Titlebook: Bacterial Chromatin; Claudio O. Gualerzi,Cynthia L. Pon Conference proceedings 1986 Springer-Verlag Berlin Heidelberg 1986 DNA.bacteria.bi

macabre

龙虾

Characterization of , Nucleoid DNA-Binding Proteins,roteins called “histonelike proteins” have been described by several authors. In the Gram-positive sporulating bacterium ., proteins together with RNA are also essential for the structural integrity of the isolated nucleoid. This work was focused on the identification and characterization of a group

小鹿

惰性女人

,The Archaebacterial Histone “HTa”,e coal refuse outside of the Friar Tuck Mine in Indiana, U.S.A. Optimal culture conditions for the organism are 59° C and pH 1–2. It has also been isolated from a natural acidic hot spring in Japan (T. Oshima, personal commun.). . is clearly an Archaebacterium, but apparently is not closely related

过份艳丽

The Structure of DNA-Binding Proteins from Eu- and Archaebacteria,rotein particles in which the double-helical DNA is coiled around an octameric histone complex (Baldwin et al. 1975). A medium resolution structure of these “nucleosomes” has been obtained by crystallographic methods (Richmond et al. 1984). In bacteria, the mechanism for folding of the long circular

gnarled

Nachwort: Converging Parallels,lish forgot, or disdained, to coin a reverse side of “foreword”. Romanists will, I trust, forgive the plagiarism in the title; it is borrowed from a recent Italian Prime Minister and presents an antinomy that is remarkable both for its insolence and for its profundity, and which, I believe, describe

Anthropoid

myriad

eustachian-tube

What is the Logic of DNA Packing in Bacteria?, them on a larger scale, and, on the other hand, of non-linearities in apparently (better: approximately) continuous systems that result in instabilities or singularities and thus in some phenomenon which appears in a sudden or discontinuous way.

宠爱

Proteins from the Prokaryotic Nucleoid. [,H]-NMR Studies on , Histone-like Proteins NS and H-NS andd physical properties (Hirshbein and Guillen 1982). Finally, the Biological organization of the bacterial cell probably requires very plastic and flexible structures for the packaging of DNA, rather than structures endowed with the structural rigidity of eukaryotic chromatin.