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Summary Of: X-inactivation

X-inactivation occurs so that the female... Unlike the random X-inactivation in placental mammals... imprinted X-inactivation is reversed in the cells of the inner cell mass... X-inactivation is reversed in the female... X-inactivation should eliminate the differences in gene dosage between affected individuals and individuals with a normal... X-inactivation profile reveals extensive variability in X... X-inactivation as a possible cause for autoimmunity...

Encyclodia Page On: X-inactivation

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| | tortoiseshell cats | alleles | | | FISH | confocal microscope | DAPI | CCD camera | | | DAPI | histone | X chromosome | female | mammals | heterochromatin | gene products | male | dosage compensation | placental mammals | mice | humans | marsupials | Susumu Ohno | 1961 | Mary Lyon | heterozygous | genes | imprinted | two-cell or four-cell stage | embryos | placenta | blastocyst | mosaicism | heterozygous | X-linked gene | calico cats | X-linked | germline | ova | extra copies of the X chromosome | necessary and sufficient | Chromosomal translocations | autosome | translated | RNA | regulatory proteins | Xist | protein | expressed | silencing of genes | antisense | transcribed | DNA | heterochromatin | DNA methylation | histone acetylation | histone H3 | methylation | nucleosomes | Barr body | euchromatin | Barr body | nucleus | replicating | cell cycle | Y chromosome | autosome | pseudoautosomal region | Turner syndrome | Klinefelter syndrome | Sex-determination system | Dosage compensation | Barr body | Heterochromatin | Epigenetics | Tortoiseshell cat | Nature | doi | BioEssays | doi | NEJM | Nature | doi | doi | doi | doi | doi | doi | doi | Categories | Molecular genetics | Genetics | Epigenetics | Gender |
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