EurekaMag.com logo
+ Site Statistics
References:
47,893,527
Abstracts:
28,296,643
+ Search Articles
+ Subscribe to Site Feeds
EurekaMag Most Shared ContentMost Shared
EurekaMag PDF Full Text ContentPDF Full Text
+ PDF Full Text
Request PDF Full TextRequest PDF Full Text
+ Follow Us
Follow on FacebookFollow on Facebook
Follow on TwitterFollow on Twitter
Follow on Google+Follow on Google+
Follow on LinkedInFollow on LinkedIn

+ Translate

The fine structure of nocardia autotrophica






Mikrobiologiya 53(2): 342-345

The fine structure of nocardia autotrophica

The fine structure of N. autotrophica 3LS cells was studied by EM. For the 1st time, individual regions of the mycelium were shown to be capable of intensive division in different directions to form numerous conglomerates of cells having various shapes and sizes. Pleomorphism is typical of hyphae in the substrate and over-substrate parts of a colony, and of the submerged mycelium. At the end of the culture's development, elongated spores with a smooth envelope are formed on aerial hyphae. Substrate hyphae undergo fragmentation to yield spore-like cells with a thick wall.


Accession: 006677551



Related references

Mordarski M.; Szyba K.; Tkacz A.; Kaszen I., 1977: Comparison of dna homology in nocardia amarae nocardia autotrophica and rhodococcus strains. Biology of the Actinomycetes & Related Organisms 12(4): 21-26

Gordon, R.E.; Barnett, D.A.; Handerhan, J.E.; Pang, C.H.-N., 1974: Nocardia coeliaca nocardia autotrophica and the nocardin strain. International Journal of Systematic Bacteriology 24(1): 54-63

Dobritsa S.V., 1987: Restriction analysis of nocardia autotrophica dna. Total cellular DNAs from Nocardia autotrophica natural isolates and collection strains were cleaved with eight site.sbd.specific restriction endonucleases and analysed by agarose gel electrophoresis. The banding patterns of DNA restriction were fo...

Dobritsa S.V.; Sharaya L.S., 1987: Genome identity of different nocardia autotrophica isolates from alnus spp root nodules and rhizosphere. Szabo, G , S Biro And M Goodfellow (Ed ) Symposia Biologica Hungarica, Vol 32 Biological, Biochemical And Biomedical Aspects Of Actinomycetes, Parts A And B; Sixth International Symposium on Actinomycetes Biology, Debrecen, Hungary, August 26-30, 1985 Xxviii+429p (Part A); Xxii+454p (Part B) Akademiai Kiado: Budapest, Hungary Illus 735-738, 1986

Malarczyk E.; Korszen Pilecka I.; Rogalski J.; Leonowicz A., 1987: Guaiacol and isovanillic acid as metabolites in the transformation of methoxyphenolic acids by nocardia autotrophica. The transformation of methoxy derivatives of benzoic acid 14C labelled in the ring or in the methoxyl or carboxyl groups were determined in the cultures of five selected strains of Nocardia autotrophica. It was shown that the transformation of van...

Edwards, O.F.; Haines, H.J.; Hotchk1ss, M., 1961: Fine structure of Nocardia. Bact Proc 61: 77

Gordon, R.E.; Mishra, S.K.; Barnett, D.A., 1978: Some bits and pieces of the genus nocardia nocardia carnea nocardia vaccinii nocardia transvalensis nocardia orientalis and nocardia aerocolonigenes. Since a 1951 taxonomic study of the genus Nocardia began, only 8 strains of N. carnea (Rossi-Doria) Castellani and Chalmers, 4 strains of N. vaccinii Demaree and Smith, 5 of N. transvalensis Pijper and Pullinger, 21 of N. orientalis (Pittenger and...

Aristarkhova, V.I., 1976: Fine structure of Nocardia corallina oxidizing phenol. Intracellular structures were detected in Nocardia corallina, strain 4, on a medium containing phenol as a sole source of carbon but not on a conventional growth medium (MPA). The structures are light vacuoles containing granular and fibrillar ele...

Soina, V.S.; Agre, N.S.; Nesterenko, O.A., 1979: Fine structure of vegetative mycelium and spores of Nocardia spp. The fine structure of a fragmenting and sporulating mycelium of cultures of actinomycetes possessing biochemical properties characteristic of the genus Nocardia--a cell wall of type IV and lipid LCN a--was studied. It was found that fragmenting hy...

Aristarkhova V.I., 1976: Fine structure of phenol oxidizing nocardia corallina. Intracellular structures were detected in N. corallina, strain 4, on a medium containing phenol as a sole C source but not on a conventional growth medium (MPA). The structures are light vacuoles containing granular and a fibrillar electron-dense...