestine

Robberecht P.; Coy D.H.; Waelbroeck M.; Heiman M.L.; De Neef P.; Camus J C.; Christophe J., 1985: Structural requirements for the activation of rat anterior pituitary adenylate cyclase by growth hormone releasing factor discovery of 1 n acetyltyrosine 2 d arginine growth hormone releasing factor 1 29 amide as a growth hormone releasing factor antagonist on membranes

Valone F.H.; Goetzl E.J., 1980: Structural requirements for the activity of an immunologically generated lipid chemo tactic factor

Wang J.K.T.; Taniguchi T.; Spector S., 1984: Structural requirements for the binding of benzodiazepines to their peripheral type sites

Katagiri Y.; Yamamoto K.; Tsuji T.; Osawa T., 1984: Structural requirements for the binding of glycopeptides to immobilized vicia faba fava lectin

Katagiri Y.; Yamamoto K.; Tsuji T.; Osawa T., 1983: Structural requirements for the binding of high mannose type glyco peptides to immobilized pokeweed pa 2 lectin

Yamamoto K.; Tsuji T.; Matsumoto I.; Osawa T., 1981: Structural requirements for the binding of oligo saccharides and glyco peptides to immobilized wheat germ agglutinin

Heavner G.A.; Audhya T.; Kroon D.; Goldstein G., 1985: Structural requirements for the biological activity of thymopentin analogs

Poole, C. F.; Morgan, E. D., 1975: Structural requirements for the electron capturing properties of ecdysones

Kearsey S., 1984: Structural requirements for the function of a yeast saccharomyces cerevisiae chromosomal replicator

Flores, G.; Frieden, E., 1970: Structural requirements for the hemolytic effect of phenyl hydrazine derivatives on amphibian red cells

Hosmalin A.; Carelli C.; Gaillard J.; Lefrancier P.; Drobecq H.; Leclerc C.; Amar O.; Audibert F.; Chedid L., 1987: Structural requirements for the induction of immunological castration by linear monomeric lhrh lys mdp administered in saline

Roberts, P. J.; Watkins, J. C., 1975: Structural requirements for the inhibition for l glutamate uptake by glia and nerve endings

Haviv F.; Ratajczyk J.D.; Denet R.W.; Martin Y.C.; Dyer R.D.; Carter G.W., 1987: Structural requirements for the inhibition of 5 lipoxygenase by 15 hydroxyeicosa 5 8 11 13 tetraenoic acid analogues

Melancon M.J.Jr; Lech J.J., 1979: Structural requirements for the inhibition of phthalate ester hydrolysis in rainbow trout by methylenedioxyphenyl compounds

Carter, C. J.; Cannon, M., 1977: Structural requirements for the inhibitory action of 12 13 epoxy trichothecenes on protein synthesis in eukaryotes

Procsal, D. A.; Okamura, W. H.; Norman, A. W., 1975: Structural requirements for the interaction of 1 alpha 25 di hydroxy 2 vitamin d 3 with its chick intestinal receptor system

Wood, A. W.; Levin, W.; Lu, A. Y. H.; Ryan, D.; West, S. B.; Yagi, H.; Mah, H. D.; Jerina, D. M.; Conney, A. H., 1977: Structural requirements for the metabolic activation of benzo a pyrene to mutagenic products effects of modifications in the 4 5 positions 7 8 positions and 9 10 positions

Klopman G.; Rosenkranz H.S., 1984: Structural requirements for the mutagenicity of environmental nitro arenes

Lane D.A.; Flynn A.M.; Pejler G.; Lindahl U.; Choay J.; Preissner K., 1987: Structural requirements for the neutralization of heparin like saccharides by complement s protein vitronectin

Jordan V.C.; Lieberman M.E.; Cormier E.; Koch R.; Bagley J.R.; Ruenitz P.C., 1984: Structural requirements for the pharmacological activity of nonsteroidal antiestrogens in vitro

Nagasawa H.T.; Elberling J.A.; Demaster E.G., 1980: Structural requirements for the sequestration of metabolically generated acetaldehyde

Edgar D.; Timpl R.; Thoenen H., 1988: Structural requirements for the stimulation of neurite outgrowth by two variants of laminin and their inhibition by antibodies

Dingermann T.; Nerke K.; Bloecker H.; Frank R., 1988: Structural requirements for the synthesis of tryptophanyl transfer rna from dictyostelium discoideum in yeast

Boni Schnetzler M.; Rubin J.B.; Pilch P.F., 1986: Structural requirements for the transmembrane activation of the insulin receptor kinase

Rome, L. H.; Lands, W. E. M., 1975: Structural requirements for time dependent inhibition of prostaglandin biosynthesis by anti inflammatory drugs

Ross, S. B.; Ask, A. L., 1980: Structural requirements for uptake into serotoninergic neurons

Couvineau A.; Rouyer Fessard C.; Fournier A.; St Pierre S.; Pipkorn R.; Laburthe M., 1984: Structural requirements for vasoactive intestinal poly peptide interaction with specific receptors in human and rat intestinal membranes effect of 9 partial sequences

Kawamura, J.; Tanimoto, T.; Fukuda, H.; Hayakawa, T., 1981: Structural requirements in 20 oxo steroids for interaction with the binding site of 20 beta hydroxy steroid dehydrogenase ec 1.1.1.53

Hayakawa, T.; Tanimoto, T.; Kawamura, J., 1980: Structural requirements in 20 oxo steroids for interaction with the catalytic site of 20 beta hydroxy steroid dehydrogenase ec 1.1.1.53

Vanderhoek J.Y.; Pluznik D.H., 1985: Structural requirements in hydroxyeicosanoids for the activation of the 5 lipoxygenase in pt 18 mast basophil cells

Humphries J.; Wan Y P.; Wasiak T.; Folkers K.; Bowers C.Y., 1979: Structural requirements in positions 1 2 3 and 6 of the luteinizing hormone releasing hormone for anti ovulatory activity

Sanchez, E.; Del-Villar, E.; Tephly, T. R., 1978: Structural requirements in the reaction of morphine udp glucuronyl transferase ec 2.4.1.17 with opioid substances

Adams G.A.; Rose J.K., 1985: Structural requirements of a membrane spanning domain for protein anchoring and cell surface transport

Bhat R.A.; Domer P.H.; Thimmappaya B., 1985: Structural requirements of adenovirus va i rna for its translation enhancement function

Terada, H.; Uda, M.; Kametani, F.; Kubota, S., 1978: Structural requirements of alkylacyl di thio carbazates for the uncoupling of oxidative phosphorylation in mitochondria

Hatt H., 1984: Structural requirements of amino acids and related compounds for stimulation of receptors in crayfish walking leg

Geuns J.M.C., 1983: Structural requirements of cortico steroids in etiolated mung bean phaseolus aureus seedlings

Kerr D.E.; Kissinger L.R.; Gentry L.E.; Purchio A.F.; Shoyab M., 1987: Structural requirements of diacylglycerols for binding and activating phospholipid dependent calcium sensitive protein kinase

Pollard K.M.; Webb J., 1987: Structural requirements of dna used in the farr assay to detect antibodies directed against double stranded dna

Minks, M. A.; West, D. K.; Benvin, S.; Baglioni, C., 1979: Structural requirements of double stranded rna for the activation of 2' 5' oligo adenylic acid polymerase and protein kinase of interferon treated hela cells

Amano K I.; Ribi E.; Cantrell J.L., 1983: Structural requirements of endo toxic glyco lipid for anti tumor and toxic activity

Takahashi I.; Kotani S.; Takada H.; Shiba T.; Kusumoto S., 1988: Structural requirements of endotoxic lipopolysaccharides and bacterial cell walls in induction of interleukin 1

Sundari, R. M.; Pelka, H.; Schulman, L. H., 1977: Structural requirements of escherichia coli formyl methionyl transfer rna for ribosome binding and initiation of protein synthesis

Martinez-Farnos, L.; Gubert, S.; Bozal, J., 1978: Structural requirements of guanine amino hydrolase ec 3.5.4.3 of the guinea pig brain

Mccool D.; Birshtein B.K.; Painter R.H., 1985: Structural requirements of immunoglobulin g for binding to the fc gamma receptors of the human tumor cell lines u 937 hl 60 ml 1 and k 562

Homma J.Y.; Matsuura M.; Kanegasaki S.; Kawakubo Y.; Kojima Y.; Shibukawa N.; Kumazawa Y.; Yamamoto A.; Tanamoto K I.; Et Al, 1985: Structural requirements of lipid a responsible for the functions a study with chemically synthesized lipid a and its analogs

Takada H.; Kotani S.; Tanaka S.; Ogawa T.; Takahashi I.; Tsujimoto M.; Komuro T.; Shiba T.; Kusumoto S.; Et Al, 1988: Structural requirements of lipid a species in activation of clotting enzymes from the horseshoe crab and the human complement cascade

Fischer W.; Koch H.U.; Roesel P.; Fiedler F.; Schmuck L., 1980: Structural requirements of lipo teichoic acid carrier for recognition by the poly ribitol phosphate polymerase from staphylococcus aureus h a study of various lipo teichoic acid derivatives and related compounds

Nagao S.; Takada H.; Yagawa K.; Kutsukake H.; Shiba T.; Kusumoto S.; Kawata S.; Hasegawa A.; Kiso M.; Azuma I.; Tanaka A.; Kotani S., 1987: Structural requirements of muramylpeptides for induction of necrosis at sites primed with mycobacterium tuberculosis in guinea pigs

Bause E., 1983: Structural requirements of n glycosylation of proteins studies with proline peptides as conformational probes

Goodchild J.; Porter R.A.; Raper R.H.; Sim I.S.; Upton R.M.; Viney J.; Wadsworth H.J., 1983: Structural requirements of olefinic 5 substituted deoxy uridines for anti herpes activity

Ng W.S.; Ng M.H.; Ho W.K.K., 1979: Structural requirements of phosphatidyl choline in arresting lymphocyte stimulation

Pierre, A.; Robert-Gero, M.; Tempete, C.; Polonsky, J., 1980: Structural requirements of quassinoids for the inhibition of cell transformation

Baccarini Melandri A.; Gabellini N.; Melandri B.A., 1980: Structural requirements of quinone coenzymes for endogenous and dye mediated coupled electron transport in bacterial photosynthesis

Albar, J. P.; Juarez, C.; Vivanco-Martinez, F.; Bragado, R.; Ortiz, F., 1981: Structural requirements of rabbit immuno globulin g fab' 2 fragment for activation of the complement system through the alternative pathway 1. di sulfide bonds

Juarez, C.; Albar, J. P.; Vivanco-Martinez, F.; Bragado, R.; Ortiz, F., 1981: Structural requirements of rabbit immuno globulin g fab' 2 fragment for activation of the complement system through the alternative pathway 2. ionic and indole groups

Neuzil E.; Fourche J.; Jensen R.; Jensen H.; Morin G., 1981: Structural requirements of sterols for myelin tube formation with sodium oleate

Pliska V.; Heiniger J., 1988: Structural requirements of the oxytocin receptor in rat uterus free wilson analysis in a series of competitive oxytocin inhibitors

Akesson B., 1983: Structural requirements of the phospho lipid substrate for phospho lipid n methylation in rat liver

Harbottle, R.; Richardson, S. J., 1984: Structural requirements of thiol compounds in the inhibition of human liver iodo thyronine 5' deiodinase

Noresson, E.; Hallback, M.; Hjalmarsson, A., 1977: Structural resetting of the coronary vascular bed in spontaneously hypertensive rats

Folkow, B.; Gothberg, G.; Lundin, S.; Ricksten, S. E., 1977: Structural resetting of the renal vascular bed in spontaneously hypertensive rats

Padilla D.K., 1985: Structural resistance of algae to herbivores a biomechanical approach

Collins, C. R.; Farrar, J. F., 1978: Structural resistances to mass transfer in the lichen xanthoria parietina

Cameron D.F.; Markwald R.R., 1981: Structural response of adult rat sertoli cells to peri tubular fibroblasts in vitro

Baldwing A.L.; Winlove C.P.; Caro C.G., 1982: Structural response of the rabbit thoracic aorta and inferior vena cava to in situ collapse

Bobrycki, V. A.; Mills, J. W.; Macknight, A. D. C.; Dibona, D. R., 1981: Structural responses to voltage clamping in the toad urinary bladder 1. the principal role in granular cells in the active transport of sodium

Dibona, D. R.; Sherman, B.; Bobrycki, V. A.; Mills, J. W.; Macknight, A. D. C., 1981: Structural responses to voltage clamping in the toad urinary bladder 2. granular cells and the natriferic action of vasopressin

Specthrie L.; Greenberg J.; Glucksman M.J.; Diaz J.; Makowski L., 1987: Structural responsiveness of filamentous bacteriophage pf1 comparison of virion structure in fibers and solution the effect of temperature and ionic strength

Guarini S.; Ferrari W., 1984: Structural restriction in bile acids and nonionic detergents for promotion of heparin absorption from rats gastro intestinal tract

Damtoft S.; Jensen S.R.; Nielsen B.J., 1982: Structural revision of barlerin and acetyl barlerin

Berger S.; Junior P.; Kopanski L., 1988: Structural revision of pregnane ester glycosides from condurango cortex and new compounds

Aburatani M.; Takeuchi T.; Mori K., 1985: Structural revision of the acetal intermediates in brassinolide synthesis

Weng M.; Zalkin H., 1987: Structural role for a conserved region in the ctp synthetase glutamine amide transfer domain

Smith, C. B.; Smith, D. A., 1978: Structural role of bone apatite in human femoral compacta

Yu C A.; Yu L., 1980: Structural role of phospho lipids in ubi quinol cytochrome c reductase

Kozloff L.M.; Crosby L.K.; Baugh C.M., 1979: Structural role of the poly glutamate portion of the folate found in t 4d bacterio phage base plate

Eley C.G.S.; Moore G.R.; Williams R.J.P.; Neupert W.; Boon P.J.; Brinkhof H.H.K.; Nivard R.J.F.; Tesser G.I., 1982: Structural role of the tyrosine residues of cytochrome c

Friedmann, T.; David, D., 1972: Structural roles of polyoma virus proteins

Schulz, G. E., 1977: Structural rules for globular proteins

Tavares, D. D. Q.; Miranda, M. A. C.; Umino, C. Y.; Dias, G. M., 1988: Structural seed coat characteristics of both permeable and impermeable soybean glycine max l. merril lines

Thomas, E. L.; Shao, T. C.; Christensen, H. N., 1971: Structural selectivity in interaction of neutral amino acids and alkali metal ions with a cationic amino acid transport system

Mescher, M. F.; Strominger, J. L., 1976: Structural shape maintaining role of the cell surface glyco protein of halobacterium salinarium

Takayanagi H.; Nishino C., 1982: Structural significance of the alkyl substituent at the carbon 4 of dextro trans verbenyl acetate in sex pheromonal activity of the american cockroach periplaneta americana

Dimarchi R.D.; Neireiter G.W.; Heath W.F.; Gurd F.R.N., 1980: Structural significance of the amino terminal residues of sperm whale myo globin

Manabe S.; Takayanagi H.; Nishino C., 1983: Structural significance of the geminal di methyl group of dextro trans verbenyl acetate sex pheromone mimic of the american cockroach periplaneta americana

Clanton D.J.; Lu Y.; Blair D.G.; Shih T.Y., 1987: Structural significance of the gtp binding domain of ras p21 studied by site directed mutagenesis

Hartfiel, W., 1978: Structural silage as a single food diet for ruminant cloven hoofed game animals nutritional physiological bases and practical experience

Jornvall H.; Mutt V.; Persson M., 1982: Structural similarities among gastro intestinal hormones and related active peptides

Van Belkum A.; Bingkun J.; Rietveld K.; Pleij C.W.A.; Bosch L., 1987: Structural similarities among valine accepting transfer rna like structures in tymoviral rna species and elongator transfer rna species

Ray, W. J. Jr, 1978: Structural similarities and differences among metal ion complexes of phospho gluco mutase by solvent perturbation and uv difference spectroscopy

Lee V.M Y.; Carden M.J.; Schlaepfer W.W., 1986: Structural similarities and differences between neurofilament proteins from five different species as revealed using monoclonal antibodies

Meyer H.W., 1982: Structural similarities between a membrane like surface layer on the cell wall of some microbial cells and the lamellar layer of vesicles formed by short chain phosphonic acids in water a freeze fracture study

Vitetta, E. S.; Artzt, K.; Bennett, D.; Boyse, E. A.; Jacob, F., 1975: Structural similarities between a product of the t t locus isolated from sperm and teratoma cells and h 2 antigens isolated from splenocytes

Husby, G.; Sletten, K., 1977: Structural similarities between a protein extracted from normal human tissues and a component of amyloid fibrils/

Gullick W.J.; Lindstrom J.M., 1982: Structural similarities between acetyl choline receptors from fish electric organs and mammalian muscle

Voellmy R.; Bromley P.; Kocher H.P., 1983: Structural similarities between corresponding heat shock proteins from different eukaryotic cells

Bretting H.; Jacobs G.; Dannenberg F., 1983: Structural similarities between helix pomatia galactan and the carbohydrate moiety of hemo cyanin

Podack E.R.; Kolb W.P.; Esser A.F.; Muller Eberhard H.J., 1979: Structural similarities between human complement c 6 and complement c 7

Chernausek S.D.; Jacobs S.; Van Wyk J.J., 1981: Structural similarities between human receptors for somatomedin c and insulin analysis by affinity labeling

Fabian H.; Boehm S.; Filimonov V.V.; Venyaminov S.Yu; Carius W.; Hoelzer W.; Misselwitz R.; Welfle H., 1985: Structural similarities between prokaryotic and eukaryotic 5s rna species ir and raman studies of escherichia coli 5s rna and rat liver rna

Watterson, D. M.; Harrelson, W. G. Jr ; Keller, P. M.; Sharief, F.; Vanaman, T. C., 1976: Structural similarities between the calcium dependent regulatory proteins of cyclic nucleotide phospho di esterase ec 3.4.1.17 and acto myosin atpase

Inouye S.; Franceschini T.; Inouye M., 1983: Structural similarities between the development specific protein s from a gram negative bacterium myxococcus xanthus and calmodulin

Hoober J.K.; Millington R.H.; D'angelo L.P., 1980: Structural similarities between the major poly peptides of thylakoid membranes from chlamydomonas reinhardtii

Co M.S.; Gaulton G.N.; Tominaga A.; Homcy C.J.; Fields B.N.; Greene M.I., 1985: Structural similarities between the mammalian beta adrenergic and reovirus type 3 receptors

Cheng, S. Y., 1985: Structural similarities between the plasma membrane binding sites for l thyroxine and 3 3' 5 triiodo l thyronine in cultured cells

Kiefer M.C.; Owens R.A.; Diener T.O., 1983: Structural similarities between viroids and transposable genetic elements

Tagaya, M.; Nakano, K.; Shimomura, S.; Fukui, T., 1982: Structural similarities in the active site region between potato and rabbit muscle phosphorylases a lysyl residue located close to the pyridoxal 5' phosphate

Fong S.; Chen P.P.; Gilbertson T.A.; Fox R.I.; Vaughan J.H.; Carson D.A., 1985: Structural similarities in the kappa light chains of human rheumatoid factor paraproteins and serum immunoglobulins bearing a cross reactive idiotype

Neil J.C.; Ghysdael J.; Smart J.E.; Vogt P.K., 1982: Structural similarities of proteins encoded by 3 classes of avian sarcoma viruses

Sahl H G.; Grossgarten M.; Widger W.R.; Cramer W.A.; Brandis H., 1985: Structural similarities of the staphylococcin like peptide pep 5 to the peptide antibiotic nisin

Vegner R.E.; Rituma I.R.; Chipens G.I.; Duplishcheva A.P.; Mysyakin E.B.; Zaitseva L.G.; Tumanyan M.A., 1987: Structural similarity and functional activity of molecular fragments of the staphylococcus enterotoxin and thymopoietin 2

Kamiya R.; Nagai R., 1982: Structural similarity between actin bundles from characean algal chara australis cells and sea urchin oocytes

Ovchinnikov Yu A.; Demin V.V.; Grishin E.V.; Spadar S.N., 1985: Structural similarity between fast sodium channels and acetylcholine receptor

Cheng, C. C., 1976: Structural similarity between febrifugine and chloroquine

Argos P.; Narayana S.V.L.; Nielsen N.C., 1985: Structural similarity between legumin and vicilin storage proteins from legumes

Thorne L.; Garduno F.; Thompson T.; Decker D.; Zounes M.A.; Wild M.; Walfield A.M.; Pollock T.J., 1986: Structural similarity between the lepidoptera and diptera specific insecticidal endotoxin genes of bacillus thuringiensis ssp kurstaki and bacillus thuringiensis ssp israelensis

II M.; Kawasaki T.; Yamashina I., 1988: Structural similarity between the macrophage lectin specific for galactose n acetylgalactosamine and the hepatic asialoglycoprotein binding protein

Steitz T.A.; Ohlendorf D.H.; Mckay D.B.; Anderson W.F.; Matthews B.W., 1982: Structural similarity in the dna binding domains of catabolite gene activator and cro repressor proteins

Watanabe K.; Fuji Y.; Nakayama K.; Ohkubo H.; Kuramitsu S.; Kagamiyama H.; Nakanishi S.; Hayaishi O., 1988: Structural similarity of bovine lung prostaglandin f synthase to lens epsilon crystallin of the european common frog

Hazra D.K.; Saran S., 1985: Structural similarity of platelet derived growth factor to cancer triggering virus p 28 s i s implications in oncotherapy

Kul'berg A.Ya, 1987: Structural similarity of retrovirus membrane glycoproteins human cell receptor proteins and immunoglobulins a comparative analysis of amino acid sequences

Tu, J. C., 1975: Structural similarity of the membrane envelopes of rhizobial bacteroids and the host plasma membrane as revealed by freeze fracturing

Kul'berg A.Ya, 1987: Structural similarity of variable regions of immunoglobulin polypeptide chains and extracellular regions of receptors to insulin and growth factor

Riddle C.V.; Ernst S.A., 1979: Structural simplicity of the zonula occludens in the electrolyte secreting epithelium of the avian salt gland

Katsaras J.; Stinson R.H.; Kendall E.J.; Mckersie B.D., 1986: Structural simulation of free radical damage in a model membrane system a small angle x ray diffraction study

Burakov V.V.; Onishchenko G.E.; Chentsov Yu S., 1980: Structural singularities of the mouse centromeric hetero chromatin

Schinz, R. H., 1975: Structural specialization in the dorsal retina of the bee apis mellifera

Robenek H.; Melkonian M., 1983: Structural specialization of the paraflagellar body membrane of euglena gracilis

Werker E.; Koller D., 1987: Structural specialization of the site of response to vectorial photo excitation in the solar tracking leaf of lavatera cretica

Rosenbluth J.; Blakemore W.F., 1984: Structural specializations in cat of chronically demyelinated spinal cord axons as seen in freeze fracture replicas

Olson, G. E.; Lifsics, M.; Fawcett, D. W.; Hamilton, D. W., 1977: Structural specializations in the flagellar plasma membrane of opossum spermatozoa

Woood L.E.; Haney D.N.; Patel J.R.; Clare S.E.; Shi G Y.; King L.C.; Klotz I.M., 1981: Structural specificities in acylation of hemo globin and sickle hemo globin by di aspirins

Drew H.R., 1984: Structural specificities of 5 commonly used dna nucleases

Popov, T.; Stoyanova, D., 1984: Structural specificities of the rye's microzoocenosis

Low P.A.; Schmelzer J.D.; Yao J.K.; Dyck P.J.; Parthasarathy S.; Baumann W.J., 1983: Structural specificity in de myelination induced by lyso phospho lipids

Chang, N. C.; Schmid, H. H. O., 1975: Structural specificity in ether lipid biosynthesis formation of hydroxy alkyl glycero phosphatides and oxo alkyl glycero phosphatides

Chen, T. S. T.; Huang, K. C., 1972: Structural specificity in the intestinal transport of hexoses tyrosine derivatives and electrolytes in fresh water catfish

Averbeck, D.; Chandra, P.; Biswas, R. K., 1975: Structural specificity in the lethal and mutagenic activity of furo coumarins in yeast cells

Williams W.M.; Huang K.C., 1981: Structural specificity in the renal tubular transport of tyrosine

Shimizu M.; Yasui Y.; Matsumoto N., 1983: Structural specificity of aromatic compounds with special reference to mutagenic activity in salmonella typhimurium a series of chloronitro benzene or fluoronitro benzene derivatives

Kamio Y., 1987: Structural specificity of diamines covalently linked to peptidoglycan for cell growth of veillonella alcalescens and selenomonas ruminantium

Loubatieres Mariani M M.; Chapal J.; Lignon F.; Valette G., 1979: Structural specificity of nucleotides for insulin secretory action from the isolated perfused rat pancreas

Brenneman D.E.; Foster G.A., 1987: Structural specificity of peptides influencing neuronal survival during development

Thomas T.J.; Messner R.P., 1988: Structural specificity of polyamines in left handed z dna formation immunological and spectroscopic studies

Cohen, H. G.; Seifen, E. E.; Straub, K. D.; Tiefenback, C.; Stermitz, F. R., 1978: Structural specificity of sodium potassium atpase inhibition by sanguinarine an iso quinoline benzophenanthridine alkaloid

Nagai, Y.; Akiyama, K.; Kotani, S.; Watanabe, Y.; Shimono, T.; Shiba, T.; Kusumoto, S., 1978: Structural specificity of synthetic peptide adjuvant for induction of experimental allergic encephalo myelitis

Mott, D. M.; Bieber, A. L., 1970: Structural specificity of the 5 amp site on glycogen phosphorylase b

Yoshinaga, T., 1977: Structural specificity of the allo steric inhibitor of phosphoenol pyruvate carboxylase ec 4.1.1.31 of escherichia coli

Mais D.E.; Bosin T.R., 1981: Structural specificity of the inhibition of serotonin accumulation in rat lung slices

Jorstad C.M.; Harada J.J.; Morris D.R., 1980: Structural specificity of the spermidine requirement of an escherichia coli auxotroph

Linderoth N.; Morris D.R., 1983: Structural specificity of the tri amines sym homo spermidine and aminopropyl cadaverine in stimulating growth of spermidine auxotrophs of escherichia coli

Rosen, R., 1976: Structural stability alternate descriptions and information

Smith G.D.; Swenson D.C.; Dodson E.J.; Dodson G.G.; Reynolds C.D., 1984: Structural stability in the 4 zinc human insulin hexamer

Merin U.; Shomer I., 1984: Structural stability of fresh and frozen thawed cultivar valencia citrus sinensis orange juice

Byers, D. M.; Verpoorte, J. A., 1978: Structural stability of glycophorin effects of heat and guanidine hydro chloride

Lubec G.; Nauer G.; Seifert K.; Strouhal E.; Porteder H.; Szilvassy J.; Teschler M., 1987: Structural stability of hair over three thousand years

Rao J.K.M.; Argos P., 1981: Structural stability of halophilic proteins

Kareva L.V.; Lugovoi V.I.; Kravchenko L.P., 1987: Structural stability of hepatocytes during cryopreservation with 1 2 propanediol

Lee Y H.W.; Tzecheng Z Y.; Wang S C.; Cheng W L.; Chen C.W., 1986: Structural stability of heterologous genes cloned in streptomyces plasmid plj 702

IIyama S.; Omura H., 1982: Structural stability of salivary gland hormone parotin

Carp F.M.; Carp A., 1983: Structural stability of well being factors across age and gender and development of scales of well being unbiased for age and gender

Chang H.W.; Bock E., 1979: Structural stabilization of isolated acetyl choline receptor specific interaction with phospho lipids

Kalabuhova T.N.; Suhomudkenko A.T., 1981: Structural stabilization of system components of modeled nucleo proteids under the conditions of radiation induced cross links

Avilova, L. D., 1978: Structural state and functional activity of chromatin in the cellular nucleus of plants during salinization

Milyutin A.A.; Bulanova K.Ya; Kirilyuk A.P.; Kol'tover V.K., 1987: Structural state of cardiomyocyte sarcolemma in animals of varying age

Akhtyrtsev B.P.; Lepilin I.A., 1987: Structural state of chernozems of the central chernozem zone its dependence upon the character of soil utilization and the methods of amelioration

Lemeshko V.V.; Babenko N.A.; Popova L.Ya; Belostotskaya L.I.; Kozlova E.V.; Kultaeva E.V.; Brvkovich V.M.; Tsymbal L.V., 1986: Structural state of mitochondrial and microsomal membranes in the rat liver with aging and under the effect of thyroxine

Rudenko T.S.; Zhukova N.I.; Kubatiev A.A.; Gadakchyan K.A.; Zhdanov R.I.; Chernikhovskaya T.I.; Luk'yanchikova I.A., 1985: Structural state of the platelet membranes and aggregation capacity of platelets in pulmonary carcinoma

Lin J T.; Szwarc K.; Kinne R.; Jung C.Y., 1984: Structural state of the sodium and d glucose cotransporter in calf kidney brush border membranes target size analysis of sodium dependent phlorizin binding and sodium dependent d glucose transport

Pennelly, R. R.; Tan-Wilson, A. L.; Noble, R. W., 1975: Structural states and transitions of carp hemo globin

Goldstein M.A.; Michael L.H.; Schroeter J.P.; Sass R.L., 1988: Structural states in the z band of skeletal muscle correlate with states of active and passive tension

Stewart P.R.; Spudich J.A., 1979: Structural states of dictyostelium discoideum myosin

Kirschner D.A.; Hollingshead C.J.; Thaxton C.; Caspar D.L.D.; Goodenough D.A., 1979: Structural states of myelin observed by x ray diffraction and freeze fracture electron microscopy

Rao B.S.; Martin R.G., 1988: Structural states of newly replicated closed circular sv 40 dna

Mcmahill, P. E.; Mason, H. S., 1978: Structural states of the bi nuclear copper cluster of cancer magister met hemo cyanin

Burr D.B.; Piotrowski G.; Miller G.J., 1981: Structural strength of the macaque macaca sp femur

Haq Q.N.; Larm O.; Mosihuzzaman M.; Nahar N.; Nizamuddin M., 1987: Structural studies and chemical modifications of a xylan from unretted jute stem corchorus capsularis

Egan W.; Schneerson R.; Werner K.E.; Zon G., 1982: Structural studies and chemistry of bacterial capsular poly saccharides investigations of phospho di ester linked capsular poly saccharides isolated from haemophilus influenzae types a b c and f nmr spectroscopic identification and chemical modification of end groups and the nature of base catalyzed hydrolytic de polymerization

Bianchini P.; Osima B.; Parma B.; Dietrich C.P.; Takahashi H.K.; Nader H.B., 1985: Structural studies and in vivo and in vitro pharmacological activities of heparin fractions and fragments prepared by chemical and enzymic depolymerization

Shahbaz M.; Hoch J.A.; Trach K.A.; Hural J.A.; Webber S.; Whiteley J.M., 1987: Structural studies and isolation of complementary dna clones providing the complete sequence of rat liver dihydropteridine reductase

King, T. P.; Spencer, M., 1970: Structural studies and organic ligand binding properties of bovine plasma albumin

Cone J.L.; Glowinski I.B.; Wirth P.J.; Grantham P.H.; Roller P.P., 1986: Structural studies and two dimensional gel electrophoresis of gamma glutamyl transpeptidase

Briving, C.; Gandvik, E. K.; Nyman, P. O., 1980: Structural studies around cysteine and cystine residues in the blue oxidase fungal laccase b similarity in amino acid sequence with ceruloplasmin

Benko, B.; Vuk-Pavlovic, S.; Maricic, S., 1977: Structural studies by proton magnetic relaxation of stereochemical probes part 2 allo steric effects in human met hemo globin

Metz-Boutigue, M. H.; Jolles, J.; Mazurier, J.; Spik, G.; Montreuil, J.; Jolles, P., 1978: Structural studies concerning human lacto transferrin its relatedness with human serum transferrin and evidence for internal homology

Bachacou J.; Bouchon J.; Tomimura S., 1979: Structural studies in forests using mathematical morphology techniques

Dave, Y. S.; Patel, N. D.; Rupera, P. J., 1975: Structural studies in the pistil and developing fruit of averrhoa carambola

Hanson A.W.; Mcculloch A.W.; Mcinnes A.G., 1986: Structural studies of 1 3 dioxa 2 silacycloalkanes

Mancilla, M.; Kettlun, A. M.; Valenzuela, M. A.; Traverso-Cori, A., 1984: Structural studies of 2 apyrases ec 3.6.1.5 from solanum tuberosum

Branefors Helander P.; Kenne L.; Lindberg B.; Petersson K.; Unger P., 1981: Structural studies of 2 capsular poly saccharides elaborated by different strains of haemophilus influenzae type e

Tai, T.; Yamashita, K.; Ogata-Arakawa, M.; Koide, N.; Muramatsu, T.; Iwashita, S.; Inoue, Y.; Kobata, A., 1975: Structural studies of 2 ov albumin glyco peptides in relation to the endo beta n acetyl glucosaminidase specificity

Baert F.; Muller M.; Barbry D.; Couturier D., 1987: Structural studies of 2 phenylthiazolidine

Dworsky E.; Sletten K.; Harboe M.; Wetteland P., 1980: Structural studies of 3 immuno globulin g kappa proteins from a patient with multiple myeloma

Zehavi, U.; Sharon, N., 1973: Structural studies of 4 acetamido 2 amino 2 4 6 trideoxy d glucose n acetyl bacillosamine the n acetyldiamino sugar of bacillus licheniformis

Kamerling J.P.; Dorland L.; Van Halbeek H.; Vliegenthart J.F.G.; Messer M.; Schauer R., 1982: Structural studies of 4 o acetyl alpha n acetylneuraminyl 2 3 lactose the main oligo saccharide in echidna tachyglossus aculeatus milk

Wildeman A.G.; Nazar R.N., 1982: Structural studies of 5s ribosomal rna species from a thermophilic fungus thermomyces lanuginosus a comparison of generalized models for eukaryotic 5s rna species

Dangott L.J.; Terwilliger R.C., 1979: Structural studies of a branchiopod crustacean lepidurus bilobatus extracellular hemo globin evidence for oxygen binding domains

Holm E.; Sletten K.; Husby G., 1986: Structural studies of a carbohydrate containing immunoglobulin lambda light chain amyloid fibril protein of variable subgroup iii

Adler M.; Scheraga H.A., 1988: Structural studies of a folding intermediate of bovine pancreatic rnase a by continuous recycled flow

Nall B.T.; Rothwell W.P.; Waugh J.S.; Rupprecht A., 1981: Structural studies of a form sodium dna phosphorus 31 nmr of oriented fibers

Blagrove R.J.; Lilley G.G.; Van Donkelaar A.; Sun S.M.; Hall T.C., 1984: Structural studies of a french bean phaseolus vulgaris storage protein phaseolin

Robinson, E. A.; Appella, E.; Mcintire, K. R., 1973: Structural studies of a heavy chain from a mouse immuno globulin m with antibody activity

Asensio A., 1988: Structural studies of a hemicellulose b fraction b 2 from the cork of quercus suber

Wrann, M. M.; Tuppy, H., 1978: Structural studies of a hexa saccharide from a blood group active glyco protein and evidence for the binding of its terminal nonreducing n acetyl d glucosamine residues to wheat germ agglutinin

Matsumoto H.; Ito S.; Miyazaki T.; Ohta T., 1983: Structural studies of a human gamma 3 myeloma protein jir bearing the allotypic marker gm st

Recht B.; Frangione B.; Franklin E.; Van Loghem E., 1981: Structural studies of a human gamma 3 myeloma protein that binds staphylococcal protein a

Anjaneyalu Y.V.; Gowda D.C., 1980: Structural studies of a major acidic poly saccharide from the seeds of ocimum canum

Anderton W.J.; Wilkinson S.G., 1985: Structural studies of a mannitol teichoic acid from the cell wall of bacterium nctc 9742

Ross, M. J.; Klymkowsky, M. W.; Agard, D. A.; Stroud, R. M., 1977: Structural studies of a membrane bound acetyl choline receptor from torpedo californica

Brigden C.J.; Wilkinson S.G., 1985: Structural studies of a neutral polymeric fraction from the lipopolysaccharide of serratia marcescens cdc 1783 57 o 14 h 9

Goldstein B.M.; Takusagawa F.; Berman H.M.; Srivastava P.C.; Robins R.K., 1983: Structural studies of a new anti tumor agent tiazofurin and its inactive analogs

Goldstein B.M.; Takusagawa F.; Berman H.M.; Srivastava P.C.; Robins R.K., 1985: Structural studies of a new antitumor and antiviral agent selenazofurin and its alpha anomer

Miyamae A.; Koda S.; Morimoto Y., 1986: Structural studies of a new dihydropyridine calcium channel antagonist nilvadipine

Jansson P E.; Lindberg B.; Linberg J.; Maekawa E.; Sandford P.A., 1986: Structural studies of a polysaccharide s 194 elaborated by alcaligenes atcc 31961

Jansson P E.; Kumar N.S.; Lindberg B., 1986: Structural studies of a polysaccharide s 88 elaborated by pseudomonas atcc 31554

Erbing B.; Kenne L.; Lindbert B.; Helting T.; Hammerschmid F., 1986: Structural studies of a teichoic acid from streptococcus agalactiae type iii

Ayadi H.; Paroutaud P.; Benammar A.; Cazenave P.A.; Strosberg A.D., 1983: Structural studies of a wild rabbit immuno globulin light chain constant region

Prevelige P.E.Jr; Fasman G.D. , 1987: Structural studies of acetylated and control inner core histones

Oppenheimer N.J.; Rodriguez L.O.; Hecht S.M., 1979: Structural studies of active complex of bleomycin assignment of ligands to iron ii in a iron ii bleomycin carbon mon oxide complex

Devaux C.; Timmins P.A.; Berthet Colominas C., 1983: Structural studies of adenovirus type 2 by neutron and x ray scattering

Hirsch A.M.; Long S.R.; Bang M.; Haskins N.; Ausubel F.M., 1982: Structural studies of alfalfa roots infected with nodulation mutants of rhizobium meliloti

Basus, V. J.; Billeter, M.; Love, R. A.; Stroud, R. M.; Kuntz, I. D., 1988: Structural studies of alpha bungarotoxin 1. sequence specific proton nmr resonance assignments

Basus, V. J.; Scheek, R. M., 1988: Structural studies of alpha bungarotoxin 2. proton nmr assignments via an improved relayed coherence transfer nuclear overhauser enhancement experiment

Kosen, P. A.; Finer-Moore, J.; Mccarthy, M. P.; Basus, V. J., 1988: Structural studies of alpha bungarotoxin 3. corrections in the primary sequence and x ray structure and characterization of an isotoxic alpha bungarotoxin

Bennett, H. P. J.; Lowry, P. J.; Mcmartin, C.; Scott, A. P., 1974: Structural studies of alpha melanocyte stimulating hormone and a novel beta melanocyte stimulating hormone from the neuro intermediate lobe of the pituitary of the dogfish squalus acanthias

Bhaskare, C. K.; Kulkarni, S. Y., 1986: Structural studies of amino acid complexes i. extended x ray absorption fine structure spectrometry study of glutamic acid complex of copper

Wilkinson S.G., 1981: Structural studies of an acetylated mannan from pseudomonas diminuta nctc 8545

Oxley D.; Wilkinson S.G., 1988: Structural studies of an acidic galactomannan from the reference strain for serratia marcescens serogroup o4

Gowda D.C.; Reuter G.; Schauer R., 1983: Structural studies of an acidic poly saccharide from the mucin secreted by drosera capensis

Bhaduri S.K.; Sen S.K.; Dasgupta P.C., 1983: Structural studies of an acidic poly saccharide isolated from the leaf fiber of pineapple ananas comosus

Churms S.C.; Stephen A.M., 1984: Structural studies of an arabinogalactan protein from the gum exudate of acacia robusta ssp clavigera

De Silva S.S.M.; Kumar N.S.; Aman P., 1986: Structural studies of an arabinoxylan isolated from the leaves of neolitsea cassia

Jansson P E.; Lindberg B.; Widmalm G.; Sandford P.A., 1985: Structural studies of an extracellular polysaccharide s 130 elaborated by alcaligenes atcc 31555

Chowdhury T.A.; Lindberg B.; Lindquist U.; Baird J., 1987: Structural studies of an extracellular polysaccharide s 198 elaborated by alcaligenes atcc 31853

Chowdhury T.A.; Lindbert B.; Lindquist U.; Baird J., 1987: Structural studies of an extracellular polysaccharide s 657 elaborated by xanthomonas atcc 53159

Singh, T. P.; Vijayan, M., 1976: Structural studies of analgesics and their interactions part 3 the crystal and molecular structure of amidopyrine

Dhanaraj, V.; Vijayan, M., 1988: Structural studies of analgesics and their interactions xii. structure and interactions of anti inflammatory fenamates a concerted crystallographic and theoretical conformational study

Brouillette C.G.; Jones J.L.; Ng T.C.; Kercret H.; Chung B.H.; Segrest J.P., 1984: Structural studies of apo lipo protein a i phosphatidyl choline recombinants by high field proton nmr nondenaturing gradient gel electrophoresis and electron microscopy

Patterson B.W.; Miller N.H.; Fisher W.R., 1987: Structural studies of apolipoprotein b physical properties of the protein in guanidine hydrochloride

Yamashita K.; Liang C J.; Funakoshi S.; Kobata A., 1981: Structural studies of asparagine linked sugar chains of human ceruloplasmin structural characteristics of the tri antennary complex type sugar chains of human plasma glyco proteins

Lucente G.; Romeo A.; Cerrini S.; Fedeli W.; Mazza F., 1980: Structural studies of azacyclols derived from linear tri peptides

Hsu, R.; Singer, S. J.; Keim, P.; Deuel, T. F.; Heinrikson, R. L., 1977: Structural studies of bacillus subtilis glutamine synthetase further purification sulfhydryl groups and the amino terminal amino acid sequence

Earnshaw W.C.; Hendrix R.W.; King J., 1979: Structural studies of bacterio phage lambda heads and pro heads by small angle x ray diffraction

Thimmaiah K.N.; Chandrappa G.T.; Rangaswamy; Jayarama, 1984: Structural studies of biologically active complexes of zinc ii cadmium ii mercury ii and copper ii with p anisaldehyde thiosemicarbazone

Wakabayashi S.; Matsubara H.; Kim C.H.; King T.E., 1982: Structural studies of bovine heart cytochrome c 1

Blumenthal, K. M.; Heinrikson, R. L., 1971: Structural studies of bovine liver rhodanese ec 2.8.1.1 part 1 isolation and characterization of 2 active forms of the enzyme

Lee L.; Corson D.C.; Sykes B.D., 1985: Structural studies of calcium binding proteins using nmr

Tyrell P.M.; Prestegard J.H., 1986: Structural studies of carbohydrates by deuterium nmr sucrose

Davis E.A.; Gordon J., 1980: Structural studies of carrots by scanning electron microscopy

Yuan D.; Vitetta E.S., 1983: Structural studies of cell surface and secreted immuno globulin g in lipo poly saccharide stimulated murine b cells

Habu Y.; Nagaoka M.; Yokokura T.; Azuma I., 1987: Structural studies of cell wall polysaccharides from bifidobacterium breve yit 4010 and related bifidobacterium spp

Crane-Robinson, C.; Danby, S. E.; Bradbury, E. M.; Garel, A.; Kovacs, A. M.; Champagne, M.; Daune, M., 1976: Structural studies of chicken erythrocyte histone h 5

Goheen, S. C.; Lis, L. J.; Kauffman, J. W., 1977: Structural studies of cholesteryl acetate phosphatidyl choline complexes

Mccandless, E. L.; Okada, W. T.; Lott, J. N. A.; Vollmer, C. M.; Gordon-Mills, E. M., 1977: Structural studies of chondrus crispus the effect of extraction of carrageenan

Palau J.; Querol E.; Carballo M., 1980: Structural studies of chromatin high mobility group proteins of high molecular weight

Berthet Colominas C.; Miller A.; Herbage D.; Ronziere M C.; Tocchetti D., 1982: Structural studies of collagen fibers from inter vertebral disc

Tonnesen, H. H.; Karlsen, J.; Mostad, A., 1982: Structural studies of curcuminoids 1. the crystal structure of curcumin

Tonnesen, H. H.; Karlsen, J.; Mostad, A.; Pedersen, U.; Rasmussen, P. B.; Lawesson, S. O., 1983: Structural studies of curcuminoids 2. crystal structure of 1 7 bis 4 hydroxyphenyl 1 6 heptadiene 3 5 dione methanol complex

Karlsen, J.; Mostad, A.; Tonnesen, H. H., 1988: Structural studies of curcuminoids vi. crystal structure of 1 7 bis 4 hydroxyphenyl 1 6 heptadiene 3 5 dione hydrate

Benedetti E.; Bavoso A.; Di Blasio B.; Pavone V.; Pedone C.; Paolillo L.; D'alagni M., 1988: Structural studies of cyclopeptides solid state and solution conformation of cyclo l histidyl d histidyl

Lewis B.A.; Sligar S.G., 1983: Structural studies of cytochrome p 450 using small angle x ray scattering

Karlsson B.; Hovmoeller S.; Weiss H.; Leonard K., 1983: Structural studies of cytochrome reductase subunit topography determined by electron microscopy of membrane crystals of a subcomplex

Kennard O., 1985: Structural studies of dna fragments the guanine thymidine wobble base pair in a b and z dna the guanine adenine base pair in b dna

Frisby, D. P.; Cotter, R. I.; Richards, B. M., 1977: Structural studies of encephalomyocarditis virus rna both in situ and in free solution

Speek M.A.; Ustav M.B.; Lind A.Ya; Saarma M.Yu, 1980: Structural studies of escherichia coli 5s rna with s 1 nuclease and cobra venom endo nuclease

Boswell A.P.; Moore G.R.; Williams R.J.P.; Wallace C.J.A.; Boon P.J.; Nivard R.J.F.; Tesser G.I., 1981: Structural studies of eukaryotic cytochrome c modified at methionine 65

Aida, Y.; Onoue, K., 1983: Structural studies of fc receptors 2. effect of dissociation and reassociation of phospho lipids on the activity of fc gamma receptors of macrophages

Aida, Y.; Onoue, K., 1984: Structural studies of fc receptors 3. isolation and molecular weight analysis of the component chain of fc gamma receptor of macrophage

Itonaga, M.; Aida, Y.; Onoue, K., 1984: Structural studies of fc receptors 4. structure required for phospho lipids for reconstitution of the delipidated fc receptor of macrophages

Aida, Y.; Itonaga, M.; Onoue, K., 1984: Structural studies of fc receptors 5. effect of phospho lipase c treatment on the binding activities of the fc receptor of macrophage or its isolated plasma membrane

Yagawa K.; Onoue K.; Aida Y., 1979: Structural studies of fc receptors part 1 binding properties solubilization and partial characterization of fc receptors of macrophages

Jansson P E.; Lindberg B.; Sandford P.A., 1983: Structural studies of gellan gum an extracellular poly saccharide elaborated by pseudomonas elodea

Oxley D.; Wilkinson S.G., 1988: Structural studies of glucorhamnans isolated from the lipopolysaccharides of reference strains for serratia marcescens serogroups o4 and o7 and of an o14 strain

Bernard N.; Lombart C.; Strecker G.; Montreuil J.; Van Halbeek H.; Vliegenthart J.F.G., 1983: Structural studies of glycans isolated from rat plasma hemopexin

Harris C.M.; Harris T.M., 1983: Structural studies of glyco peptide antibiotic a 35512b identification of the di phenyl ether type bis amino acid

Defaye J.; Wong E., 1986: Structural studies of gum arabic the exudate polysaccharide from acacia senegal

Capon R.; Ghisalberti E.L.; Jeffries P.R.; Skelton B.W.; White A.H., 1981: Structural studies of halogenated di phenyl ethers from a marine sponge

Dieringer H.; Hollister D.W.; Glanville R.W.; Sakai L.Y.; Kuehn K., 1985: Structural studies of human basement membrane collagen with the use of a monoclonal antibody

Lin L C.; Putnam F.W., 1979: Structural studies of human immuno globulin d isolation by a 2 step purification procedure and characterization by chemical and enzymatic fragmentation

Sykulev Yu K.; Nezlin R.S.; German G.P.; Chernokhvostova E.V.; Lavrent'ev V.V., 1984: Structural studies of human immunoglobulin a 1 and immunoglobulin a 2 immunoglobulins tagged with 2 different spin labels

Ole Moiyoi O.; Spragg J.; Austen K.F., 1979: Structural studies of human urinary kallikrein uro kallikrein

Stallings W.C.; Blount J.F.; Srere P.A.; Glusker J.P., 1979: Structural studies of hydroxy citrates and their relevance to certain enzymatic mechanisms

Klapper, D. G.; Stankus, R. P.; Leslie, G. A.; Capra, J. D., 1976: Structural studies of induced antibodies with defined idiotypic specificities part 4 the heavy chains of anti streptococcal group a carbohydrate antibodies from sprague dawley rats carrying a cross reacting idiotype

Garfield R.E., 1986: Structural studies of innervation on nonpregnant rat uterus

Arquilla, E. R.; Dorio, R. J.; Brugman, T. M., 1976: Structural studies of insulin and insulin derivatives using various immunologic indicators and antibody populations

Przywarska Boniecka H.; Ostropolska L., 1984: Structural studies of iron and cobalt phthalo cyanine substituted cytochromes c carboxymethylation and peptide fragments investigations

Pryzwarska-Boniecka, H.; Trynda, L., 1978: Structural studies of iron and cobalt tetra sulfonated phthalo cyanine globin complexes

Koretz, J. F., 1982: Structural studies of isolated native thick filaments from rabbit psoas muscle with amp deaminase ec 3.5.4.6 decoration

Krueger J.H.; Johnson J.R.; Green R.C.; Dresser M., 1981: Structural studies of lambda transducing bacterio phage carrying bacterial dna from the metbjlf region of the escherichia coli chromosome

Alcala J.; Lawniczak J.; Putt D.; Maisel H., 1987: Structural studies of lens fiber junction protein mp26 by cyanogen bromide cleavage

Lapierre C.; Monties B.; Rolando C., 1984: Structural studies of lignins estimation of arylglycerol arylether bonds by means of thioacidolysis

Katagiri C.; Kimura J.; Murase N., 1985: Structural studies of lipophorin in insect blood by differential scanning calorimetry and carbon 13 nuclear magnetic relaxation measurements location of hydrocarbons

Kogan G.; Pavliak V.; Masler L., 1988: Structural studies of mannans from the cell walls of the pathogenic yeasts candida albicans serotypes a and b and candida parapsilosis

Andersen, A. M., 1975: Structural studies of metabolic products of dopamine part 4 crystal and molecular structure of levo noradrenaline

Chelsky D.; Dahlquist F.W., 1980: Structural studies of methyl accepting chemo taxis proteins of escherichia coli evidence for multiple methylation sites

Rossi M., 1983: Structural studies of metyrapone a potent inhibitor of cytochrome p 450

Harrington, J. T-Jr ; Kennell, W., 1978: Structural studies of migration inhibitory activity induced during murine tumor allo graft rejection

Fernandez Belda F.; Teruel J.A.; Gomez Fernandez J.C., 1985: Structural studies of mitochondrial coupling factor 1 using tyrosine fluorescence

Hirayama, N.; Shirahata, K., 1987: Structural studies of mitomycins i. absolute configurations of mitomycins a and b

Prout, K.; Critchley, S. R.; Cannillo, E.; Tazzoli, V., 1977: Structural studies of molybdenum amino acid complexes the crystal structures of bis beta cyclo penta dienyl l prolinato molybdenum hexa fluoro phosphate and bis beta cyclo penta dienyl l leucinato molybdenum hexa fluoro phosphate

Seman F.; Dognin M.J.; Stanislawski M.; Seman M.; Strosberg A.D., 1979: Structural studies of murine immuno globulin allotypes multiple substitutions between gamma 2a allotype ig 1a and ig 1b

Goding, J. W., 1980: Structural studies of murine lymphocyte surface immuno globulin d

Gruetter M.G.; Gray T.M.; Weaver L.H.; Alber T.; Wilson K.; Matthews B.W., 1987: Structural studies of mutants of the lysozyme of bacteriophage t4 the temperature sensitive mutant protein thr 157 ile

Giambalvo A.; Dreizen P., 1979: Structural studies of natural acto myosin from thermally acclimated frogs

Yamagata Y.; Suzuki Y.; Fujii S.; Fujiwara T.; Tomita K I., 1979: Structural studies of o cyclo cytidine derivatives part 3 the crystal and molecular structure of 2 2 anhydro 1 beta d arabinofuranosyl cytosine 3 5 di phosphate mono hydrate

Yamashita T.; Murayama J I.; Utsumi H.; Hamada A., 1985: Structural studies of o glycosidic oligosaccharide units of dog erythrocyte glycophorin

Junginger H.; Fuehrer C.; Ziegenmeyer J.; Friberg S., 1979: Structural studies of ointments part 2 structural studies on the hydrous hydrophilic ointments of the dab 7 german pharmacopeia 7th edition

Rearick J.I.; Kulczycki A.Jr; Kornfeld S., 1983: Structural studies of oligo saccharides of rat immuno globulin e and reexamination of the high mannose oligo saccharide of human immuno globulin e

Rettig, S. J.; Trotter, J., 1983: Structural studies of organo boron compounds 13. preparation and crystal and molecular structure of bis salicylaldoximato 2 phenyl boron

Orvig, C.; Rettig, S. J.; Trotter, J., 1987: Structural studies of organoboron compounds xxv. synthesis and structure of maltolatodiphenylboron

Li, R. Q.; Zhang, Y. S., 1986: Structural studies of panax ginseng c. a. mey pectin

Sprey, B.; Laetsch, W. M., 1978: Structural studies of peripheral reticulum in 4 carbon plant chloroplasts of portulaca oleracea

Thomas G.J.Jr; Li Y.; Fuller M.T.; King J., 1982: Structural studies of phage p 22 precursor particles and proteins by laser raman spectroscopy

Varki A.; Kornfeld S., 1980: Structural studies of phosphorylated high mannose type oligo saccharides

Renugopalakrishnan V.; Horowitz P.M.; Glimcher M.J., 1985: Structural studies of phosvitin in solution and in the solid state

Oshima R.; Kumanotani J., 1984: Structural studies of plant gum from sap of the lac tree rhus vernicifera

Galanopoulou D.; Williams W.P.; Quinn P.J., 1982: Structural studies of plant membrane lipid dispersions subjected to oxidation in the presence of decomposing per oxy chromate

Miyashita K.; Fujimoto K.; Kaneda T., 1984: Structural studies of polar dimers in autoxidized methyl linoleate during the initial stages of autoxidation

Kronestedt E.; Walles B.; Alkemar I., 1986: Structural studies of pollen tube growth in the pistil of strelitzia reginae

Malcolm B.R.; Walkinshaw M.D., 1986: Structural studies of poly alpha aminoisobutyric acid

Hovmoller, S.; Norrestam, R.; Palm, T. B., 1977: Structural studies of poly chlorinated hydro carbons part 4 2 2 bis p chlorophenyl acetic acid

Capon R.J.; Engelhardt L.M.; Ghisalberti E.L.; Jefferies P.R.; Patrick V.A.; White A.H., 1984 : Structural studies of poly halogenated mono terpenes from plocamium spp

Scamparini A.R.P.; Bobbio F.O., 1982: Structural studies of poly saccharide from bromelia faustuosa

Allore R.J.; Barber B.H., 1982: Structural studies of purified pig lymph node plasma membrane association of cytoskeletal components with the plasma membrane and the effect of detergent solubilization

Yamagata, Y.; Fujii, S.; Fujiwara, T.; Tomita, K. I.; Ueda, T., 1980: Structural studies of pyrimidine cyclo nucleoside derivatives 4. structure of 2 5' anhydro 1 2' 3' o iso propylidene beta d ribofuranosyl 2 thio uracil

Yamagata, Y.; Yoshimura, J.; Fujii, S.; Fujiwara, T.; Tomita, K. I.; Ueda, T., 1980: Structural studies of pyrimidine cyclo nucleoside derivatives 5. structure of 2 2' anhydro 1 beta d arabinofuranosyl 2 thio uracil

Malek, T. R.; Peterson, B. E.; Hanly, W. C.; Knight, K. L.; Friedenson, B., 1978: Structural studies of rabbit immuno globulin a allotypes partial amino acid sequences of alpha chain allotypes controlled by allelic genes at the c alpha g locus

Pinter A.; Fleissner E., 1979: Structural studies of retroviruses characterization of oligomeric complexes of murine leukemia virus and feline leukemia virus envelope and core components formed upon cross linking

Sztaricskai F.; Harris C.M.; Neszmelyi A.; Harris T.M., 1980: Structural studies of ristocetin a ristomycin a carbohydrate aglycone linkages

Purushothaman K.K.; Sarada A.; Balakrishnan M.; Venkatanarasimhan M.; Balakrishna K., 1986: Structural studies of roxburghiadols a and b

Chapman M.S.; Smith W.W.; Suh S.W.; Cascio D.; Howard A.; Hamlin R.; Xuong N H.; Eisenberg D., 1986: Structural studies of rubisco from tobacco

Yoneda, M.; Tanaki, K.; Fujimwara, T.; Tomita, K. I., 1979: Structural studies of s cyclo adenosine derivatives 2. the crystal and molecular structure of 8 3' anhydro 8 mercapto 9 beta d xylofuranosyl adenine

Tanaka K.; Fujii S.; Fujiwara T.; Tomita K I., 1979: Structural studies of s cyclo adenosine derivatives part 1 the crystal and molecular structure of 8 2 prime s cyclo 5 prime amp tri hydrate

Ronco J.; Sciutto E.; Leoni J.; Margni R.A., 1984: Structural studies of sheep immuno globulin g 1 precipitating and co precipitating antibodies

Kenne, L.; Lindberg, B.; Petersson, K.; Katzenellenbogen, E.; Romanowska, E., 1978: Structural studies of shigella flexneri o antigens

Yurewicz E.C.; Matsuura F.; Moghissi K.S., 1987: Structural studies of sialylated oligosaccharides of human midcycle cervical mucin

Liang D.; Wan Z.; Zhang Y.; Cao Q., 1984: Structural studies of snake insulin crystals x ray crystallographic analysis of single crystals

Kyte, J., 1975: Structural studies of sodium and potassium ion activated atpase the relationship between molecular structure and the mechanism of active transport

Codding, P. W., 1983: Structural studies of sodium channel neuro toxins 2. crystal structure and absolute configuration of veratridine per chlorate

Codding, P. W., 1984: Structural studies of sodium channel neurotoxins 3. crystal structures and absolute configurations of grayanotoxin iii alpha dihydrograyanotoxin ii

Dugas, H.; Gaudet, F.; Leduc, P., 1978: Structural studies of staphylococcal protease part 3 binding of anions to the spin labeled enzyme

Gelders Y.G.; De Ranter C.J.; Schenk H., 1979: Structural studies of substitute 6 7 benzomorphan compounds part 1 the absolute configuration of levo 2 cyclo propylmethyl 2 hydroxy 5 ethyl 9 9 dimethyl 6 7 benzomorphan gemazocine hydro bromide

Gelders, Y. G.; De-Ranter, C. J.; Kokkes, M., 1980: Structural studies of substituted 6 7 benzomorphan compounds 4. racemic 5 ethyl 2' hydroxy 9 9 dimethyl 2 phenylethyl 6 7 benzomorphan hydro bromide dimephen and racemic 2' hydroxy 5 9 dimethyl 2 phenylethyl 6 7 benzomorphan phenazocine hydro bromide hemi hydrate

Gelders Y.G.; De Ranter C.J.; Overbeek A.R., 1979: Structural studies of substituted 6 7 benzomorphan compounds part 2 absolute configurations of levo 2 cyclo butylmethyl 5 ethyl 2 hydroxy 9 9 dimethyl 6 7 benzomorphan hydro bromide and levo 5 ethyl 2 hydroxy 2 9 9 trimethyl 6 7 benzomorphan hydro bromide di hydrate

Koretz J.F., 1979: Structural studies of synthetic filaments prepared from column purified myosin

Petrini M.; Galbraith R.M.; Emerson D.L.; Nel A.E.; Arnaud P., 1985: Structural studies of t lymphocyte fc receptors association of gc protein with immunoglobulin g binding to fc gamma

Baldas, J.; Bonnyman, J.; Mackay, M. F.; Williams, G. A., 1984: Structural studies of technetium complexes 5. preparation and crystal structure of di chlorobisdiethyldithiocarbamatothionitrosyl technetium iii

Palenik, G. J.; Bentley, J. A., 1978: Structural studies of tetracyclines crystal and molecular structure of tetracycline methyl betaine penta hydrate

Palenik, G. J.; Mathew, M., 1978: Structural studies of tetracyclines crystal and molecular structure of tetracycline urea tetra hydrate

Palenik, G. J.; Mathew, M.; Restivo, R., 1978: Structural studies of tetracyclines crystal and molecular structures of anhydro tetracycline hydro bromide mono hydrate and 6 demethyl 7 chlortetracycline hydro chloride tri hydrate

Fukuda K.; Kawashima I.; Tomita M.; Hamada A., 1982: Structural studies of the acidic oligo saccharide units from bovine glycophorin

Kondo W.; Nakazawa F.; Sato M., 1983: Structural studies of the antigenic poly saccharide of eubacterium saburreum strain i 27

Nakazawa F., 1985: Structural studies of the antigenic polysaccharide of eubacterium saburreum strain t 17

Jolles J.; Schoentgen F.; Jolles P.; Vacher M.; Nicot C.; Alfsen A., 1979: Structural studies of the apo protein of the folch pi bovine brain myelin proteo lipid characterization of the cyanogen bromide fragments and of a long c terminal sequence

Branefors-Helander, P.; Erbing, C.; Kenne, L.; Lindberg, B., 1976: Structural studies of the capsular antigen from haemophilus influenzae type b

Branefors Helander P.; Classon B.; Kenne L.; Lindberg B., 1979: Structural studies of the capsular antigen of haemophilus influenzae type c

Lindberg B.; Lindqvist B.; Lonngren J.; Powell D.A., 1980: Structural studies of the capsular poly saccharide from streptococcus pneumoniae type 1

Leontein K.; Lindberg B.; Lonngren J.; Carlo D.J., 1983: Structural studies of the capsular poly saccharide from streptococcus pneumoniae type 12a

Leontein K.; Lindberg B.; Lonngren J., 1981: Structural studies of the capsular poly saccharide from streptococcus pneumoniae type 12f

Jansson P E.; Lindberg B.; Lindquist U.; Carlo D.J., 1983: Structural studies of the capsular poly saccharide from streptococcus pneumoniae type 17a

Jansson P E.; Lindberg B.; Lindquist U., 1981: Structural studies of the capsular poly saccharide from streptococcus pneumoniae type 4

Altman E.; Brisson J R.; Perry M.B., 1986: Structural studies of the capsular polysaccharide from haemophilus pleuropneumoniae serotype 1

Altman E.; Brisson J R.; Perry M.B., 1987: Structural studies of the capsular polysaccharide from haemophilus pleuropneumoniae serotype 2

Jansson P E.; Kumar N.S.; Lindberg B.; Widmalm G.; Henrichsen J., 1988: Structural studies of the capsular polysaccharide from streptococcus pneumoniae type 18a

Jansson P E.; Lindberg B.; Lindberg J.; Henrichsen J., 1988: Structural studies of the capsular polysaccharide from streptococcus pneumoniae type 18f

Jansson P E.; Lindberg B.; Lindquist U., 1985: Structural studies of the capsular polysaccharide from streptococcus pneumoniae type 5

Jansson P E.; Lindberg B.; Lindquist U.; Ljungberg J., 1987: Structural studies of the capsular polysaccharide from streptococcus pneumoniae types 15b and 15c

Kaplan N.; Rosenberg E.; Jann B.; Jann K., 1985: Structural studies of the capsular polysaccharide of acinetobacter calcoaceticus bd 4

Jansson P E.; Lindberg B.; Lonngren J.; Ortega C.; Nimmich W., 1984: Structural studies of the capsular polysaccharide of klebsiella type 66

Jansson P E.; Lindberg B.; Widmalm G.; Dutton G.G.S.; Lim A.V.S.; Sutherland I.W., 1988: Structural studies of the capsular polysaccharides from klebsiella types 8 and 82 a reinvestigation

Mutsaers J.H.G.M.; Kamerling J.P.; Devos R.; Guisez Y.; Fiers W.; Vliegenthart J.F.G., 1986: Structural studies of the carbohydrate chains of human gamma interferon

Boersma A.; Lhermitte M.; Lamblin G.; Degand P., 1983: Structural studies of the carbohydrate component of a human parotid saliva proline rich glyco protein

Yamashita K.; Totani K.; Kuroki M.; Matsuoka Y.; Ueda I.; Kobata A., 1987: Structural studies of the carbohydrate moieties of carcinoembryonic antigens

Ashford D.; Desai N.N.; Allen A.K.; Neuberger A.; O'neill M.A.; Selvendran R.R., 1982: Structural studies of the carbohydrate moieties of lectins from potato solanum tuberosum tubers and thorn apple datura stramonium seeds

Yamashita K.; Hitoi A.; Matsuda Y.; Tsuji A.; Katunuma N.; Kobata A., 1983: Structural studies of the carbohydrate moieties of rat kidney gamma glutamyl trans peptidase an extremely heterogeneous pattern enriched with nonreducing terminal n acetyl glucosamine residues

Mizuochi T.; Fujii J.; Kurachi K.; Kobata A., 1980: Structural studies of the carbohydrate moiety of human anti thrombin iii

Voiland A.; Michel G., 1985: Structural studies of the cell wall polysaccharide of nocardia asteroides r 399

Goldner Sauve A.J.; Fuks A.; Guttmann R.D., 1985: Structural studies of the class ii histocompatibility antigens of the aci rat

Tiwari, R. D.; Mishra, G., 1976: Structural studies of the constituents of the rhizomes of curculigo orchiodes

Heath, M. C.; Heath, I. B., 1978: Structural studies of the development of infection structures of cowpea rust uromyces phaseoli var vignae part 1 nucleoli and nuclei

Howard D.R.; Natowicz M.; Baenziger J.U., 1982: Structural studies of the endo glycosidase h resistant oligo saccharides present on human beta glucuronidase

Bax A.; Summers M.F.; Egan W.; Guirgis N.; Schneerson R.; Robbins J.B.; Orskov F.; Orskov I.; Vann W.F., 1988: Structural studies of the escherichia coli k93 and k53 capsular polysaccharides

Kenne L.; Lindberg B.; Madden J.K.; Lindberg A.A.; Gemski P.Jr, 1983: Structural studies of the escherichia coli o antigen 25

Jansson P E.; Lindberg B.; Lonngren J.; Ortega C.; Svenson S.B., 1984: Structural studies of the escherichia coli o antigen 6

Jansson P E.; Lindberg B.; Widmalm G.; Leontein K., 1987: Structural studies of the escherichia coli o78 o antigen polysaccharide

El Sayed M.M.; Olama Z.A.; Allam M.E., 1983: Structural studies of the exocellular poly saccharides of agrobacterium tumefaciens and agrobacterium radiobacter

Nairn, R.; Nathenson, S. G., 1978: Structural studies of the h 2d products of the mouse mutant balb c h 2d db and the parental strain balb ckh h 2d d

Egan, W.; Tsui, F. P.; Schneerson, R., 1980: Structural studies of the haemophilus influenzae type f capsular poly saccharide

Winge, D. R.; Southerland, W. M.; Rajagopalan, K. V., 1978: Structural studies of the heme domain of sulfite oxidase cyanogen bromide fragments

Brown, J. M.; Powers, L.; Kincaid, B.; Larrabee, J. A.; Spiro, T. G., 1980: Structural studies of the hemo cyanin active site 1. extended x ray absorption fine structure analysis

Larrabee, J. A.; Spiro, T. G., 1980: Structural studies of the hemo cyanin active site 2. resonance raman spectroscopy

Ramakrishna, R.; Mahadevan, S.; Balaram, P., 1978: Structural studies of the hens egg lipo vitellins nmr and fluorescence investigations

Ishida, T.; Inoue, M.; Tomita, K. I., 1979: Structural studies of the interaction between indole derivatives and biologically important aromatic compounds 3. the crystal and molecular structure of tryptamine 1 thyminyl acetic acid 1 1 complex

Hoffman J.; Lindberg B.; Glowacka M.; Derylo M.; Lorkiewicz Z., 1980: Structural studies of the lipo poly saccharide from salmonella typhimurium 902 col i b drd 2

Terry, W. D.; Henkart, P. A.; Coligan, J. E.; Todd, C. W., 1972: Structural studies of the major glyco protein in preparations with carcino embryonic antigen activity

Li E.; Kornfeld S., 1979: Structural studies of the major high mannose oligo saccharide units from chinese hamster ovary cell glyco proteins

Schneider J.E.; Reinhold V.; Rumley M.K.; Kennedy E.P., 1979: Structural studies of the membrane derived oligo saccharides of escherichia coli

Fichtinger Schepman A.M.J.; Kamerling J.P.; Versluis C.; Vliegenthart J.F.G., 1981: Structural studies of the methylated acidic poly saccharide associated with coccoliths of emiliania huxleyi

Conradson S.D.; Burgess B.K.; Newton W.E.; Mortenson L.E.; Hodgson K.O., 1987: Structural studies of the molybdenum site in the molybdenum iron protein and its iron molybdenum cofactor by exafs

Ganguli M.; Burka L.T.; Harris T.M., 1984: Structural studies of the mycotoxin verrucosidin

Cary P.D.; Crane Robinson C.; Bradbury E.M.; Dixon G.H., 1981: Structural studies of the nonhistone chromosomal proteins hmg t and h 6 from trout testis

Patel D.J.; Shapiro L.; Kozlowski S.A.; Gaffney B.L.; Jones R.A., 1986: Structural studies of the o 6 methylguanine cytosine interaction in the deoxy c g c g a a t t c o 6 methyl g c g duplex

Ansari A.A.; Kenne L.; Lindberg B.; Gustaffsson B.; Holme T., 1986: Structural studies of the o antigen from vibrio cholerae o 21

Akiyama Y.; Eda S.; Kato K.; Tanaka H., 1984: Structural studies of the o antigen of the lipopolysaccharide from an avirulent strain m 4s of pseudomonas solanacearum

Jansson P E.; Lindberg B.; Ogunlesi M.; Svenson S.B.; Wrangsell G., 1984: Structural studies of the o antigen polysaccharide of escherichia coli o 4

Lindberg B.; Leontein K.; Lindquist U.; Svenson S.B.; Wrangsell G.; Dell A.; Rogers M., 1988: Structural studies of the o antigen polysaccharide of salmonella thompson serogroup c 1 6 7

Jansson P E.; Lonngren J.; Widmalm G.; Leontein K.; Slettengren K.; Svenson S.B.; Wrangsell G.; Dell A.; Tiller P.R., 1985: Structural studies of the o antigen polysaccharides of klebsiella o 5 and escherichia coli o 8

Kenne L.; Lindberg B.; Soderholm E.; Bundle D.R.; Griffith D.W., 1983: Structural studies of the o antigens from salmonella greenside and salmonella adelaide

Altman E.; Brisson J R.; Bundle D.R.; Perry M.B., 1987: Structural studies of the o chain of the phenol phase soluble lipopolysaccharide from haemophilus pleuropneumoniae serotype 2

Wilkinson S.G.; Rex M.C., 1983: Structural studies of the o specific poly saccharide from serratia marcescens nctc 1377

Zubkov V.A.; Gorshkova R.P.; Ovodov Yu S., 1988: Structural studies of the o specific polysaccharide chain of the yersinia intermedia o 433 lipopolysaccharide

Lindberg B.; Lindh F.; Lonngren J.; Lindberg A.A.; Svenson S.B., 1981: Structural studies of the o specific side chain of the lipo poly saccharide from escherichia coli o 55

L'vov V.L.; Shashkov A.S.; Dmitriev B.A.; Kochetkov N.K., 1984: Structural studies of the o specific side chain of the lipo poly saccharide from escherichia coli o 7

Hellerqvist, C. G.; Lindberg, B.; Svensson, S.; Holme, T.; Lindberg, A. A., 1970: Structural studies of the o specific side chains of the cell wall lipo poly saccharides from salmonella newport and salmonella kentucky

Kenne L.; Lindberg B.; Lugowski C.; Svenson S.B., 1986: Structural studies of the o specific side chains of the escherichia coli o 10 lipopolysaccharide

Jansson P E.; Lennholm H.; Lindberg B.; Lindquist U.; Svenson S.B., 1987: Structural studies of the o specific side chains of the escherichia coli o2 lipopolysaccharide

Kenne L.; Lindberg B.; Petersson K.; Katzenellenbogen E.; Romanowska E., 1980: Structural studies of the o specific side chains of the shigella sonnei phase i lipo poly saccharide

Chang J J.; Leonard K.; Arad T.; Pitt T.; Zhang Y X.; Zhang L H., 1982: Structural studies of the outer envelope of chlamydia trachomatis by electron microscopy

Natowicz M.; Sly W.S.; Baenziger J.U., 1982: Structural studies of the phosphorylated high mannose type oligo saccharides on human beta glucuronidase

Katagi T.; Mikami N.; Matsuda T.; Miyamoto J., 1987: Structural studies of the plant growth regulator uniconazole es pure and computer aided analysis of its interaction with cytochrome p 450

Weintraub A.; Zahringer U.; Lindberg A.A., 1985: Structural studies of the polysaccharide part of the cell wall lipopolysaccharide from bacteroides fragilis nctc 9343

Lubitz W.; Lendzian F.; Scheer H.; Gottstein J.; Plato M.; Moebius K., 1984: Structural studies of the primary donor cation radical p 870 in reaction centers of rhodospirillum rubrum by electron nuclear double resonance in solution

Freed, J. H.; David, C. S.; Shreffler, D. C.; Nathenson, S. G., 1978: Structural studies of the protein portion of the h 2 linked ia immune response associated glyco protein antigens of the mouse tryptic peptide comparison of products from the i a and i c subregions of b 10 htt

Oxley D.; Wilkinson S.G., 1987: Structural studies of the putative o specific polysaccharide of serratia marcescens o9

Linzer R.; Reddy M.S.; Levine M.J., 1985: Structural studies of the rhamnose glucose polysaccharide antigen from streptococcus sobrinus b 13 and 6715 t 2

Lundquist, R. E.; Maizel, J. V-Jr, 1978: Structural studies of the rna component of the poliovirus replication complex part 1 purification and biochemical characterization

Meyer, J.; Lundquist, R. E.; Maizel, J. V-Jr, 1978: Structural studies of the rna component of the poliovirus replication complex part 2 characterization by electron microscopy and auto radiography

Linzer R.; Reddy M.S.; Levine M.J., 1987: Structural studies of the serotype f polysaccharide antigen from streptococcus mutans omz175

Kenne, L.; Lindberg, B.; Petersson, K.; Katzenellenbogen, E.; Romanowska, E., 1977: Structural studies of the shigella flexneri variant x type 5a and type 5b o antigens

Yamashita K.; Kamerling J.P.; Kobata A., 1983: Structural studies of the sugar chains of hen ovo mucoid evidence indicating that they are formed mainly by the alternate biosynthetic pathway of asparagine linked sugar chains

Yamashita K.; Tachibana Y.; Nakayama T.; Kitamura M.; Endo Y.; Kobata A., 1980: Structural studies of the sugar chains of human parotid alpha amylase

Bowman E.J.; Mandala S.; Taiz L.; Bowman B.J., 1986: Structural studies of the vacuolar membrane atpase from neurospora crassa and comparison with the tonoplast membrane atpase from zea mays

Kenne L.; Lindberg B.; Unger P.; Gustafsson B.; Holme T., 1982: Structural studies of the vibrio cholerae o antigen

Katagi T., 1988: Structural studies of the vinyltriazole fungicide diniconazole er pure related to its binding to cytochrome p 450

Percival E.; Venegasjara M.F.; Weigel H., 1984: Structural studies of the water soluble fucan from lessonia nigrescens

Brown L.M.; Gonzalez Serratos H.; Huxley A.F., 1984: Structural studies of the waves in striated muscle fibers shortened passively below their slack length

Fish S.R.; Hartman K.A.; Stubbs G.J.; Thomas G.J.Jr, 1981: Structural studies of tobacco mosaic virus and its components by laser raman spectroscopy

Strouse, J.; Layten, S. W.; Strouse, C. E., 1977: Structural studies of transition metal complexes of tri ionized citrate and tetra ionized citrate models for the coordination of the citrate ion to transition metal ions in solution and at the active site of aconitase ec 4.2.1.3

Baranov, V. I.; Ryabova, L. A.; Spirin, A. S., 1984: Structural studies of translating ribosomes 2. comparative sedimentation analysis of pre translocation and post translocation states

Matsuura F.; Nunez H.A.; Grabowski G.A.; Sweeley C.C., 1981: Structural studies of urinary oligo saccharides from patients with mannosidosis

Jansson P E.; Lindberg B., 1980: Structural studies of varianose

Petrucci, T.; Sannia, G.; Parlamenti, R.; Silano, V., 1978: Structural studies of wheat monomeric and dimeric protein inhibitors of alpha amylase ec 3.2.1.1

Mevel-Ninio, M.; Risler, Y.; Labeyrie, F., 1977: Structural studies of yeast flavo cytochrome b 2 cooperative roles of the alpha and beta globules in the formation of the flavine binding sites

Dorland, L.; Schut, B. L.; Vliegenthart, J. F. G.; Strecker, G.; Fournet, B.; Spik, G.; Montreuil, J., 1977: Structural studies on 2 acetamido 1 n 4 l aspartyl 2 deoxy beta d gluco pyranosylamine and 2 acetamido 6 o alpha l fucopyranosyl 1 n 4 l aspartyl 2 deoxy beta d gluco pyranosylamine by 360 megahertz pmr spectroscopy

Cary P.D.; King D.S.; Crane Robinson C.; Bradbury E.M.; Rabbani A.; Goodwin G.H.; Johns E.W., 1980: Structural studies on 2 high mobility group proteins from calf thymus hmg 14 and hmg 20 ubiquitin and their interaction with dna

Siraj Ul Islam S.; Rao C.V.N.; Chakraborty A.N.; Dastidar S.G., 1982: Structural studies on a carbohydrate chain isolated from the lipo poly saccharide of shigella boydii type 8

Bhattacharyya S.N.; Lynn W.S., 1980: Structural studies on a collagen like glyco protein isolated from lung lavage of normal animal

Eppler C.M.; Bayley H.; Greenberg S.M.; Schwartz J.H., 1986: Structural studies on a family of cyclic amp binding proteins in the nervous system of aplysia californica

Bhattacharyya, S. N.; Sahu, S.; Lynn, W. S., 1976: Structural studies on a glyco protein isolated from alveoli of patients with alveolar proteinosis

Amemura A.; Hisamatsu M.; Ghai S.K.; Harada T., 1981: Structural studies on a new poly saccharide containing d riburonic acid from rhizobium meliloti ifo 13336

Ghosh T.K.; Rao C.C.V.N.; Chakraborty A.N.; Dastidar S.G., 1982: Structural studies on a poly saccharide from shigella dysenteriae type 7

Basak R.K.; Mukherjee A.K., 1982: Structural studies on a poly saccharide obtained from the cambium layer of bael aegle marmelos tree

Sarkar N.; Chatterjee B.P., 1984: Structural studies on a poly saccharide of mahua madhuca indica flowers

Basu N.G.; Ghosal P.K.; Thakur S., 1984: Structural studies on a polysaccharide fraction from the fruits of cordia dichotoma

Green D.R.J.; Embery G., 1985: Structural studies on a sulfated glycoprotein preparation isolated from human saliva

Larm, O.; Theander, O.; Aman, P., 1976: Structural studies on a water soluble arabino galactan isolated from rapeseed brassica napus

Sarasija, P. N.; Basu, D., 1984: Structural studies on acid beta galactosidase ec 3.2.1.23 from human placental tissue/

Hsu Y R.; Arakawa T., 1985: Structural studies on acid unfolding and refolding of recombinant human interferon gamma

Moreno M.L.; Puigdomenech P.; Palau J., 1985: Structural studies on allium cepa chromatin enhanced stability of internucleosome interactions in plant chromatin

Potier S.; Robbe Saul S.; Boulanger Y., 1980: Structural studies on aminoacyl transfer rna synthetases a tentative correlation between the subunit size and the occurrence of repeated sequences

Inoue K.; Kawamoto K.; Kadoya S., 1983: Structural studies on an anti tumor poly saccharide from microellobosporia grisea

Yu N X.; Hisamatsu M.; Amemura A.; Harada T., 1983: Structural studies on an extracellular acidic poly saccharide aps i of rhizobium meliloti 201

Caulin Glaser T.; Prelli F.; Franklin E.C., 1982: Structural studies on an immuno globulin m lambda pyro globulin

Patterson B.W.; Kilgore L.L.; Chun P.W.; Fisher W.R., 1984: Structural studies on apolipoprotein b controllable heterogeneity of the complex formed with the surfactant triton x 100

Rinnert, H.; Thirion, C.; Dupont, G.; Lematre, J., 1977: Structural studies on aqueous and hydro alcoholic solutions of a polyene antibiotic amphotericin b

Kondo K.; Wakabayashi S.; Kagamiyama H., 1987: Structural studies on aspartate aminotransferase from escherichia coli covalent structure

Tu, S. C.; Wu, C. W.; Hastings, J. W., 1978: Structural studies on bacterial luciferase using energy transfer and emission anisotropy

Griffin, R. J.; Schwalbe, C. H.; Stevens, M. F. G.; Wong, K. P., 1985: Structural studies on bio active compounds part 3. re examination of the hydrolysis of the antimalarial drug pyrimethamine and related derivatives and crystal structure of a hydrolysis product

Bliss, E. A.; Griffin, R. J.; Stevens, M. F. G., 1987: Structural studies on bio active compounds part 5. synthesis and properties of 2 4 diaminopyrimidine dihydrofolate reductase inhibitors bearing lipophilic azido groups

Threadgill, M. D.; Griffin, R. J.; Stevens, M. F. G.; Wong, S. K., 1987: Structural studies on bio active compounds part 6. determination of the sites of protonation on three 2 4 diaminopyrimidines of pharmaceutical importance by proton coupled carbon 13 and proton nmr spectroscopy

Schwalbe, C. H.; King, M. E.; Wong, K. P.; Lambert, P. A.; Bliss, A.; Stevens, M. F. G., 1987: Structural studies on bio active compounds part 9. 2 4 diamino 6 azidoquinazoline hydrochloride

Gate, E. N.; Threadgill, M. D.; Stevens, M. F. G.; Chubb, D.; Vickers, L. M.; Langdon, S. P.; Hickman, J. A.; Gescher, A., 1986: Structural studies on bioactive compounds 4. a structure antitumor activity study on analogs of n methylformamide

Tendler, S. J. B.; Threadgill, M. D.; Tisdale, M. J., 1987: Structural studies on bioactive compounds part 7. the design and synthesis of alpha substituted serines as prospective inhibitors of serine hydroxymethyltransferase

Croft, L. R.; Waley, S. G., 1971: Structural studies on bovine gamma crystallin

Fellows, R. E. Jr ; Rogol, A. D., 1969: Structural studies on bovine growth hormone i isolation and characterization of cyanogen bromide fragments human inst chromatography

Slomiany, B. L.; Slomiany, A., 1977: Structural studies on branched fuco sphingo lipids of hog gastric mucosa

Slingsby, C.; Croft, L. R., 1978: Structural studies on calf lens gamma crystallin fraction iv a comparison of the cysteine containing tryptic peptides with the corresponding amino acid sequence of gamma crystallin fraction ii/

Davril, M.; Han, K. K., 1977: Structural studies on cross linked peptides containing lysino norleucine from elastin of porcine aorta

Gerber, G. E.; Anwar, R. A., 1974: Structural studies on cross linked regions of elastin

Sidler W.; Kumpf B.; Suter F.; Morisset W.; Wehrmeyer W.; Zuber H., 1985: Structural studies on cryptomonad biliprotein subunits 2 different alpha subunits in chroomonas phycocyanin 645 and cryptomonas phycoerythrin 545

Lee D.L.; Nixon P.E.; North A.C.T., 1980: Structural studies on crystals found in the intestine of nematodirus battus

Lin, T. S.; Kolattukudy, P. E., 1980: Structural studies on cutinase ec 3.1.1. a glyco protein containing novel amino acids and glucuronic acid amide at the amino terminus

Alhadeff M.; Lundell D.J.; Glazer A.N., 1988: Structural studies on cyanobacterial photosystem i purification and characterization of two low molecular weight polypeptides

Botes D.P.; Wessels P.L.; Kruger H.; Runnegar M.T.C.; Santikarn S.; Smith R.J.; Barna J.C.J.; Williams D.H., 1985: Structural studies on cyanoginosins lr yr ya and ym peptide toxins from microcystis aeruginosa

Hisamatsu M.; Amemura A.; Koizumi K.; Utamura T.; Okada Y., 1983: Structural studies on cyclic 1 2 beta d glucans cyclo sophoraoses produced by agrobacterium and rhizobium

Vospel'nikova, N. D.; Safronova, M. I.; Nagradova, N. K., 1977: Structural studies on d glyceraldehyde 3 phosphate dehydrogenase from rat skeletal muscle

Acad-Sin-Inst-Biophys-Peking-Insulin-Struct-Res-Group, 1976: Structural studies on depenta peptide b 26 30 insulin part 2 growth of crystals and preliminary crystallographic observations

Acad-Sin-Shanghai-Inst-Biochem-Insulin-Res-Group ; Acad-Sin-Inst-Biophs-Peking-Insulin-Struct-Res-Group ; Acad-Sin-Inst-Biophys-Biochem-Prep-Group, 1976: Structural studies on despentapeptide b 26 30 insulin part 1 the preparation and properties of despentapeptide insulin

Bennett R.Jr; Mclean N.V., 1985: Structural studies on dissociated porcine gastric mucus gel

Uotani K.; Naganawa H.; Kondo S.; Aoyagi T.; Umezawa H. , 1982: Structural studies on ebelactone a and ebelactone b esterase inhibitors produced by actinomycetes

Bhown, A. S.; Habeeb, A. F. S. A., 1977: Structural studies on epsilon proto toxin of clostridium perfringens type d localization of the site of tryptic scission necessary for activation to epsilon toxin

Sugino H.; Bousfield G.R.; Moore W.T.Jr; Ward D.N., 1987: Structural studies on equine glycoprotein hormones amino acid sequence of equine chorionic gonadotropin beta subunit

Bousfield G.R.; Liu W K.; Sugino H.; Ward D.N., 1987: Structural studies on equine glycoprotein hormones amino acid sequence of equine lutropin beta subunit

Amemura A.; Harada T., 1983: Structural studies on extracellular acidic poly saccharides secreted by 3 nonnodulating rhizobia

Qian S.; Amemura A.; Harada T., 1984: Structural studies on extracellular acidic polysaccharide produced by rhizobium sp tistr 386

Nagradova, N. K.; Safronova, M. I.; Baratova, L. A.; Belianova, L. P., 1978: Structural studies on glyceraldehyde phosphate dehydrogenase ec 1.2.1.12 from rat skeletal muscle

Matsubara, T.; Hayashi, A., 1981: Structural studies on glyco lipid of shellfish 3. novel glyco lipids from turbo cornutus

Matsubara, T.; Hayashi, A., 1982: Structural studies on glyco lipid of shellfish 4. a novel penta glycosyl ceramide from abalone haliotis japonica

Matsubara, T.; Hayashi, A., 1978: Structural studies on glyco lipid of shellfish part 2 occurrence of 3 o methyl galactosamine in oyster glyco lipid

Margolis R.K.; Finne J.; Krusius T.; Margolis R.U., 1984: Structural studies on glyco protein oligo saccharides of chromaffin granule membranes and dopamine beta hydroxylase

Matsubara, T.; Hayashi, A., 1986: Structural studies on glycolipids of shellfish v. gala 6 series glycosphingolipids of the marine snail chlorostoma argyrostoma turbinatum

Lyshede O.B., 1980: Structural studies on healthy and necrotic young epidermal cells of growing potato solanum tuberosum cultivar bintje de vries sprouts

Sjoberg I.; Fransson L A., 1980: Structural studies on heparan sulfate from human lung fibroblasts characterization of oligo saccharides obtained by selective per iodate oxidation of d glucuronic acid residues followed by scission in alkali

Fransson L A.; Sjoberg I.; Havsmark B., 1980: Structural studies on heparan sulfates characterization of oligo saccharides obtained by per iodate oxidation and alkaline elimination

Linker A.; Hovingh P., 1984: Structural studies on heparin tetra saccharides obtained by heparinase degradation

Barbero J.L.; Franco L.; Montero F.; Moran F., 1980: Structural studies on histones h 1 circular dichroism and difference spectroscopy of the histones h 1 and their trypsin resistant cores from calf thymus and from the fruit fly ceratitis capitata

Thomas, D. B.; Winzler, R. J. , 1969: Structural studies on human erythrocyte glyco proteins alkali labile oligo saccharides

Anderson J.M., 1979: Structural studies on human spectrin comparison of subunits and fragmentation of native spectrin

Sage H.; Woodbury R.G.; Bornstein P., 1979: Structural studies on human type iv collagen

Richardson, N. E.; Buttress, N.; Feinstein, A.; Stratil, A.; Spooner, R. L., 1973: Structural studies on individual components of bovine transferrin

Estess, P.; Lamoyi, E.; Nisonoff, A.; Capra, J. D., 1980: Structural studies on induced antibodies with defined idiotypic specificities 9. framework differences in the heavy chain variable light chain variable regions of mono clonal anti p azo phenyl arsonate antibodies from a j mice differing with respect to a cross reactive idiotype

Capra, J. D.; Berek, C.; Eichmann, K., 1976: Structural studies on induced antibodies with defined idiotypic specificities part 3 n terminal amino acid sequence of the heavy and light chains of mouse anti streptococcal antibodies a 5a s 8 and s 117

Capra, J. D.; Tung, A. S.; Nisonoff, A., 1977: Structural studies on induced antibodies with defined idiotypic specificities part 5 the complete amino acid sequence of the light chain variable regions of anti p azo phenyl arsonate antibodies from a j mice bearing a cross reactive idiotype

Capra, J. D.; Ju, S. T.; Nisonoff, A., 1978: Structural studies on induced antibodies with defined idiotypic specificities part 6 amino terminal sequences of the heavy and light chain variable regions of anti p azo phenyl arsonate antibodies for a j mice suppressed for a cross reactive idiotype

Capra J.D.; Nisonoff A., 1979: Structural studies on induced antibodies with defined idiotypic specificities part 7 the complete amino acid sequence of the heavy chain variable region of anti p azo phenyl arsenate antibodies from a j mice bearing a cross reactive idiotype

Daniewski W.M.; Wawrzun A.; De Bernardi M.; Vidari G.; Vita Finzi P.; Fronza G.; Gatti G., 1984: Structural studies on lactarius necator sesquiterpenes structure elucidation of lactarorufins d and e and conformational analysis of lactaran 5 olides

Grathwohl C.; Newman G.E.; Phizackerley P.J.R.; Town M H., 1979: Structural studies on lamellated osmiophilic bodies isolated from pig lung phosphorus 31 nmr results and water content

Parry D.A.D.; Conway J.F.; Steinert P.M., 1986: Structural studies on lamin similarities and differences between lamin and intermediate filament proteins

Martinelli, E.; Faniuolo, L.; Tuan, G.; Gallo, G. G.; Cavalleri, B., 1983: Structural studies on lipiarmycin 1. characterization by proton and carbon 13 nmr spectroscopy and isolation of methyl 2 o methyl 4 o homodichloro orsellinate beta rhamnoside

Shapiro J.P.; Keim P.S.; Law J.H., 1984: Structural studies on lipophorin an insect lipo protein

Uchikawa K I.; Sekikawa I.; Azuma I., 1986: Structural studies on lipoteichoic acids from four listeria strains

Stuermer, D. H.; Harvey, G. R., 1978: Structural studies on marine humus a new reduction sequence for carbon skeleton determination

Ymer S.I.; Herington A.C., 1987: Structural studies on membrane bound and soluble growth hormone binding proteins of rabbit liver

Mullen E.; Akhtar M., 1983: Structural studies on membrane bound bovine rhod opsin

Svensson, B.; Sjostrom, H.; Noren, O., 1982: Structural studies on micro villus amino peptidase ec 3.4.11.2 from pig small intestine

Mikami Y.; Takahashi K.; Yazawa K.; Hour Young C.; Arai T.; Saito N.; Kubo A., 1988: Structural studies on minor components of saframycin group antibiotics saframycins f g and h

Mcintosh J.R.; Sisken J.E.; Chu L.K., 1979: Structural studies on mitotic spindles isolated from cultured human cells

Carroll, M. C.; Passmore, H. C.; Capra, J. D., 1980: Structural studies on murine complement c 4 4. demonstration that complement c 4 and sex limited protein are encoded by separate loci

Cook, R. G.; Capra, J. D.; Bednarczyk, J. L.; Uhr, J. W.; Vitetta, E. S., 1979: Structural studies on murine ia allo antigens 6. evidence that both subunits of the i a allo antigen are encoded by the i a subregion

Sasaki Y.; Kojima N.; Koike Y.; Araki Y.; Ito E., 1986: Structural studies on n acetylmannosaminuronic acid containing and glucuronic acid containing teichuronic acids in the cell wall of bacillus megaterium ahu 1375

Gold A.H., 1987: Structural studies on neonatal rat liver glycogen synthase a comparison between adult and newborn synthase phosphopeptides

Armaleo D.; Gross S.R., 1985: Structural studies on neurospora crassa rna polymerases and associated proteins

Hisamatsu M.; Yamada T.; Akaki M.; Nashinoki H.; Takai Y.; Amemura A., 1985: Structural studies on new non reducing oligosaccharides produced by rhizobium meliloti j 7017

Hanisch F G.; Uhlenbruck G., 1984: Structural studies on o glycosidically and n glycosidically linked carbohydrate chains on collocalia mucin

Gorshkova R.P.; Kalmykova E.N.; Isakov V.V.; Ovodov Y.S., 1985: Structural studies on o specific polysaccharides of lipopolysaccharides from yersinia enterocolitica serovars o 1 2a 3 o 2a 2b 3 and o 3

Gorshkova R.P.; Kalmykova E.N.; Isakov V.V.; Ovodov Y.S., 1986: Structural studies on o specific polysaccharides of lipopolysaccharides from yersinia enterocolitica serovars o 5 and o 5 27

Mcclements W.; Hanafusa H.; Tilghman S.; Skalka A., 1979: Structural studies on oncornavirus related sequences in chicken genomic dna 2 step analyses of eco r i and bgl i restriction digests and tentative mapping of a ubiquitous endogenous pro virus

Mande S.C.; Raghunathan S.; Salunke D.M.; Khan M.I.; Swamy M.J.; Surolia A.; Vijayan M., 1988: Structural studies on peanut lectin

Krysteva, M. A.; Dobrev, I. D., 1977: Structural studies on per iodate oxidized chicken ovo mucoid spectral behavior of the tyrosine residues

Williams, V. P.; Glazer, A. N., 1978: Structural studies on phycobili proteins part 1 bilin containing peptides of c phycocyanin

Freidenreich, P.; Apell, G. S.; Glazer, A. N., 1978: Structural studies on phycobili proteins part 2 c phyco cyanin amino acid sequence of the beta subunit specific cleavage of the alpha subunit

Bryant, D. A.; Hixson, C. S.; Glazer, A. N., 1978: Structural studies on phycobili proteins part 3 comparison of bilin containing peptides from the beta subunits of c phycocyanin r phycocyanin and phycoerythrocyanin

Toro-Goyco, E.; Rodriguez-Costas, I.; Ehrig, H., 1980: Structural studies on pinguinain changes induced by carboxamido methylation

Purakayastha S.; Chatterjee B.P.; Rao C.V.N., 1979: Structural studies on pneumococcus type xxii capsular poly saccharide a revision of earlier structure

Edelhoch, H.; Lippoldt, R. E., 1969: Structural studies on poly peptide hormones part 1 fluorescence

Bernstein, R. S.; Wilchek, M.; Edelhoch, H., 1969: Structural studies on poly peptide hormones part 2 polarization of fluorescence

Maddali U.B.; Roy N., 1988: Structural studies on polysaccharide from pseudomonas aeruginosa habs type 1

Crepeau, R. H.; Mcewen, B.; Dykes, G.; Edelstein, S. J., 1977: Structural studies on porcine brain tubulin in extended sheets

Cook, R. G.; Vitetta, E. S.; Uhr, J. W.; Klein, J.; Wilde, C. E-Iii ; Capra, J. D., 1978: Structural studies on protein products of murine chromosome 17 part 3 partial amino acid sequence of an h 2k q molecule

Capra, J. D.; Vitetta, E. S.; Klapper, D. G.; Uhr, J. W.; Klein, J., 1976: Structural studies on protein products of murine chromosome 17 partial amino acid sequence of an histo compatibility 2 complex molecule

Thonar E.J M.A.; Sweet M.B.E.; Immelman A.R.; Lyons G., 1979: Structural studies on proteo glycan from human chondro sarcoma

Sandy J.D.; Flannery C.R.; Plaas A.H.K., 1987: Structural studies on proteoglycan catabolism in rabbit articular cartilage explant cultures

Lane L.K.; Kirley T.L.; Ball W.J.Jr, 1986: Structural studies on proton potassium atpase determination of the amino terminal amino acid sequence and immunological cross reactivity with sodium potassium atpase

Koyama M.; Ezaki N.; Tsuruoka T.; Inouye S., 1983: Structural studies on pyrrolomycins c d and e

Fondy, T. P.; Ross, C. R.; Sollohub, S. J., 1969: Structural studies on rabbit muscle enz glycerol 3 phosphate dehydrogenase and a comparison of chemical and physical determinations of its molecular weight rat bee enz glycerol 3 phosphate nad oxido reductase

Takeda, Y.; Brewer, H. B. Jr ; Larner, J., 1975: Structural studies on rabbit muscle glycogen synthase ec 2.4.1.11 part 1 subunit composition

Takeda, Y.; Larner, J., 1975: Structural studies on rabbit muscle glycogen synthase ec 2.4.1.11 part 2 limited proteolysis

Kuehl, W. M.; Conti, M. A.; Adelstein, R. S., 1975: Structural studies on rabbit skeletal muscle actin ordering of the peptides produced by cleavage with cyanogen bromide

Nunnally M.H.; Hsu L C.; Mumby M.C.; Stull J.T., 1987: Structural studies on rabbit skeletal muscle myosin light chain kinase with monoclonal antibodies

Strickland, D. K.; Hudson, B. G., 1978: Structural studies on rabbit transferrin isolation and characterization of the glyco peptides

Peeters B.; Heyns W.; Mous J.; Rombauts E., 1983: Structural studies on rat prostatic binding protein primary structure of component c 2 from subunit s

Peeters B.; Heyns W.; Mous J.; Rombauts W., 1982: Structural studies on rat prostatic binding protein the primary structure of component c 1 from subunit f

Peeters B.; Rombauts W.; Mous J.; Heyns W., 1981: Structural studies on rat prostatic binding protein the primary structure of its glycosylated complement c 3

Van-De-Ven, W. J. M.; Vermorken, A. J. M.; Onnekink, C.; Bloemers, H. P. J.; Bloemendal, H., 1978: Structural studies on rauscher murine leukemia virus isolation and characterization of viral envelopes

Pachence J.M.; Dutton P.L.; Blasie J.K., 1979: Structural studies on reconstituted reaction center phosphatidyl choline membranes

Millward, S.; Graham, A. F., 1970: Structural studies on reovirus discontinuities in the genome

Li M.; Chen Y L., 1986: Structural studies on rhodilunancins a and b

Garel, J. P.; Hentzen, D.; Schlegel, M.; Dirheimer, G., 1976: Structural studies on rna from bombyx mori part 1 nucleoside composition of enriched transfer rna species from the posterior silk gland purified by countercurrent distribution

Katzenellenbogen E.; Romanowska E., 1980: Structural studies on shigella flexneri serotype 6 core region

Krusius T.; Reinhold V.N.; Margolis R.K.; Margolis R.U., 1987: Structural studies on sialylated and sulfated o glycosidic mannose linked oligosaccharides in the chondroitin sulfate proteoglycan of brain

Cheshire M.V.; Bracewell J.M.; Mundie C.M.; Robertson G.W.; Russell J.D.; Fraser A.R., 1979: Structural studies on soil poly saccharide

Kuroda R.; Cutbush S.; Neidle S.; Leung O T., 1985: Structural studies on some tamoxifen derivatives

Goto K.; Takahashi N.; Murachi T., 1980: Structural studies on stem bromelain cyanogen bromide cleavage and amino acid sequence of carboxyl terminal half of the molecule

Uppal K.S.; Banerji S.K., 1985: Structural studies on substituted thioureas as growth regulators

Sugahara K.; Yamashina I.; De Waard P.; Van Halbeek H.; Vliegenthart J.F.G., 1988: Structural studies on sulfated glycopeptides from the carbohydrate protein linkage region of chondroitin 4 sulfate proteoglycans of swarm rat chondrosarcoma demonstration of the structure gal 4 o sulfate beta 1 3 gal beta 1 4 xyl beta 1 o ser

Uchikawa K I.; Sekikawa I.; Azuma I., 1986: Structural studies on teichoic acids in cell walls of several serotypes of listeria monocytogenes

Sjodahl, J., 1977: Structural studies on the 4 repetitive fc binding regions in protein a from staphylococcus aureus

Kojima N.; Araki Y.; Ito E., 1985: Structural studies on the acidic polysaccharide of bacillus cereus ahu 1356 cell walls

Hirase, S.; Nakai, S.; Akatsu, T.; Kobayashi, A.; Oohara, M.; Matsunaga, K. I.; Fujii, M.; Kodaira, S.; Fujii, T.; Et-Al, 1976: Structural studies on the anti tumor active poly saccharides from coriolus versicolor basidiomycetes part 1 fractionation with barium hydroxide

Hirase, S.; Nakai, S.; Akatsu, T.; Kobayashi, A.; Oohara, M.; Matsunaga, K. I.; Fujii, M.; Kodaira, S.; Fujii, T.; Et-Al, 1976: Structural studies on the anti tumor active poly saccharides from coriolus versicolor basidiomycetes part 2 structures of beta d glucan moieties of fractionated poly saccharides

Leps, B.; Barnickel, G.; Bradaczek, H., 1984: Structural studies on the bacterial cell wall peptido glycan pseudo murein 1. conformational energy calculations on the glycan strands in c 1 conformation and comparison with murein

Merrifield E.H.; Stephen A.M., 1979: Structural studies on the capsular poly saccharide from klebsiella serotype k 64

Nath R.K.; Chakraborty A.K., 1987: Structural studies on the capsular polysaccharide of klebsiella serotype k40

Majima, M., 1981: Structural studies on the carbohydrate portion of blood group specific glyco proteins within alkaline boro hydride and lewis systems 4. structures of oligo saccharides obtained by alkaline borohydride degradation of blood group b substance from human ovarian cyst fluid

Majima, M.; Matsue, H.; Hiyama, N., 1981: Structural studies on the carbohydrate portion of blood group specific glyco proteins within alkaline boro hydride and lewis systems 5. investigation of branched structures in carbohydrate chains by methylation analysis

Nilsson B.; Norden N.E.; Svensson S., 1979: Structural studies on the carbohydrate portion of fetuin

Ekstrom B.; Lundblad A.; Svensson S., 1981: Structural studies on the carbohydrate portion of human alpha 1 micro globulin

Franzen L E.; Svensson S.; Larm O., 1980: Structural studies on the carbohydrate portion of human anti thrombin iii

Wu A.M.; Slomiany A.; Herp A.; Slomiany B.L., 1979: Structural studies on the carbohydrate units of armadillo submandibular glyco protein

Van-Beynum, G. M. A.; De-Graaf, J. M.; Castel, A.; Kraal, B.; Bosch, L., 1977: Structural studies on the coat protein of alfalfa mosaic virus the complete primary structure

Dalsgaard C J.; Elfvin L G., 1982: Structural studies on the connectivity of the inferior mesenteric ganglion of the guinea pig

Radziejewska Lebrecht J.; Bhat U.R.; Brade H.; Mayer H., 1988: Structural studies on the core and lipid a region of a 4 amino l arabinose lacking rc type mutant of proteus mirabilis

Bellmann W.; Lingens F., 1985: Structural studies on the core oligosaccharide of phenylobacterium immobile strain k 2 lipopolysaccharide chemical synthesis of 3 hydroxy 5c dodecenoic acid

Casey R.P.; Broger C.; Azzi A., 1981: Structural studies on the cytochrome c oxidase proton pump using a spin label probe

Tharanathan, R. N.; Weckesser, J.; Mayer, H., 1978: Structural studies on the d arabinose containing lipid a from rhodospirillum tenue 2761/

Sethi V.S.; Thimmaiah K.N., 1985: Structural studies on the degradation products of vincristine dihydrogen sulfate

Zukerman-Schpector, J.; Castellano, E. E.; Oliva, G., 1984: Structural studies on the di chloro carbene adducts with levo r carvone 1. the crystal structures of 1 r 4 r 6 r 9 r 7 7 di chloro 1 methyl 4 2' 2' dichloro 1' methylcyclopropyl bi cyclo 4.1.0 heptan 2 one and 1 r 4 r 6 r 9 s 7 7 di chloro 1 methyl 4 2' 2' dichloro 1' methylcyclopropyl bi cyclo 4.1.0 heptan 2 one

Adeyeye A.; Jansson P E.; Lindberg B., 1988: Structural studies on the escherichia coli o 149 o antigen polysaccharide

Mehta H.B.; Dholakia J.N.; Roth W.W.; Parekh B.S.; Montelaro R.C.; Woodley C.L.; Wahba A.J., 1986: Structural studies on the eukaryotic chain initiation factor 2 from rabbit reticulocytes and brine shrimp artemia embryos phosphorylation by the heme controlled repressor and casein kinase ii

Amemura A.; Harada T.; Abe M.; Higashi S., 1983: Structural studies on the extracellular acidic poly saccharide from rhizobium trifolii 4s

Ananthanaravanan, V. S.; Hew, C. L., 1977: Structural studies on the freezing point depressing protein of the winter flounder pseudopleuronectes americanus

Martin S.E.; Marder V.J.; Francis C.W.; Barlow G.H., 1981: Structural studies on the functional heterogeneity of von willebrand protein polymers

Holst O.; Mayer H.; Okotore R.O.; Konig W.A., 1984: Structural studies on the galactan from the albumin gland of achatina fulica

Radziejewska Lebrecht J.; Feige U.; Jensen M.; Kotelko K.; Friebolin H.; Mayer H., 1980: Structural studies on the glucose heptose region of the proteus mirabilis r core

Roberts, G. P., 1978: Structural studies on the glyco proteins from bovine cervical mucus

Jansson P E.; Lindberg A.A.; Wollin R., 1981: Structural studies on the hexose region of the core in lipo poly saccharides from enterobacteriaceae

Gorbach V.I.; Krasikova I.N.; Lukyanov P.A.; Razmakhnina O.Yu; Solov'eva T.F.; Ovodov Y.S., 1979: Structural studies on the immuno dominant group of lipid a from lipo poly saccharide of yersinia pseudotuberculosis

Kiss, P.; Rinno, J.; Schmidt, G.; Mayer, H., 1978: Structural studies on the immunogenic form of the enterobacterial common antigen

Zanetti G.; Morelli D.; Ronchi S.; Negri A.; Aliverti A.; Curti B., 1988: Structural studies on the interaction between ferredoxin and ferredoxin nadp reductase

Kojima N.; IIda J.; Araki Y.; Ito E., 1985: Structural studies on the linkage unit between poly n acetylglucosamine 1 phosphate and peptidoglycan in cell walls of bacillus pumilus ahu 1650

Kaya S.; Araki Y.; Ito E., 1985: Structural studies on the linkage unit between polygalactosylglycerol phosphate and peptidoglycan in cell walls of bacillus coagulans

Kojima N.; Araki Y.; Ito E., 1985: Structural studies on the linkage unit of ribitol teichoic acid of lactobacillus plantarum

Seydel U.; Linder B.; Wollenweber H W.; Rietschel E.T., 1984: Structural studies on the lipid a component of enterobacterial lipopolysaccharides by laser desorption mass spectrometry location of acyl groups at the lipid a backbone

Bhattacharjee A.K.; Kwon Chung K.J.; Glaudemans C.P.J., 1980: Structural studies on the major capsular poly saccharide from cryptococcus bacillisporus serotype b

Gleeson P.A.; Clarke A.E., 1979: Structural studies on the major component of gladiolus gandarensis style mucilage an arabino galactan protein

Holowka, D.; Baird, B., 1983: Structural studies on the membrane bound immuno globulin e receptor complex 1. characterization of large plasma membrane vesicles from rat basophilic leukemia cells and insertion of amphipathic fluorescent probes

Holowka, D.; Baird, B., 1983: Structural studies on the membrane bound immuno globulin e receptor complex 2. mapping of distances between sites on immuno globulin e and the membrane surface

Woods E.F.; Gruen L.C., 1981: Structural studies on the micro fibrillar proteins of wool characterization of the alpha helix rich particle produced by chymotryptic digestion

Gruen L.C.; Woods E.F., 1983: Structural studies on the micro fibrillar proteins of wool interaction between alpha helical segments and reassembly of a 4 chain structure

Kojima N.; Uchikawa K I.; Araki Y.; Ito E., 1986: Structural studies on the minor teichoic acid of bacillus coagulans ahu 1631

Simpson R.J.; Nice E.C.; Nicola N.A., 1987: Structural studies on the murine granulocyte colony stimulating factor

Cook, R. G.; Vitetta, E. S.; Uhr, J. W.; Capra, J. D., 1980: Structural studies on the murine ia allo antigens 7. further evidence for 2 gene control of the e c allo antigens

Cook R.G.; Vitetta E.S.; Uhr J.W.; Capra J.D., 1979: Structural studies on the murine ia immune response associated allo antigens part 5 evidence that the structural gene for the i e c beta poly peptide is encoded within the i a subregion

Salimath P.V.; Weckesser J.; Strittmatter W.; Mayer H., 1983: Structural studies on the nontoxic lipid a from rhodopseudomonas sphaeroides atcc 17023

Shaw D.H.; Lee Y Z.; Squires M.J.; Luederitz O., 1983: Structural studies on the o antigen of aeromonas salmonicida

Barton Willis P.A.; Wang M.C.; Staskawicz B.; Keen N.T., 1987: Structural studies on the o chain polysaccharides of lipopolysaccharides from pseudomonas syringae pathovar glycinea

Gunnarsson, A.; Svensson, B.; Nilsson, B.; Svensson, S., 1984: Structural studies on the o glycosidically linked carbohydrate chains of glucoamylase g 1 ec 3.2.1.3 from aspergillus niger

Korrel S.A.M.; Clemetson K.J.; Van Halbeek H.; Kamerling J.P.; Sixma J.J.; Vliegenthart J.F.G., 1984: Structural studies on the o linked carbohydrate chains of human platelet glyco calicin

Gorshkova R.P.; Komandrova N.A.; Kalinovsky A.I.; Ovodov Y.S., 1980: Structural studies on the o specific poly saccharide side chains of yersinia pseudotuberculosis type iii lipo poly saccharides

Gorshkova R.P.; Korchahina N.I.; Ovodov Y.S., 1983: Structural studies on the o specific side chain poly saccharide of lipo poly saccharide from the yersinia pseudotuberculosis va serovar

Bhattacharyya, S. N.; Lynn, W. S., 1977: Structural studies on the oligo saccharides of a glyco protein isolated from alveoli of patients with alveolar proteinosis

Kitamura K.; Suzuki M.; Uyemura K., 1981: Structural studies on the p 2 protein in bovine peripheral nerve myelin

Leung T W.C.; Williams D.H.; Barna J.C.J.; Foti S.; Oelrichs P.B., 1986: Structural studies on the peptide moroidin from laportea moroides

Holst O.; Borowiak D.; Weckesser J.; Mayer H., 1983: Structural studies on the phosphate free lipid a of rhodomicrobium vannielli atcc 17 100

Majima, M.; Hiyama, N., 1980: Structural studies on the poly peptide portion of blood group specific glyco proteins within abh and lewis systems 1. structures of some oligo peptides obtained from human ovarian cyst fluid h substance by partial acid hydrolysis

Majima, M.; Hiyama, N., 1980: Structural studies on the poly peptide portion of blood group specific glyco proteins within abh and lewis systems 2. structures of oligo peptides obtained from human ovarian cyst fluid h substance by partial acid hydrolysis

Majima, M.; Hiyama, N., 1980: Structural studies on the poly peptide portion of blood group specific glyco proteins within abh and lewis systems 3. structures of oligo peptides obtained from human ovarian cyst fluid h substance by partial acid hydrolysis

Ward W.H.J.; Van Heyningen S., 1982: Structural studies on the poly peptide substrates of cholera toxin

Sarkar N.; Chatterjee B.P., 1984: Structural studies on the poly saccharide of mahua madhuca indica flowers

Ghosal P.K.; Thakur S., 1983: Structural studies on the poly saccharide of swietenia mahagani gum

Scharnhorst, D. W.; Saving, K. L.; Vuturo, S. B.; Cooke, P. H.; Weaver, R. F., 1977: Structural studies on the polyhedral inclusion bodies virions and dna of the nuclear polyhedrosis virus of the cotton bollworm heliothis zea

Yamaguchi, H.; Okamoto, K., 1977: Structural studies on the reducing end sugar residues of poly saccharides by gas liquid chromatography and mass spectrometry

Egan, W.; Liu, T. Y.; Dorow, D.; Cohen, J. S.; Robbins, J. D.; Gotschlich, E. C.; Robbins, J. B., 1977: Structural studies on the sialic acid poly saccharide antigen of escherichia coli strain bos 12

Ibanez C.M.; Matsuhiro B., 1986: Structural studies on the soluble polysaccharide from iridaea membranacea

Chang, T. S.; Sun, S. F., 1978: Structural studies on the succinylated bovine serum albumin

Pulsford A.; Morrow W.J.W.; Fange R., 1984: Structural studies on the thymus of the dogfish scyliorhinus canicula

Brennan P.J.; Goren M.B., 1979: Structural studies on the type specific antigens and lipids of the mycobacterium avium mycobacterium intracellulare mycobacterium scrofulaceum sero complex mycobacterium intracellulare serotype 9

Shoji J.; Kato T.; Yoshimura Y.; Tori K., 1981: Structural studies on thiocillin i thiocillin ii and thiocillin iii antibiotics from the genus bacillus 29

Hausmann, K.; Hausmann, E., 1981: Structural studies on trichodina pediculus ciliophora peritricha 1. the loco motor fringe and the oral apparatus

Hausmann, K.; Hausmann, E., 1981: Structural studies on trichodina pediculus ciliophora peritricha 2. the adhesive disc

Tsuprun V.L.; Surgucheva I.G., 1979: Structural studies on tubulin in flat sheets formed in the presence of zinc

Atta Ur Rahman S.M.; Albert K., 1986: Structural studies on vindolinine

Desvages, G.; Roustan, C.; Fattoum, A.; Pradel, L. A., 1980: Structural studies on yeast 3 phospho glycerate kinase ec 2.7.2.3 identification by immuno affinity chromatography of 1 glutamyl residue essential for yeast 3 phospho glycerate kinase activity its location in the primary structure

Fattoum, A.; Karoui, D.; Feinberg, J.; Pradel, L. A.; Gregoire, J.; Rochat, H.; Roustan, C., 1981: Structural studies on yeast 3 phospho glycerate kinase ec 2.7.2.3 linear arrangement of the cyanogen bromide fragments partial amino acid sequence of the inner part of the poly peptide chain and analyses of the amino terminal domain of the protein

Fattoum, A.; Roustan, C.; Feinberg, J.; Desvages, G.; Pradel, L. A., 1978: Structural studies on yeast 3 phospho glycerate kinase isolation by affinity chromatography and characterization of the peptides produced by cyanogen bromide cleavage location of the single cysteinyl residue in the primary structure

Buhler, J. M.; Iborra, F.; Sentenac, A.; Fromageot, P., 1976: Structural studies on yeast rna polymerases existence of common subunits in rna polymerase a i and rna polymerase b i

Lee K.P.; Baxter H.J.; Guillemette J.G.; Lawford H.G.; Lewis P.N., 1982: Structural studies on yeast saccharomyces cerevisiae nucleosomes

Kabasawa, I.; Hirs, C. H. W., 1972: Structural studies with the glyco peptides from porcine pancreatic rnase

Tomshich S.V.; Gorshkova P.R.; Ovodov Yu S., 1987: Structural study of a lipopolysaccharide from the serovar 0 8 of yersinia enterocolitica

Komiyama K.; Okada K.; Oka H.; Tomisaka S.; Miyano T.; Funayama S.; Umezawa I., 1985: Structural study of a new antitumor antibiotic kazusamycin

Croft K.D.; Ghisalberti E.L.; Skelton B.W.; White A.H., 1983: Structural study of a new di alkylated scalarane from a carteriospongia sp

Caillet Boudin M.L.; Novelli A.; Gesquiere J.C.; Lemay P., 1988: Structural study of adenovirus type 2 fiber using anti fiber and anti peptide sera

Audoye, P.; Coumes, R. C.; Gaset, A.; Gorrichon, J. P., 1982: Structural study of aldimines derived from furan 2 carboxaldehydes thiophene 2 carboxaldehydes and n methyl pyrrole 2 carboxaldehydes 1. n hetero arylidene anilines

Horii F.; Yamamoto H.; Hirai A.; Kitamaru R., 1987: Structural study of amylose polymorphs by cross polarization magic angle spinning carbon 13 nmr spectroscopy

Viossat B.; Dung N H.; Lancelot J C.; Benazeth S.; Rault S.; Robba M., 1987: Structural study of an ellipticine analog with a view toward antineoplastic use 1 4 dihydro 4 oxo 2 5 11 trimethyl 6h pyrido 3 2 b carbazole by x ray diffraction x

Gillier Pandraud H.; Brahmi R.; Bellosta Dechavanne V.; Czernecki S., 1985: Structural study of an unsaturated c glycoside 3 4 6 tri o acetyl 2 deoxy alpha d threo 2 hexenopyranosylbenzene

Zhao B.; Dong Y.; Lin Z.; Tang Y., 1984: Structural study of benzyloxycarbonylprolylalanylthreonyl tert butyl ester

Levchenko, L. A.; Raevskii, A. V.; Salitra, I. S.; Pivovarova, T. S.; Likhtenshtein, G. I., 1975: Structural study of biological systems by the method of electron density labels

Kettmann V.; Majer J.; Csollei J., 1983: Structural study of biologically active compounds by diffraction methods 3

Dardenne, M.; Pleau, J. M.; Man, N. K.; Bach, J. F., 1977: Structural study of circulating thymic factor a peptide isolated from pig serum part 1 isolation and purification

Pleau, J. M.; Dardenne, M.; Blouquit, Y.; Bach, J. F., 1977: Structural study of circulating thymic factor a peptide isolated from pig serum part 2 amino acid sequence

Tishchenko, G. N.; Smirnova, V. I.; Zeibot, L. N.; Nazimova, N. V.; Andrianov, V. I., 1976: Structural study of cyclic tetra depsi peptides part 4 crystal and molecular structure of lddd form of cyclo tetra depsi peptide cyclo methylalylhydroxyisovaleryl

Karimov, Z.; Mikhailov, A. M.; Tishchenko, G. N., 1976: Structural study of cyclic tetra depsi peptides part 4 molecular and crystal structure of the lldd form of cyclo tetra depsi peptide methylvalylhydroxyisovalerylmethylvalylhydroxy iso valeryl

Gorshkova R.P.; Zubkov V.A.; Isakov V.V.; Ovodov Yu S., 1981: Structural study of d glucan from yersinia pseudotuberculosis serotype 6

Veksler N.A.; Seitanidi K.L.; Smirnova L.S.; Abdulazimov Kh A.; Yagudaev M.R., 1979: Structural study of dioxane lignins from cotton plant cultivar 108 f using pmr

Mao B.; Mccammon J.A., 1984: Structural study of hinge bending in l arabinose binding protein

Eltantawy, I. M.; Baverez, M., 1978: Structural study of humic acids by x ray esr and ir spectroscopy

Tse M.K.W.; Wong Y.C., 1980: Structural study of involution of the seminal vesicles of the guinea pig following orchiectomy

Pulatov B.Kh; Abduazimov Kh A., 1979: Structural study of lignins from healthy and wilt damaged cotton cultivar tashkent 1

Tomshich S.V.; Gorshkova R.P.; Ovodov Yu S., 1985: Structural study of lipopolysaccharide core in yersinia pseudotuberculosis

Kobayashi H.; Shibata N.; Yonezu T.; Suzuki S., 1987: Structural study of phosphomannan protein complex of citeromyces matritensis containing beta 1 2 linkage application of partial acid degradation and acetolysis techniques under mild conditions

Haworth, S. G.; Reid, L., 1977: Structural study of pulmonary circulation and of heart in total anomalous pulmonary venous return in early infancy

Osborne, H. B.; Sardet, C.; Michel-Villaz, M.; Chabre, M., 1978: Structural study of rhod opsin in detergent micelles by small angle neutron scattering

Shashkov A.S.; Smirnova G.P.; Chekareva N.V.; Dabrovski Ya, 1986: Structural study of sialoglycolipids from the sea urchin tripneustes ventricosus gonads using proton and carbon 13 nmr spectroscopy

Kam, Z.; Josephs, R.; Eisenberg, H.; Gratzer, W. B., 1977: Structural study of spectrin from human erythrocyte membranes

Carazo J.M.; Garcia N.; Santisteban A.; Carrascosa J.L., 1984: Structural study of tetragonal ordered aggregates of phage phi 29 necks

Nagao E.; Chino H., 1987: Structural study of the asparagine linked oligo saccharides of lipophorin in locusts

Slomiany, A.; Slomiany, B. L.; Horowitz, M. I., 1974: Structural study of the blood group a active glyco lipids of hog gastric mucosa

Berthet Colominas C.; Miller A.; White S.W., 1979: Structural study of the calcifying collagen in turkey leg tendons

Liang C J.; Yamashita K.; Kobata A., 1980: Structural study of the carbohydrate moiety of bovine pancreatic rnase b

Yamashita K.; Kamerling J.P.; Kobata A., 1982: Structural study of the carbohydrate moiety of hen ovo mucoid occurrence of a series of penta antennary complex type asparagine linked sugar chains

Nishimura S., 1981: Structural study of the coronary arterial wall an analysis of the site of the blood tissue barrier

Beyer R.; Melton L.D.; Kennedy L.D., 1983: Structural study of the extracellular poly saccharide gum from rhizobium strain cb 744

Keller R.M.; Wuethrich K., 1980: Structural study of the heme crevice in cytochrome b 5 based on individual assignments of the proton nmr lines of the heme group and selected amino acid residues

Khomenko V.A.; Naberezhnykh G.A.; Isakov V.V.; Solov'eva T.F.; Ovodov Yu S.; Knirel' Yu A.; Vinogradov E.V., 1986: Structural study of the o specific polysaccharide chain of pseudomonas fluorescens lipopolysaccharide

Yamashita K.; Tachibana Y.; Takeuchi T.; Kobata A., 1981: Structural study of the sugar chains of alpha amylases produced ectopically in tumors

Matsumoto A.; Yoshima H.; Takasaki S.; Kobata A., 1982: Structural study of the sugar chains of human lactoferrin finding of 4 novel complex type asparagine linked sugar chains

Tullius T.D.; Gillum W.O.; Carlson R.M.K.; Hodgson K.O., 1980: Structural study of the vanadium complex in living ascidian blood cells by x ray absorption spectroscopy

Osipova, T. A.; Bulatov, A. A.; Pankov-Yu, A., 1978: Structural study of tryptic peptides from large cyanogen bromide fragments of sei whale balaenoptera borealis somatotropin

Taube S.E.; Braun P.C., 1982: Structural study of vesicular stomatitis virus g protein in the virion envelope

Kyong K.Y.; Chae Q., 1986: Structural study on bovine heart proteolipid by the optical spectroscopic methods

Rokukawa C.; Kushi Y.; Ueno K.; Handa S., 1982: Structural study on gangliosides from rat liver and erythrocytes

Kagimoto, T.; Morino, Y.; Kishimoto, S., 1976: Structural study on hemo globin m kumamoto

Gruda J.; Therien H M., 1984: Structural study on liver gelactin

Ohnishi M.; Fujino Y., 1980: Structural study on new steryl glycosides in rice bran cellotetraosyl sito sterol and cellopentaosyl sito sterol

Iacomini M.; Duarte G.R.; Duarte E.R.; Duarte H.S.; Fontana J.D.; Duarte J.H., 1981: Structural study on snail galactans from the genus biomphalaria

Nakayama S I.; Nagashima Y.; Hoshino M.; Moriyama A.; Takahashi K.; Watanabe T.; Yoshida M., 1983: Structural study on the active site of porcine pepsin and rhizopus chinensis acid protease spin labeling with di azo ketone reagents

Endo, T.; Ohbayashi, H.; Hayashi, Y.; Ikehara, Y.; Kochibe, N.; Kobata, A., 1988: Structural study on the carbohydrate moiety of human placental alkaline phosphatase

Mirsky N.; Silbermann M. , 1985: Structural study on the effect of 24 25 dihydroxyvitamin d 3 on epiphyseal growth plate in suckling mice

Estrada A.R.; Novo Rodriguez J., 1986: Structural subniche of anolis bartschi sauria iguanidae in the sierra de los organos pinar del rio cuba

Estrada A.R.; Novo Rodriguez J., 1986: Structural subniche of anolis sagrei in inis de soso cay cuba intrapopulational and extrapopulational analysis

Murata, K., 1978: Structural subunits of chondroitin sulfate isomers isolated from different aged human kidneys

Boublik, M.; Drzeniek, R., 1977: Structural subunits of poliovirus particles by electron microscopy

Cervenka, K., 1982: Structural system of leaves in the apple tree crown i. one year old crown

Kennard C.H.L.; Smith G.; Palm T B.; Hovmoller S.; Sjogren A., 1984: Structural systematics for 1 1 1 tri chloro 2 2 bis p chlorophenyl ethane type compounds crystal structures of 5 analogs and comments on mode of action

Wolkowski Tyl R.; Phelps M.; Davis J.K., 1983: Structural teratogenicity evaluation of methyl chloride in rats and mice after inhalation exposure

Horowitz A.; Lanir Y.; Yin F.C.P.; Perl M.; Sheinman I.; Strumpf R.K., 1988: Structural three dimensional constitutive law for the passive myocardium

Sahai, S.; Gupta, P. D.; Srivastava, L. M., 1978: Structural transformation and modulation of succinic dehydrogenase activity in the mitochondria of germinating seeds

Binnington K.C., 1987: Structural transformation of blowfly mitochondria by a putative virus similarities with virus induced changes in plant mitochondria

Schliwa M.; Euteneuer U., 1979: Structural transformation of epidermal tono filaments upon cold treatment

Shimizu K.; Amagaya S.; Ogihara Y., 1985: Structural transformation of saikosaponins by gastric juice and intestinal flora

Herlan, G.; Quevedo, R.; Wunderlich, F., 1978: Structural transformation of the nuclear matrix in situ

Batz, W.; Wunderlich, F., 1976: Structural transformation of the phagosomal membrane in tetrahymena cells endocytozing latex beads

Chen L J.; Hrazdina G., 1982: Structural transformation reactions of antho cyanins

Zimoglyad B.N.; Vasil'chenko V.N.; Vasil'chenko N.S.; Leont'ev V.S.; Shkorbatov A.G.; Blagoi Yu P., 1984: Structural transformations and aggregation stability of lecithin liposomes in cryoprotective media

Khrapunov S.N.; Kadura S.N.; Dragan A.I., 1987: Structural transformations in chromatin during spermatogenesis of the calmar illex argentinus

Okun, I. M.; Milyutin, A. A.; Rakovich, A. A.; Aksentsev, S. L.; Konev, S. V., 1976: Structural transformations in synaptic brain plasma membranes

Visokinskas A.A., 1979: Structural transformations of elastoidin under the effect of temperature and specific reagents and a certain analogy with structural changes in malignant tumors

Schmid, W.; Zbiral, E.; Christian, R.; Schulz, G., 1986: Structural transformations of n acetylneuraminic acid 5. transformation of the carboxyl group of n acetylneuraminic acid into a tetrazole group

Zbiral, E.; Brandstetter, H. H.; Schreiner, E. P., 1988: Structural transformations of n acetylneuraminic acid viii. synthesis of 7 8 9 deoxyneuraminic acid and 4 7 dideoxyneuraminic acid

Chertok V.M., 1987: Structural transformations of the arterial tunica intima in the human pia mater in atherosclerosis

Sharapov V.I.; Grek O.R.; Zykov A.A., 1988: Structural transformations of the lipid component of endoplasmic reticulum membranes in early and late periods after liver tissue ischemia

Ivancsics, C.; Zbiral, E., 1975: Structural transformations on nucleotides nucleosides and nucleoside bases using beta acyl vinyl phosphonium salts part 36 reactions with phospho organic compounds

Wachtel, E. J.; Marvin, F. J.; Marvin, D. A., 1976: Structural transition in a filamentous protein

Widmer R.M.; Lezzi M.; Koller T., 1987: Structural transition in inactive balbiani ring chromatin of chironomus during micrococcus nuclease digestion

Nisenbaum, G. D.; Lyakhnovich, G. V.; Konev, S. V., 1978: Structural transition induced by specific group antibodies in human erythrocyte membranes

Ko T S.; Suh I H.; Lee C B.; Suh J I., 1987: Structural transition of dna induced by reversible ligand binding anionic potential reporter molecules as probes of dna conformation

Zakaryan V.A.; Karapetyan V.T.; Adalyan G.V.; Shaginyan A.A., 1986: Structural transitions accompanied by a change in thickness and density of phospholipid bilayer

Kotrikadze, N. G.; Gabuniya, G. D.; Tsartsidze, M. A.; Lomsadze, B. A., 1978: Structural transitions and functional activity of microsomes of intact and tumor bearing rats

Keyt B.; Furie B.C.; Furie B., 1982: Structural transitions in bovine factor x associated with metal binding and zymogen activation studies using conformation specific antibodies

Mil Ye M.; Bobovich S.I.; Azizov Yu M.; Krinitskaya L.A.; Zhil'tsova V.M.; Zhizhina G.P.; Kruglyakova K.Ye, 1975: Structural transitions in dna isolated from normal and tumor cells

Wolf, B.; Berman, S.; Hanlon, S., 1977: Structural transitions of calf thymus dna in concentrated lithium chloride solutions

Kubista M.; Hard T.; Nielsen P.E.; Norden B., 1985: Structural transitions of chromatin at low salt concentrations a flow linear dichroism study

Chegini N.; Gregory S.P.; Hilder V.A.; Pocklington M.J.; Maclean N., 1981: Structural transitions of chromatin in isolated xenopus laevis erythrocyte nuclei 1

Chegini, N.; Hilder, V. A.; Gregory, S. P.; Maclean, N., 1981: Structural transitions of chromatin in isolated xenopus laevis erythrocyte nuclei 2. computer based image analysis

Lang H.; Vengerov Yu Y.; Popenko V.I.; Zimmer C., 1979: Structural transitions of chromatin induced by netropsin

Swaisgood, H. E.; Janolino, V. G.; Horton, H. R., 1978: Structural transitions of soluble and immobilized chymotrypsinogen a in urea and guanidinium chloride as measured by fluorescence

Hermann A.; Arnold K.; Lassmann G.; Glaser R., 1982: Structural transitions of the erythrocyte membrane an esr approach

Maurin'sh Yu A.; Paegle R.A.; Lidak M.Yu; Kvasyuk E.I.; Mikhailopulo I.A., 1986: Structural trend of the glycosylation of trimethylsilyl derivatives of uric acid xanthine and guanine with 1 2 3 tri o acetyl beta d glucofuranurono 6 3 lactone

Volgin S.A.; Tikhomirov V.N., 1980: Structural types of the mono cyclic syncarpous gynoecium of angiosperms

Avila R.E.; Samar M.E.; De Fabro S.P., 1985: Structural ultrastructural and cytochemical study of mesonephros in chick embryos

Kemali M.; Sada E.; Miralto A., 1986: Structural ultrastructural and immunohistochemical observations on the interpeduncular nucleus of the elasmobranch fish scyllium stellare

Cardellini C.; Panzica G.; Candiollo L., 1980: Structural ultrastructural and numerical study of hassalls corpuscle during development

Matsuzaki F.; Sutoh K.; Ikai A., 1985: Structural unit of the erythrocyte cytoskeleton isolation and electron microscopic examination

Skjemstad J.O.; Frost R.L.; Barron P.F., 1983: Structural units in humic acids from southeastern queensland australia soils as determined by carbon 13 nmr spectroscopy

Chuang C Y.; Luo S F.; Wang W P., 1982: Structural units of human mono clonal immuno globulins

Mcneill J., 1979: Structural value a concept used in the construction of taxonomic classifications

Ausio J., 1986: Structural variability and compositional homology of the protamine like components of the sperm from the bivalve mollusks

Schnabel H.; Schramm E.; Schnabel R.; Zillig W., 1982: Structural variability in the genome of phage phi h of halobacterium halobium

Nesbakken T.; Kapperud G.; Sorum H.; Dommarsnes K., 1987: Structural variability of 40 50 mdal virulence plasmids from yersinia enterocolitica geographical and ecological distribution of plasmid variants

Guillen A.; Ruiz Rejon M., 1984: Structural variability of chromosome numbers variation in natural populations of scilla autumnalis liliaceae

Franc S.; Ledger P.W.; Garrone R., 1985: Structural variability of collagen fibers in the calcareous axial rod of a sea pen veretillum cynomorium

Lassmann H.; Kitz K.; Wisniewski H.M., 1980: Structural variability of de myelinating lesions in different models of subacute and chronic experimental allergic encephalo myelitis

Hansmann, I., 1976: Structural variability of human chromosome 9 in relation to its evolution

Stiller D.; Katenkamp D., 1981: Structural variability of malignant fibrous histio cytomas of soft tissue light microscopic and histochemical observations on 3 atypical cases with a long lasting follow up period

Frutiger S.; Hughes G.J.; Hanly W.C.; Kingzette M.; Jaton J C., 1987: Structural variability of rabbit secretory components allotype associated differences in the third fourth and fifth domains

Fiat A M.; Chevan J.; Jolles P.; De Waard P.; Vliegenthart J.F.G.; Piller F.; Cartron J P., 1988: Structural variability of the neutral carbohydrate moiety of cow colostrum kappa casein as a function of time after parturition identification of a tetrasaccharide with blood i specificity

Nilsson L.; Rigler R.; Laggner P., 1982: Structural variability of transfer rna small angle x ray scattering of the yeast phenyl alanyl transfer rna and escherichia coli glutamyl transfer rna complex

Medvedeva M.S., 1981: Structural variants hyperplastic alterations and tumors of the major duodenal papilla according to the data from patients with chronic relapsing pancreatitis

Ralph S.J.; Thomas M.L.; Morton C.C.; Trowbridge I.S., 1987: Structural variants of human t200 glycoprotein leukocyte common antigen

Gal A.; Nahon J L.; Lucotte G.; Sala Trepat J.M., 1984: Structural variants of the alpha feto protein gene in different inbred strains of rat

Silver P.J.; Fenichel R.; Wendt R.L., 1988: Structural variants of verapamil and w 7 with combined calcium entry blockade myosin phosphorylation inhibitory mechanisms

Cowan N.J.; Wilde C.D.; Chow L.T.; Wefald F.C., 1981: Structural variation among human beta tubulin genes

Mishima H.; Sakae T.; Kozawa Y.; Hirai G., 1988: Structural variation in labial dentin and lingual dentin in the rat incisor

Summers, L. J.; Slingsby, C.; Blundell, T. L.; Den-Dunnen, J. T.; Moormann, R. J. M.; Schoenmakers, J. G. G., 1986: Structural variation in mammalian gamma crystallins based on computer graphics analyses of human rat and calf sequences 1. core packing and surface properties

Ward P.H., 1979: Structural variation in the genitalia of the panorpa alpina complex mecoptera

Appels R.; Gustafson J.P.; May C.E., 1982: Structural variation in the hetero chromatin of rye secale cereale chromosomes in triticales

Delong M.D.; Payne J.F., 1987: Structural variation in the sperm ducts of procambarus decapoda cambaridae

Okano T.; Koyanagi A., 1986: Structural variation of native cellulose related to its source

Donnelly T.W., 1987: Structural variation of ophiogomphus mainensis description of a new subspecies and relationship to sibling species odonata gomphidae

Wang, B., 1987: Structural variation of recombinant plasmid dna and it's regulation on transcription

Collins R.A.; Lambowitz A.M., 1983: Structural variations and optional introns in the mitochondrial dna of neurospora strains isolated from nature

Kessel R.G.; Beams H.W.; Tung H.N., 1984: Structural variations and transformations in annulate lamellae development during oogenesis in the zebrafish brachydanio rerio

Roustan C.; Benyamin Y.; Boyer M.; Cavadore J C., 1986: Structural variations in actins a study of the immunological reactivity of the amino terminal region

Cavadore J C.; Roustan C.; Benyamin Y.; Boyer M.; Haiech J., 1985: Structural variations in actins biochemical and immunological tools for probing the structure of rabbit skeletal muscle and bovine aortic actins

Yang C Y.; Bryan A.M.; Theil E.C.; Sayers D.E.; Bowen L.H., 1986: Structural variations in soluble iron complexes of models for ferritin an x ray absorption and moessbauer spectroscopy comparison of horse spleen ferritin to blutal iron chondroitin sulfate and imferon iron dextran

Scott G.K.; Davies P.L.; Shears M.A.; Fletcher G.L., 1987: Structural variations in the alanine rich antifreeze proteins of the pleuronectinae

Prithipalsingh ; Dakshini, K. M. M., 1977: Structural variations in the style and pollen presentation mechanisms of blumea spp in india

Whittaker D.K., 1982: Structural variations in the surface zone of human tooth enamel observed by scanning electron microscopy

Dabelsteen E.; Graem N.; Clausen H.; Hakomori S I., 1988: Structural variations of blood group a antigens in human normal colon and carcinomas

Bonik, K.; Lange-Bertalot, H., 1978: Structural variations of ecologically important diatoms a contribution to the taxonomy of lanceolate nitzschians and smaller naviculaceae

Zbiral, E.; Brandstetter, H. H.; Christian, R.; Schauer, R., 1987: Structural variations of n acetylneuraminic acid 7. synthesis of the carbon 7 side chain carbon 8 side chain and carbon 7 8 side chain epimers of 2 deoxy 2 3 didehydro n acetylneuraminic acid and their behavior towards sialidase from vibrio cholerae

Salunkhe M.; Hartmann M.; Schmid W.; Zbiral E., 1988: Structural variations of n acetylneuraminic acid 9 a new useful approach to the epimers at c 7 and c 7 8 of n acetylneuraminic acid

Carlsson S.R.; Sasaki H.; Fukuda M., 1986: Structural variations of o linked oligosaccharides present in leukosialin isolated from erythroid myeloid and t lymphoid cell lines

Benedetti, E.; Barone, V.; Bavoso, A.; Di-Blasio, B.; Lelj, F.; Pavone, V.; Pedone, C.; Bonora, G. M.; Toniolo, C.; Et-Al, 1988: Structural versatility of peptides from c alpha alpha dialkylated glycines i. a conformational energy computation and x ray diffraction study of homo peptides from c alpha alpha diethylglycine

Toniolo, C.; Bonora, G. M.; Bavoso, A.; Benedetti, E.; Di-Blasio, B.; Pavone, V.; Pedone, C.; Barone, V.; Lelj, F.; Et-Al, 1988: Structural versatility of peptides from c alpha alpha dialkylated glycines ii. an ir absorption and proton nmr study of homo oligopeptides from c alpha alpha diethylglycine

Reddy M.V., 1981: Structural wood destroying activity of coptotermes kishori new record

Nussinov R., 1985: Structural wrinkles and the genomic regulatory sites of eukaryotes

Santilli N.R.; Meacham J.A., 1982: Structuralist perspectives on social development in youth

Sakura H.; Iwamoto Y.; Sakamoto Y.; Kuzuya T.; Hirata H., 1986: Structurally abnormal insulin in a diabetic patient characterization of the mutant insulin a 3 valine leucine isolated from the pancreas

Loor, R. M.; Hu, A. L.; Wang, T. Y., 1977: Structurally altered and transcriptionally activated rat prostate chromatin induced by androgens

Collett M.S.; Belzer S.K.; Purchio A.F., 1984: Structurally and functionally modified forms of pp 60v src in rous sarcoma virus transformed cell lysates

Stetler, D. A.; Jacob, S. T., 1984: Structurally and immunologically distinct polyadenylated polymerases ec 2.7.7.19 in rat liver occurrence of a tumor type enzyme in normal liver

Gothberg G.; Hallback Nordlander M.; Karlstrom G.; Ricksten S E.; Folkow B., 1983: Structurally based changes of renal vascular reactivity in spontaneously hypertensive and 2 kidney 1 clip renal hypertensive rats as compared with kidneys from uni nephrectomized and intact normotensive rats

Boos, W., 1972: Structurally defective galactose binding protein isolated from a mutant negative in the beta methyl galactoside transport system of escherichia coli

Whiting P.J.; Liu R.; Morley B.J.; Lindstrom J.M., 1987: Structurally different neuronal nicotinic acetylcholine receptor subtypes purified and characterized using monoclonal antibodies

Gunderson J.H.; Sogin M.L.; Wollett G.; Hollingdale M.; De La Cruz V.F.; Waters A.P.; Mccutchan T.F., 1987: Structurally distinct stage specific ribosomes occur in plasmodium

Goetzl E.J.; Sreedharan S.P.; Turck C.W., 1988: Structurally distinctive vasoactive intestinal peptides from rat basophilic leukemia cells

Krangel M.S.; Band H.; Hata S.; Mclean J.; Brenner M.B., 1987: Structurally divergent human t cell receptor gamma proteins encoded by distinct c gamma genes

Anagnou N.P.; Papayannopoulou T.; Stamatoyannoupoulos G.; Nienhuis A.W., 1985: Structurally diverse molecular deletions in the beta globin gene cluster exhibit an identical phenotype on interaction with the beta s gene

Skuin'sh A.A.; Ratkevich M.P.; Kublis G.G.; Porunkevich E.A.; Syskov I.V.; Chipens G.I., 1982: Structurally functional organization of corticotropin fragment acth 11 24 a functionally important site of the hormone molecule

Kazim A.L.; Atassi M.Z., 1982: Structurally inherent antigenic sites localization of the antigenic sites of the alpha chain of human hemo globin in 3 host species by a comprehensive synthetic approach

Pflug, H. D., 1976: Structurally obtained fossils from the archaean past of south africa

Taylor, T. N.; Millay, M. A., 1977: Structurally preserved fossil cell contents

Smoot, E. L.; Taylor, T. N.; Delevoryas, T., 1985: Structurally preserved fossil plants from antarctica i. antarcticycas new genus a triassic cycad stem from the beardmore glacier area

Smoot, E. L.; Taylor, T. N., 1986: Structurally preserved fossil plants from antarctica ii. a permian moss from the transantarctic mountains

Taylor, T. N.; Taylor, E. L., 1987: Structurally preserved fossil plants from antarctica iii. permian seeds

Cichan M.A.; Taylor T.N., 1982: Structurally preserved plants from southeastern kentucky usa stauropteris biseriata new species

Haraldsson B.; Nilsson H.; Folkow B., 1981: Structurally reduced distensibility of cardio vascular low pressure compartments in primary hypertension as studied in spontaneously hypertensive rats

Knowles B.H.; Francis P.H.; Ellar D.J., 1986: Structurally related bacillus thuringiensis delta endotoxins display major differences in insecticidal activity in vivo and in vitro

Rickenbacher U.; Mckinney J.D.; Oatley S.J.; Blake C.C.F., 1986: Structurally specific binding of halogenated biphenyls to thyroxine transport protein

Kristof W.; Zundel G., 1980: Structurally symmetrical easily polarizable hydrogen bonds between side chains in proteins and proton conducting mechanisms 3

Jenson J.C.; Chin Lin P.; Gerber Jenson B.; Litman G.W., 1980: Structurally unique basic protein co extracted with histones from calf thymus chromatin

Lamb, I. M., 1976: Structurally unusual types of cephalodia in the lichen genus stereocaulon subgenus holostelidium

Rogozin S.V.; Slonimskij G.L.; Rogovina L.S.; Vajnerman E.S.; Pivovarov P.P., 1981: Structuration of myo fibril krill proteins

Soepadmo E., 1987: Structure aboveground biomass and floristic composition of forest formations at gunung janing barat ulu endau johore malaysia

Bhakuni D.S.; Singh A.N.; Jain S., 1981: Structure absolute configuration and biosynthesis of nortiliacorinine a

Murray, K. S.; Newman, P. J.; Gatehouse, B. M.; Taylor, D., 1978: Structure absolute configuration and electrochemical properties of tris n methylformothiohydroxamato iron iii an anti bacterial metal chelate and potential iron siderochrome

Bhakuni D.S.; Gupta P.K.; Joshi P.P.; Gupta S., 1982: Structure absolute configuration and synthesis of ophiocarpinone

Grieco, P. A.; Oguri, T.; Burke, S.; Rodriguez, E.; Detitta, G. T.; Fortier, S., 1978 : Structure absolute configuration and synthesis of stramonin b a new cyto toxic pseudo guaianolide

Bowman W.C.; Rodger I.W.; Houston J.; Marshall R.J.; Mcindewar I., 1988: Structure action relationships among some desacetoxy analogues of pancuronium and vecuronium in the anesthetized cat

Summers J.B.; Gunn B.P.; Martin J.G.; Martin M.B.; Mazdiyasni H.; Stewart A.O.; Young P.R.; Bouska J.B.; Goetze A.M.; Et Al, 1988: Structure activity analysis of a class of orally active hydroxamic acid inhibitors of leukotriene biosynthesis


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