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Affymetrix Microarray

Differences in Array Design

Affymetrix Microarray Differences in Array Design

See Genetic Variation and Discovery Experimental Workflow for microarray processing options
Contact Lorne Rose

Submission Requirements and Pricing

Arrays

Clariom S
-Human
-Mouse
-Rat

Clariom D
-Human
-Mouse
-Rat

Gene ST 2.0
-Human
-Mouse
-Rat

HTA 2.0
-Human

miRNA 4.0 3' Arrays Prokaryotic Arrays Prokaryotic with Amplification Genotyping
-Human
-Mouse
All
other organ-
ism
plat-
forms
Array
Type
Whole transcript Whole transcript Whole transcript Whole transcript miRNA 3' 3' 3'

Geno-typing and Cyto-gentic

Whole trans-cript and 3'
Sample Type Dnase treated
RNA
Dnase treated
RNA
Dnase treated RNA Dnase treated RNA Dnase treated RNA Dnase treated RNA Dnase treated RNA Dnase treated
RNA
Genomic DNA Dnase treated RNA
Buffer to Resuspend in Water Water Water Water Water Water Water Water Low TE Water
Concen-
tration and amount needed
to submit
Optimal Concentration 100ng/µl (1μg submitted) For low input samples contact us Optimal Concentration 100ng/µl (1μg submitted) For low input samples contact us Optimal Concen-
tration 100 ng/µl (1 µg submitted)
For low input samples contact us
Optimal Concen-
tration 100 ng/µl (1 µg submitted)
For low input samples contact us
100 ng/µl (1.5 µg submitted) Optimal Concen-
tration 100 ng/µl (1 µg submitted)
For low input samples contact us
555 ng/µl
(15 µg submitted)
Optimal Concen-
tration 100 ng/µl (1 µg submitted)
For low input samples contact us
50 ng/µl (1 µg submitted)
For less than 30 samples contact us
contact us
Low Input
(Laser Capture, Single Cell, etc.)
Available at added cost Available at added cost Available at added cost Available at added cost Not available Available at added cost Not available Not
available
Not available Depends on platform
May 26, 2022