Step 1:
Name your data

Step 2:
Enter your data
(choose either method)

A. Select a file to upload (format):

B. Copy-and-paste into the text area below:

*Make sure your probe IDs match the format for your microarray platform, and put each probe ID on a new line: array1:0089 array1:1720 array2:9255

Step 3:
Enter your translator library
(choose any method)

A. Select from the available libraries:

---Human microarrays Affy HG-U133 Plus 2.0 Affy HG-U133 Set Affy HG-U133A 2.0 Affy HG-U133A Affy HG-U95 Set Affy HG-U95Av2 Affy HG-Focus Affy Hu6800/HuGeneFL Affy Human Cancer G110 Affy Hu35K Set Affy Hu35KA Agilent Whole Human Genome Agilent H1 Set Agilent H1A Illumina Human-6 BeadChip Illumina HumanRef-8 BeadChip NIH/NIA 15k Human JHU/NIH MGC1 Human All HUGO Names ---Mouse microarrays Affy Mouse 430 2.0 Affy MOE 430 Set Affy Mouse 430A 2.0 Affy MOE 430A Affy MG_U74v2 Set Affy MG_U74Av2 Affy Mu11k Set Affy Mu11k SubA Agilent Whole Mouse Genome Agilent Mouse v2 Agilent Mouse Development Illumina Mouse-6 BeadChip Illumina MouseRef-8 BeadChip NIH/NIA Mouse 15k NIH/NIA Mouse 7.4k JHU/NIA M17Kam Set ---Rat microarrays Affy Rat 230 2.0 Affy RAE 230 Set Affy RAE 230A Affy HT Rat Focus Affy RG_U34 Set Affy RG_U34A Agilent Whole Rat Genome Agilent Rat v2 ---Primate microarrays Affy Rhesus macaque Agilent Rhesus macaque

B. Select a file to upload (format):

C. Copy-and-paste into the text area below:

*Same format as your data; remember to include only those elements on your array which correspond to a named gene. array1:0001 ABC1 array1:0002 BCD3 ... array2:9999 XYZ6

Step 4:
Select a database
for comparison

L2L Microarray Database GeneOntology: Biological Process GeneOntology: Cellular Component GeneOntology: Molecular Function Reactome Protein-protein interactions Human microRNA Targets Cancer Gene Expression Modules