Add to ORKGThe switch from a nucleosome- to a protamine-based chromatin structure is a characteristic feature of sperm maturation in many vertebrates including humans. First, testis-specific linker histones appear (Catena et al., 2006; Martiano
Spermatogenesis is a highly conserved process that can be divided into three stages: pre-meiosis, me...
We previously demonstrated that the nuclear form of Glutathione Peroxidase 4 (nGPx4) has a peculiar ...
In the eukaryotic cell, DNA compaction is achieved through its interaction with histones, constituti...
Contains fulltext : 110544.pdf (publisher's version ) (Open Access)During the last...
Instead of two protamines (PRM1 and PRM2) as in human and mouse sperms, presence of only PRM1 in bul...
During the last phase of spermatogenesis, called spermiogenesis, the nucleosome-based chromatin stru...
Contains fulltext : 70968.pdf ( ) (Open Access)BACKGROUND: about 15% to 30% of the...
Male germ cells undergo an extreme but fascinating process of chromatin remodeling that begins in th...
AbstractThe function of sperm is to safely transport the haploid paternal genome to the egg containi...
Summary: The question of whether retained histones in the sperm genome localize to gene-coding regio...
[eng] The study of chromatin structure in several simple sperm models of increasing complexity was p...
textabstractDuring mammalian spermatogenesis, the chromatin of the spermatogenic cells is ...
It was perhaps a lucky coincidence that the early attempts to establish the chemical composition of ...
DNA compaction with protamines in sperm is essential for successful fertilization. However, a portio...
Abstract: Despite their relatively arginine-rich composition, protamines exhibit a high degree of st...
Spermatogenesis is a highly conserved process that can be divided into three stages: pre-meiosis, me...
We previously demonstrated that the nuclear form of Glutathione Peroxidase 4 (nGPx4) has a peculiar ...
In the eukaryotic cell, DNA compaction is achieved through its interaction with histones, constituti...
Contains fulltext : 110544.pdf (publisher's version ) (Open Access)During the last...
Instead of two protamines (PRM1 and PRM2) as in human and mouse sperms, presence of only PRM1 in bul...
During the last phase of spermatogenesis, called spermiogenesis, the nucleosome-based chromatin stru...
Contains fulltext : 70968.pdf ( ) (Open Access)BACKGROUND: about 15% to 30% of the...
Male germ cells undergo an extreme but fascinating process of chromatin remodeling that begins in th...
AbstractThe function of sperm is to safely transport the haploid paternal genome to the egg containi...
Summary: The question of whether retained histones in the sperm genome localize to gene-coding regio...
[eng] The study of chromatin structure in several simple sperm models of increasing complexity was p...
textabstractDuring mammalian spermatogenesis, the chromatin of the spermatogenic cells is ...
It was perhaps a lucky coincidence that the early attempts to establish the chemical composition of ...
DNA compaction with protamines in sperm is essential for successful fertilization. However, a portio...
Abstract: Despite their relatively arginine-rich composition, protamines exhibit a high degree of st...
Spermatogenesis is a highly conserved process that can be divided into three stages: pre-meiosis, me...
We previously demonstrated that the nuclear form of Glutathione Peroxidase 4 (nGPx4) has a peculiar ...
In the eukaryotic cell, DNA compaction is achieved through its interaction with histones, constituti...