Sex chromosomes - particularly the human Y - have been a source of fascination for decades because of their unique transmission patterns and their peculiar cytology. The outpouring of genomic data confirms that their atypical structure and gene composition break the rules of genome organization, function, and evolution. The X has been shaped by dosage differences to have a biased gene content and to be subject to inactivation in females. The Y chromosome seems to be a product of a perverse evolutionary process that does not select the fittest Y, which may cause its degradation and ultimate extinction
Sex chromosomes evolved from a pair of autosomes and they are differentiated as a result of supressi...
Sex chromosomes evolved from a pair of autosomes and they are differentiated as a result of supressi...
Y chromosomes underlie sex determination in mammals, but their repeat-rich nature has hampered seque...
Sex chromosomes—particularly the human Y—have been a source of fascination for decades because of th...
The X and Y chromosomes of humans and other mammals both have very atypical gene contents. The degen...
Weird mammals are of two types. Highly divergent mammals, such as the marsupials and monotremes, hav...
AbstractIt can be argued that the Y chromosome brings some of the spirit of rock&roll to our genome....
Mammals have the oldest sex chromosome system known: the mammalian X and Y chromosomes evolved from ...
The human Y chromosome represents an iconic image of “maleness,” and mutation, deletion, or rearrang...
The Y chromosomes are genetically degenerated and do not recombine with their matching partners X. R...
In humans, as in other mammals, sex is determined by an XX female/XY male chromosome system. Most at...
Copyright © 2002 S. Karger AG, BaselIn humans, as in other mammals, sex is determined by an XX femal...
Sex chromosomes are advantageous to mammals, allowing them to adopt a genetic rather than environmen...
AbstractDosage compensation of some X-linked genes varies among mammals. Inactivation of an X-linked...
The Y chromosomes are genetically degenerate and do not recombine with their matching partners X. No...
Sex chromosomes evolved from a pair of autosomes and they are differentiated as a result of supressi...
Sex chromosomes evolved from a pair of autosomes and they are differentiated as a result of supressi...
Y chromosomes underlie sex determination in mammals, but their repeat-rich nature has hampered seque...
Sex chromosomes—particularly the human Y—have been a source of fascination for decades because of th...
The X and Y chromosomes of humans and other mammals both have very atypical gene contents. The degen...
Weird mammals are of two types. Highly divergent mammals, such as the marsupials and monotremes, hav...
AbstractIt can be argued that the Y chromosome brings some of the spirit of rock&roll to our genome....
Mammals have the oldest sex chromosome system known: the mammalian X and Y chromosomes evolved from ...
The human Y chromosome represents an iconic image of “maleness,” and mutation, deletion, or rearrang...
The Y chromosomes are genetically degenerated and do not recombine with their matching partners X. R...
In humans, as in other mammals, sex is determined by an XX female/XY male chromosome system. Most at...
Copyright © 2002 S. Karger AG, BaselIn humans, as in other mammals, sex is determined by an XX femal...
Sex chromosomes are advantageous to mammals, allowing them to adopt a genetic rather than environmen...
AbstractDosage compensation of some X-linked genes varies among mammals. Inactivation of an X-linked...
The Y chromosomes are genetically degenerate and do not recombine with their matching partners X. No...
Sex chromosomes evolved from a pair of autosomes and they are differentiated as a result of supressi...
Sex chromosomes evolved from a pair of autosomes and they are differentiated as a result of supressi...
Y chromosomes underlie sex determination in mammals, but their repeat-rich nature has hampered seque...