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CADPS2
calcium dependent secretion activator 2

Gene

Official Symbol	CADPS2
Official Full Name	calcium dependent secretion activator 2
CGNC ID	6777
also known as	calcium-dependent secretion activator 2\|Ca++-dependent secretion activator 2\|Ca2+-dependent activator protein for secretion 2
gene type	protein-coding

Genomic Map

Sequence Information

Gene Expression

In Situ Hybridization	GEISHA
EST Profile	Gga.55072

Orthology

Gene Ontology

Links to other databases

GEISHA Id	CADPS2.UApcr	Data Source	GEISHA ISH Analysis
Forward cDNA Template Primer	5'-GGTTGTCACCGCCATCTTTG-3'
Reverse cDNA Template Primer	5'-AATTAACCCTCACTAAAGGCTGTGCCTCAAGTGCTGAATC-3'	cDNA Template Length	642
Complete cDNA Template Probe	show GGTTGTCACCGCCATCTTTGCTATCTTAATGAGTTGATTGAACATTCAGAAAATGGTTCTGTCATTGATCCAACCTTAC TCCACTACAGTTTTGCGTTTTGTGCTTCTCATGTCCATGGCAACAGGCCAGATGGCATTGGAACAGTATCTGTTGAAGA GAAAGAAAGGTTTGAAGAAATTAAGGACAGACTTTCTTCCCTTCTAGAAAACCAAATAAGCCATTTCAGATACTGTTTC CCTTTTGGACGTCCTGAAGGAGCTTTAAAAGCCACGCTTTCATTACTTGAAAGGGTTTTAATGAAAGACATTGCCACTC CCATACCAGCAGAAGAGGTGAAGAAAGTGGTCAGAAAATGTCTGGAGAAGGCTGCCTTGATCAATTACACTCGACTTAC AGAATATGCCAAAATAGAAGAGGCCATGAACCAAGCCACGCCTGCTAGAAAACTGGAAGAGGTTCTTCACCTCGCAGAG CTCTGTATCGAAGTACTGCAGCAAAATGAAGAACATCATTCAGAGGCATTCGCTTGGTGGCCAGAATTGTTGGCTGAGC ATGCAGAGAAGTTTTTGTCTCTTTATTCTGTTGATATGGATTCAGCACTTGAGGCACAG

Stage

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7-12

stage 11

13-18

stage 17

19-24

stage 19

stage 21

stage 25

GEISHA Id	CADPS2	Data Source	GEISHA ISH Analysis
Forward cDNA Template Primer	5'-AAGTCTTCCAGTGTCTAAAGGTGGG-3'
Reverse cDNA Template Primer	5'-AATTAACCCTCACTAAAGGCCAGAGTATTCTATCCTGCTCATCG-3'	cDNA Template Length	784
Complete cDNA Template Probe	show AAGTCTTCCAGTGTCTAAAGGTGGGCCAGAATTTAAACTGCAGAAGTTAAAGCGATCACAAAATTCTGCATTCCTGGAC ATAGGAGATGAAAATGAAGTTCAGCTCTCAAAGTCTGATGTGGTCCTCTCCTTCACATTAGAGATTGTCATCATGGAAG TGCAAGGTTTGAAGTCAGTTGCTCCCAATCGGATTGTCTATTGCACCATGGAAGTGGAGGGGGGTGAAAAGCTTCAGAC GGACCAAGCAGAAGCTTCCAGGCCACAATGGGGAACTCAAGGAGATTTCACCACTACTCATCCTCGACCTGTTGTCAAA GTAAAACTCTTTACAGAAAGCACTGGGGTTCTGGCACTTGAAGATAAAGAACTCGGAAGAGTAGTGCTGTATCCAACAT CCAACAGCTCCAAGTCCCCTGATTTGCACAAAATGATCGTCCCCAAAAACAGCCAGGACAGTGACTTGAAAATCAAATT GGCAGTGAGAATGGATAAACCACCTCACATGAAGCACTGTGGATATTTGTATGCTCTAGGACAGAAGGTGTGGAAGCGG TGGAAAAAGCGCTACTTTGTGCTTGTTCAGGTTAGCCAATACACATTTGCAATGTGCAGTTACAGAGAAAAGAAGTCTG AACCTCAGGAACTGATGCAACTGGAAGGATACACTGTGGATTATACAGCTCCTCACACAGGTCTTCAGGGTGGTCGAAT GTTTTTCAACGCTGTTAAAGAAGGAGATACTGTAATATTTGCCAGTGACGATGAGCAGGATAGAATACTCTGG