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Research
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Epigenomics - Germline Methylation Variation
In the following table the methylation data from CpG island arrays (Flanagan et al., 2005 submitted) are available. The graphs
are in a format readable by the UCSC Genome browser. The Genome Browser zooms and scrolls over chromosomes, showing the data in a seperate track next to CpG islands, CpG density
and known genes. By clicking on the links, the Genome browser opens automatically, displaying a specific area of a given chromosome
(browser start position). From there, the sequence can be explored up- and downstream.
| # |
Chromosome |
Browser Start Postition |
| 1 |
Chr 1
|
chr1:1-24 5,522,847 bp |
| 2 |
Chr 2
|
chr2:1-24 3,018,229 bp |
| 3 |
Chr 3 |
chr3:1-19 9,505,740 bp |
| 4 |
Chr 4 |
chr4:1-19 1,411,218 bp |
| 5 |
Chr 5 |
chr5:1-18 0,857,866 bp |
| 6 |
Chr 6 |
chr6:1-17 0,975,699 bp |
| 7 |
Chr 7 |
chr7:1-15 8,628,139 bp |
| 8 |
Chr 8 |
chr8:1-14 6,274,826 bp |
| 9 |
Chr 9 |
chr9:1-13 8,429,268 bp |
| 10 |
Chr 10 |
chr10:1 -135,413,628 bp |
| 11 |
Chr 11 |
chr11:1 -134,452,384 bp |
| 12 |
Chr 12 |
chr12:1 -132,449,811 bp |
| 13 |
Chr 13 |
chr13:1 -114,142,980 bp |
| 14 |
Chr 14 |
chr14:1 -106,368,585 bp |
| 15 |
Chr 15 |
chr15:1 -100,338,915 bp |
| 16 |
Chr 16 |
chr16:1- 88,827,254 bp |
| 17 |
Chr 17 |
chr17:1- 78,774,742 bp |
| 18 |
Chr 18 |
chr18:1- 76,117,153 bp |
| 19 |
Chr 19 |
chr19:1- 63,811,651 bp |
| 20 |
Chr 20 |
chr20:1- 62,435,964 bp |
| 21 |
Chr 21 |
chr21:1- 46,944,323 bp |
| 22 |
Chr 22 |
chr22:1- 49,554,710 bp |
| 23 |
Chr X |
chrX:1-15 4,824,264 bp |
| 24 |
Chr Y |
chrY:1-57, 701,691 bp |
Notes: All maps are based on the May 2004 version of the human genome draft. The May 2004 human reference sequence is based on NCBI
Build 35. It has been released in conjunction with the International Human Genome Sequencing Consortium's announcement of
the successful completion of the Human Genome Project. This reference sequence covers about 99 percent of the human genome's gene-containing regions, and has been sequenced to an
accuracy of 99.99 percent. The missing portions are essentially contained in less than 400 defined gaps that represent DNA
regions with unusual structures that can't be reliably sequenced using current technology.
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