Ever since the discovery of the nucleosome in 1974, scientists have stumbled upon discrete particles in which DNA is wrapped around histone complexes of different stoichiometries: octasomes, hexasomes, tetrasomes, “split” half-nucleosomes, and, recently, bona fide hemisomes. Do all these particles exist in vivo? Under what conditions? What is their physiological significance in the complex DNA transactions in the eukaryotic nucleus? What are their dynamics? This review summarizes research spanning more than three decades and provides a new meaning to the term “nucleosome.” The nucleosome can no longer be viewed as a single static entity: rather, it is a family of particles differing in their structural and dynamic properties, leading to dif...
Eukaryotic cells contain long DNA molecules (about two meters for a human cell) which are tightly pa...
All eukaryotic organisms package their genomes into a nucleoprotein complex known as chromatin, whos...
The main focus of this thesis is a better understanding of the basic compaction mechanism of our DNA...
Ever since the discovery of the nucleosome in 1974, scientists have stumbled upon discrete particles...
Eukaryotic DNA is tightly packed into a hierarchically ordered structure called chromatin in order t...
The entire blueprint of all living things is encoded in their genomes, which consist of DNA strands....
AbstractIt is now widely recognized that the packaging of genomic DNA, together with core histones, ...
The general structure of eukaryotic chromatin now appears to be well established. The DNA is peri-od...
The entire blueprint of all living things is encoded in their genomes, which consist of DNA strands....
Nucleosome is a histone^DNA complex known as the fundamental repeating unit of chromatin. Up to 90 %...
AbstractIt is now widely recognized that the packaging of genomic DNA, together with core histones, ...
ABSTRACT The present study provides in-sights on the dominant mechanisms of motions of the nucleosom...
AbstractElectron micrographs first confirmed that the eukaryotic genome is organized into repeating ...
Histone tails, which protrude from nucleosome core particles (NCPs), play crucial roles in the regul...
International audienceNucleosomes were discovered more than thirty years ago as the basic repeating ...
Eukaryotic cells contain long DNA molecules (about two meters for a human cell) which are tightly pa...
All eukaryotic organisms package their genomes into a nucleoprotein complex known as chromatin, whos...
The main focus of this thesis is a better understanding of the basic compaction mechanism of our DNA...
Ever since the discovery of the nucleosome in 1974, scientists have stumbled upon discrete particles...
Eukaryotic DNA is tightly packed into a hierarchically ordered structure called chromatin in order t...
The entire blueprint of all living things is encoded in their genomes, which consist of DNA strands....
AbstractIt is now widely recognized that the packaging of genomic DNA, together with core histones, ...
The general structure of eukaryotic chromatin now appears to be well established. The DNA is peri-od...
The entire blueprint of all living things is encoded in their genomes, which consist of DNA strands....
Nucleosome is a histone^DNA complex known as the fundamental repeating unit of chromatin. Up to 90 %...
AbstractIt is now widely recognized that the packaging of genomic DNA, together with core histones, ...
ABSTRACT The present study provides in-sights on the dominant mechanisms of motions of the nucleosom...
AbstractElectron micrographs first confirmed that the eukaryotic genome is organized into repeating ...
Histone tails, which protrude from nucleosome core particles (NCPs), play crucial roles in the regul...
International audienceNucleosomes were discovered more than thirty years ago as the basic repeating ...
Eukaryotic cells contain long DNA molecules (about two meters for a human cell) which are tightly pa...
All eukaryotic organisms package their genomes into a nucleoprotein complex known as chromatin, whos...
The main focus of this thesis is a better understanding of the basic compaction mechanism of our DNA...