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1 nd stronger purifying selection than for the human X chromosome.
2 on for both the chicken Z chromosome and the human X chromosome.
3 omplexes and their components encoded on the human X chromosome.
4 of more than 1000 informative loci along the human X chromosome.
5 eviously unknown sequence differences on the human X chromosome.
6 on-related genes are over-represented on the human X chromosome.
7 d mouse X chromosomes and 23.7% contain only human X chromosome.
8 e data from eight loci spanning >1 Mb on the human X chromosome.
9 c recombination across the centromere of the human X chromosome.
10 ely 15-17 Mb of the proximal long arm of the human X chromosome.
11 e test this concept experimentally using the human X chromosome.
12 approximately 28 kb in the q28 region of the human X chromosome.
13 lated from a cosmid library specific for the human X chromosome.
14 eterogeneity, with five reported loci on the human X-chromosome.
15 a common spacer deletion that affects 13% of human X Chromosomes.
16 from 0.14% to 0.06% in the recently finished human X chromosome (154.3 Mbp), and from 3.6% to 0% with
19 PGK1 gene derived from an active or inactive human X chromosome and having differential methylation p
20 sion of a GCC repeat in proximal Xq28 of the human X chromosome and is associated with a mild form of
21 ite FRAXE is located in proximal Xq28 of the human X chromosome and lies approximately 600 kb distal
22 o infer genealogies across the length of the human X chromosome and to examine time to most recent co
23 ted regions, to define the centromere of the human X chromosome and to explore the evolution of seque
27 m type I), two genes that are located on the human X chromosome at band p22.3 and in close proximity
32 peat region of the alpha-satellite region on human X chromosome centromeres that is consistent with i
34 chromosome with the finished sequence of the human X chromosome demonstrates that each evolved indepe
35 (RDT) expanded content library to enrich the human X chromosome exome (2.5 Mb) from 26 male samples f
36 ltiplex primer library covered 98.05% of the human X chromosome exome in a single tube with 11,845 di
37 ich and enable the routine sequencing of the human X chromosome exome suggests a wide variety of pote
39 e mouse homologue of DAX1 (DSS-AHC Region on Human X Chromosome, Gene1) which is the gene responsible
43 ion, genes from several other regions of the human X chromosome have now been shown to escape inactiv
44 ressed from both the active and the inactive human X chromosomes helping to explain the recessive nat
45 ertebrate Genome Annotation database) on the human X chromosome in 250 families with X-linked mental
48 l of somatic cell hybrids retaining inactive human X chromosomes, including two independent hybrids t
49 expression of the FRAXE fragile site on the human X chromosome is associated with the expansion of a
50 ting that the LINE-1 (L1) composition of the human X chromosome is fundamentally distinct from that o
52 of the human X centromere, demonstrate that human X chromosome is partitioned into repeat subfamilie
61 comprehensive X-inactivation profile of the human X chromosome, representing an estimated 95% of ass
62 brids with either the active or the inactive human X chromosome reveal that TCEAL7 is subjected to X
64 Despite this independence, the chicken Z and human X chromosomes share features that distinguish them
65 studies of the pericentromeric region of the human X chromosome short arm (Xp) revealed an age gradie
67 the most evolutionary recent segments of the human X chromosome that are depleted of LINE1 and enrich
68 E.PTN-homologous sequences were found in the human X chromosome, the human hereditary haemochromatosi
69 For example, two recent studies compared human X chromosome to autosomal variation to make infere
70 ork map over 20-25 Mb of the long arm of the human X chromosome using yeast artificial chromosome (YA
71 c mice that carry a single copy of a minimal human X chromosome visual pigment gene array in which th
72 f DNA replication in the Xq27 portion of the human X chromosome was studied in cells derived from nor
74 several protein-coding genes present on the human X Chromosome were absent from the pig, and 38 pig-
75 d Page previously observed that genes on the human X chromosome were physically arranged along the ch
77 marker order was observed between feline and human X chromosomes, whereas the same markers identified
79 /hamster hybrid cells containing an inactive human X chromosome with the DNA demethylating agent 5-az
80 Contrasting the genetic diversity of the human X chromosome (X) and autosomes has facilitated und