Lists of genes and queries for genes with promoters containing HNF1 or HNF6 binding sites, identified by ChIP-Chip experiments, are now available.
Binding Site Search Results
Enter your TESS job number and click submit to
retrieve results.
Funding
EPConDB was developed with support from the NIDDK
(DK056947 and DK056954) with cosponsorship from the
JDFI and is currently supported by the NIDDK
(DK056947).
Please check out the release of EPConDB (4.0) in a new web site design located HERE.
Find Your Favorite Gene
Find transcripts from our Database of Transcribed
Sequences (DoTS) associated with your gene.
The searches in this section also consider genes
that are on the selected version of the human or mouse
PancChips or genes where their predicted promoters are on a selected version of the mouse PromoterChips.
Find Your Favorite Gene using BLAST
Find transcripts from our Database of Transcribed
Sequences (DoTS) for your gene quickly with these
searches.
BLAST:
Paste in your nucleic acid sequence here to
search against genes on the newest human or mouse PancChips or
other subsets of the latest DoTS release. For more control
over the search parameters, use the BLAST link in the menu
above.
DoTS Transcript ID:
Use this search to return to any Database of Transcribed Sequences (DoTS) transcript you
found previously for your gene.
Downloads and Help
Download data or learn how to query
EPConDB.
Downloads:
Download data files for clones, the
Chips, and RNA expression experiments
here.
Help:
Learn more about EPConDB with these FAQs
and tutorials.
Queries for Transcripts or Genes, Experiments and Analysis
Use these transcript, expression or
analysis queries to find all transcripts that
match descriptions, including
tissue expression and binding sites in promoters.
Transcripts or Genes:
Use queries in this menu to find sets of DoTS
transcripts using their tissue expression, annotations and identifiers.
Experiments:
Download results from microarray experiments.
Analysis:
Use queries in this menu to look for
combinations of binding sites in promoters.