- Ideogram
- Cytogenetic chromosome bands. Annotations from the UCSC Genome Browser Database (cytoBand.txt.gz).
- Entrez genes
- mRNA sequences from NCBI RefSeq resource. Annotations from the UCSC Genome Browser Database (refGene.txt.gz, refLink.txt.gz, refSeqSummary.txt.gz). Both RefSeq short descriptions and longer summaries (for annotated genes) are searchable, but only short descriptions are displayed alongside features.
- CNVs
- CNV calls from Li et al. (2008). Blue bars indicate deletions, red indicated duplications.
- Genotyped SNPs
- SNPs genotyped on the Illumina 650K platform and passing quality control. SNPs are colored according to their annotation in dbSNP build 128. Nonsynonymous SNPs are red, synonymous SNPs are green, SNPs that fall in UTRs are orange, and any SNP that falls within 2kb of a gene is blue. SNPs without annotations are white, and all other SNPs are black. Triangles oriented in an east-west fashion denote SNPs that fall in the 5% tail of the worldwide FST distribution.Clicking on the SNP generates a pie chart of the worldwide allele frequencies.
- HapMap SNPs
- SNPs in the phase 2 HapMap. Colors are as for Illumina SNPs.
- Fst
- The position of a SNP in the worldwide FST distribution. Values are -log(10) of the fraction of SNPs with a more extreme value than the SNP in question.
- Continent Heterozygosity
- Smoothed heterozygosity in a 3 SNP window.
- iHS Continent
- iHS, as calculated in Voight et al. (2006). Presented is the -log10 of the empirical p-value for a window of 30 SNPs.
- XP-EHH Continent
- XP-EHH, calculated as in Sabeti et al. (2007)
- 3-frame translation (forward)
- This track shows the position of stop codons at low magnifications, and the 3-frame translation at high magnifications. Only the forward strand is shown.
- DNA/GC Content
- No additional information available.
- 3-frame translation (reverse)
- This track shows the position of stop codons at low magnifications, and the 3-frame translation at high magnifications. Only the reverse strand is shown.
| For the source code for this browser, see the Generic Model Organism Database Project. For other questions, send mail to pickrell@uchicago.edu. |
Note: This page uses cookies to save and restore preference information.
No information is shared.
Generic genome browser version 1.68