In neuroblast cells homologous chromosomes tend to pair during prophase of mitosis. Heterochromatic elements of homologous chromosomes are widely separated in very early prophase, at which time the euchromatin is poorly stained. Pairing is intimate for euchromatic portions of chromosomes in early and middle prophase with chiasmata frequently present. Homologous chromosomes most commonly lie side-by-side in late prophase and metaphase. Statistical data are presented to show the frequency of intimate pairing in prophase and side by side pairing in metaphase
AbstractIn meiosis in male fruitflies, chromosome pairing events do not facilitate genetic exchange,...
Biochemical investigations have shown that constitutive heterochromatin is composed primarily of hig...
Meiosis is a complex process involving one round of DNA replication followed by two rounds of cell d...
AbstractWe have investigated the mechanism that enables achiasmate chromosomes to segregate from eac...
AbstractBackground: Meiotic pairing is essential for the proper orientation of chromosomes at the me...
Drosophila male is an example of achiasmatic meiosis which lacks crossingover and chiasmata during m...
The organization of interphase nuclei has numerous consequences for gene expression and genome stabi...
<div><p>The pairing of homologous chromosomes is a fundamental feature of the meiotic cell. In addit...
The dynamics by which homologous chromosomes pair is currently unknown. Here, we use fluorescence in...
Abstract. The dynamics by which homologous chromosomes pair is currently unknown. Here, we use fluor...
An important type of nuclear organization known as somatic homolog pairing occurs in Diptera, in whi...
In Drosophila and other Dipterans, homologous chromosomes are in close contact in virtually all nucl...
Meiosis is a specialized form of cell division that generates haploid gametes from diploid cells. Th...
In the pairing-site model, specialized regions on each chromosome function to establish meiotic homo...
Homolog pairing, which plays a critical role in meiosis, poses a potential risk if it occurs in inap...
AbstractIn meiosis in male fruitflies, chromosome pairing events do not facilitate genetic exchange,...
Biochemical investigations have shown that constitutive heterochromatin is composed primarily of hig...
Meiosis is a complex process involving one round of DNA replication followed by two rounds of cell d...
AbstractWe have investigated the mechanism that enables achiasmate chromosomes to segregate from eac...
AbstractBackground: Meiotic pairing is essential for the proper orientation of chromosomes at the me...
Drosophila male is an example of achiasmatic meiosis which lacks crossingover and chiasmata during m...
The organization of interphase nuclei has numerous consequences for gene expression and genome stabi...
<div><p>The pairing of homologous chromosomes is a fundamental feature of the meiotic cell. In addit...
The dynamics by which homologous chromosomes pair is currently unknown. Here, we use fluorescence in...
Abstract. The dynamics by which homologous chromosomes pair is currently unknown. Here, we use fluor...
An important type of nuclear organization known as somatic homolog pairing occurs in Diptera, in whi...
In Drosophila and other Dipterans, homologous chromosomes are in close contact in virtually all nucl...
Meiosis is a specialized form of cell division that generates haploid gametes from diploid cells. Th...
In the pairing-site model, specialized regions on each chromosome function to establish meiotic homo...
Homolog pairing, which plays a critical role in meiosis, poses a potential risk if it occurs in inap...
AbstractIn meiosis in male fruitflies, chromosome pairing events do not facilitate genetic exchange,...
Biochemical investigations have shown that constitutive heterochromatin is composed primarily of hig...
Meiosis is a complex process involving one round of DNA replication followed by two rounds of cell d...