hcNetDat Home
Tabs  
    Home     GeneCart              Hartwell Center for BioInformatics and BioTechnology
search arrays compare arrays search orthologs list arrays
Chips Available

Affymetrix ™ Arrays
Array Annotated Genes Annotation Date
U133_Plus2.0 54676 2004-05-10
U133A 22284 2004-05-10
U133B 22646 2004-05-10
U95Av2 12454 2004-05-10
Mouse430_2.0 45102 2004-05-10
Moe430A 22691 2004-05-10
Moe430B 22576 2004-05-10
U74Av2 12488 2004-05-10
YG_S98 8077 2003-10-24


cDNA Arrays
Array Annotated Genes Annotation Date
HGc10K 9102 2006-11-06
M2 8736 2006-11-06
M3 15269 2006-11-06
M4 9597 2006-11-06
MGc20K 18333 2006-11-06
Ret13K 12082 2006-11-06
CpG 12K 20369 2006-11-06


St Jude Children's Research Hospital

Welcome to HCNetDat


HCNetDat is a DNA microarray gene annotation database. The Hartwell Center for Bioinformatics and Biotechnology developed HCNetDat to provide St. Jude investigators with the most current gene annotation possible for genes present on commonly used Affymetrix GeneChips ™ and spotted cDNA arrays designed and produced in the Hartwell Center. Thousands of database searches against NCBI’s RefSeq and Genbank were conducted to obtain the most current annotation information. The database contains annotations for genes represented in Incyte's Mouse release 1.0 and UniGene 1.0 cDNA libraries, Incyte's UniGene1.0 human cDNA library, the BMAP Retinal mouse cDNA library and the Affymetrix ™ mouse U74Av2, mouse Moe430, human U95Av2, human U133A/B and Plus 2.0 sets, and yeast YG-S98 GeneChips. One can query by keywords, accession numbers, probe-set IDs, and search by physical or chromosome location. One can compare arrays and download lists of genes common or unique between any two selected microarrays. One can submit lists of probe-set IDs to identify the chip(s) on which they are located. Human-Mouse orthologs, along with their pair-wise sequence alignment, are provided for most of the annotated genes in the database. It is our intention to update the database regularly so that you have the most accurate and current data possible.

New features in HCNetDat version 2.2 (May 15, 2004):

Affymetrix ™ Arrays
(New) U133_Plus2.0 Complete coverage of the Human Genome U133 Set plus 6,500 additional genes for analysis of over 47,000 transcripts.
  U133A-B The Human Genome U133 Set represents more than 39,000 transcripts derived from approximately 33,000 well-substantiated human genes. The clusters were created from the UniGene database (Build 133, April 2001).
  U95Av2 The Human Genome U95 Set represents approximately 54,000 clusters derived from the UniGene database (Build 95).
(New) Mouse430_2.0 Complete coverage of the GeneChip(r) Mouse Expression Set 430 for analysis of over 39,000 transcripts on a single array.
  Moe430A-B The Murine Genome Moe430 Set represents approximately 34,000 full-length mouse genes and EST clusters. The sequence clusters were created from the UniGene database (Build 107, June 2002).
  U74Av2 The Murine Genome U74v2 Set represents approximately 36,000 full-length mouse genes and EST clusters from the UniGene database (Build 74).
  YG_S98 The Yeast Genome S98 Array contains probe sets for approximately 6,400 S. cerevisiae (S288C strain) genes identified in the Saccharomyces Genome Database (December 1998). This array also contains approximately 600 additional probe sets representing putative open reading frames (ORFs) identified by SAGE analysis, mitochondrial proteins, TY proteins, plasmids, and a small number of ORFs for strains other than S288C.
cDNA Arrays
H1 9182 Incyte Human UniGene1.0 clones
M2 8734 Incyte Mouse release 1.0 clones
M3 15247 NIA 15K cDNA mouse clone set
M4 9596 Incyte UniGene1.0 mouse clones
M20K M2 and M4 Library merger, 18,330 mouse clones
Ret13K 12,243 BMAP Retinal mouse clones
CpG 12K 12,192 Human CpG island clones from the Sanger Institute.

If you have any questions or concerns, or need additional help please contact our Bioinformatics support staff by using this form.

2003 ©, Hartwell Center for Bioinformatics and Biotechnology  
Send your suggestions, corrections, and comments here.