No exact match found for Holub, Jaroslav, using Holub Jaroslav instead...
National Repository of Grey Literature 28 records found  beginprevious21 - 28  jump to record: Search took 0.05 seconds. 
Nový kultivační systém složený ze skleněných kuliček ponořených v kapalném médiu využívaný pro proteinové studie diferenciace Streptomycet
Weiser, Jaroslav ; Nguyen, Liem Duy ; Holub, Martin ; Nezbedová, Šárka ; Virolle, M. - J. ; Kalachová, Ladislava ; Benada, Oldřich ; Kofroňová, Olga ; Bezoušková, Silvia
To get a better understanding of the interplay between primary and secondary metabolism and morphological differentiation in Streptomycetes we studied their proteomes in cultivation system resembling their natural environment
Diferenciačně závislá heterogenita EF-Tu v membránovém proteomu streptomycet je způsobena fosforylací
Holub, Martin ; Bezoušková, Silvia ; Kalachová, Ladislava ; Weiser, Jaroslav
The analysis of membrane proteome and phosphoproteome of S. coelicolor revealed differentiation dependent multiple phosphorylation of EF-Tu, which might suggest the role of the factor in cell signalling during differentiation
Association of EF-Tu with biological membranes and its aggregation increases factor,s NANO-switch potential
Holub, Martin ; Kalachová, Ladislava ; Bezoušková, Silvia ; Weiser, Jaroslav
Protein synthesis elongation factor Tu(EF-Tu) represents one of the major components of translation system in prokaryotes on correct positioning of the incoming aminoacyl-tRNA on the ribosome where polypeptide chain is synthesised.
Assoation of EF-Tu with biological membranes and its aggregation increases factorůs nano-switch potential
Holub, Martin ; Kalachová, Ladislava ; Bezoušková, Silvia ; Weiser, Jaroslav
Protem synthesis elongation factor Tu (EF-Tu) represents one of the major components of translation system in prokaryotes.
Protein synthesis elongation factor Tu AS a potential NANO-SWITCH
Weiser, Jaroslav ; Holub, Martin
Protein synthesis elongation factor Tu (EF-Tu)is about its main role in elongation phase of protein biosynthesis proposed to function in other parts of cell metabolism as well.
Je EF-TU, jako dobře známý bakteriální molekulární přepínač, stále hádankou pro strukturní biology?
Holub, Martin ; Weiser, Jaroslav
We purified EF-Tu from two closely related strains of Streptomyces aureofaciens and used them in comparative studies in order to better understand the structural and functional features of their aggregation.

National Repository of Grey Literature : 28 records found   beginprevious21 - 28  jump to record:
See also: similar author names
13 HOLUB, Jan
22 HOLUB, Jiří
1 Holub, J.
1 Holub, Jakub
13 Holub, Jan
22 Holub, Jiří
7 Holub, Josef
4 Holub, Juraj
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