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The magnetic susceptibility of hemin 303 to 4.5 degrees kelvin

, : The magnetic susceptibility of hemin 303 to 4.5 degrees kelvin. Archives of Biochemistry and Biophysics 137(1): 51-58

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Accession: 006712867

DOI: 10.1016/0003-9861(70)90409-1

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Related references

Sullivan, S.; Hambright, P.; Evans, B.J.; Thorpe, A.; Weaver, J.A., 1970: The magnetic susceptibility of hemin 303-4.5 degrees K. Archives of Biochemistry and Biophysics 137(1): 51-58

Palmer G.; Dunham W.R.; Fee J.A.; Sands R.H.; IIzuka T.; Yonetani T., 1971: The magnetic susceptibility of spinach d ferredoxin from 77 250 degrees kelvin a measurement of the anti ferromagnetic coupling between the 2 iron atoms. Biochimica et Biophysica Acta 245(1): 201-207

Tiffe, H.W., 1977: A microscope stage sample holder for micro fluorometric measurements of biological specimen in the range of temperature between 3.5 degrees kelvin to 300 degrees kelvin. A cryostat was constructed which permits measurements of the intracellular fluorescence within a range of temperature between K. The cooling unit operates in accordance with the "Continuous Flow Principle" and allows the...

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Tasaki A., 1969: Magnetic susceptibilities of horse erythrocyte catalase and its derivatives in the range from room temperature to 42 degrees kelvin. Journal Of Biochemistry (tokyo): 791-797

Moss, T.H.; Shapiro, E.; King, T.E.; Beinert, H.; Hartzell, C., 1978: The magnetic susceptibility of cytochrome oxidase in the 4.2 1.5 kelvin range. Sixteen low temperature measurements on 8 independent [beef heart] cytochrome oxidase samples from 2 separate laboratories yielded magnetic susceptibility data compatible with a model of spin-coupled Fe and Cu ions. The data in the

Pasoyan V.G.; Pulatova M.K.; Kayushin L.P., 1970: Nature of the para magnetic centers and their photochemical conversions in the mono crystal of l tyrosine hydro chloride irradiated at 77 degrees kelvin. Biophysics (Engl Transl Biofiz) 15(1): 8-16

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Tannenwald, P.E.; Thaxter, J.B., 1966: Stimulated Brillouin and Raman Scattering in Quartz at 2.1{degrees} to 293{degrees} Kelvin. Stimulated Brillouin shifts observed at 2.1 degrees K in quartz are the same as those observed at 293 degrees K. No extreme nonlinear behavior is observed. Recent anomalous results reported by Russian workers are shown to be due to the very strong...