Entry MONDO03246 (K7E1M4)

E Monodelphis domestica


General Information

Description
C2 calcium-dependent domain containing 4D [Source:HGNC Symbol;Acc:HGNC:37210]
Organism
MONDO - Monodelphis domestica (Taxon-ID: 13616)
Locus
2complement(497161546..497162571)
Number of exons
1

IDs and Cross-references

loading xrefs...

Domain Architecture

Gene Ontology

loading GO annotations...

Protein Sequence

Download: Fasta
MWLLEKAGYK GGSEEPGTPW RPHILFSKRK PPRTSPSACP NVLTPDRIPQ FFIPPRLPGM    60
GCPEPGTERE TGWTRGQELQ AACSLPHLTG REGWAFLLES PHTRRRESLF HMAPTASGSE   120
GPPLKPRKHL SSPDLRLCLA LESDMAPSPD SSPFSSPQPG SPRSHLGLPS MHLSSPGSLS   180
PEEESSTDAS PHHLGPPTPP LFHLDFLCCQ LQVTKESLVS LGPRGGQLRL SAEYQAGLGQ   240
LRLRLISAEE LPRGRGGAKG SSGCCVVFRL RPGSWPQAHR SRLVKCSSNP IFNEDFFFEG   300
LKPSDLTTHT LKAKVLDKGT GLRRDVLLGE CEAPLVTLLP T                       341

Coding Sequence

Download: Fasta
ATGTGGCTCT TAGAGAAAGC TGGCTACAAG GGAGGGAGCG AAGAGCCTGG GACACCCTGG    60
AGGCCCCACA TCTTATTCTC CAAGAGAAAG CCCCCTAGGA CTTCCCCTTC TGCTTGCCCT   120
AACGTCTTGA CCCCAGACCG AATACCTCAA TTTTTTATCC CCCCCAGGCT CCCAGGCATG   180
GGGTGCCCTG AGCCTGGGAC GGAGAGAGAA ACAGGCTGGA CCAGGGGACA AGAACTCCAA   240
GCAGCCTGCT CCCTGCCCCA TCTGACTGGA CGGGAAGGCT GGGCATTTCT TCTGGAGAGT   300
CCCCACACCC GTCGCCGAGA GTCTCTTTTC CACATGGCCC CAACGGCCTC TGGCTCAGAG   360
GGGCCCCCCC TCAAACCCCG AAAGCACCTC TCCTCCCCGG ACCTGCGCCT CTGCTTGGCC   420
CTGGAGAGTG ACATGGCCCC CTCACCCGAC TCTTCACCCT TCAGTTCACC CCAACCGGGC   480
TCTCCCAGAA GCCACCTGGG CTTACCCAGC ATGCATCTCT CCAGCCCAGG CTCCCTGTCT   540
CCTGAGGAGG AAAGCTCAAC TGATGCCAGT CCCCACCACT TGGGTCCCCC AACACCACCC   600
CTCTTCCACC TGGATTTTCT GTGCTGTCAG CTACAGGTGA CTAAAGAGAG CCTGGTGAGC   660
CTGGGACCCC GGGGCGGGCA GCTGAGGTTG TCCGCCGAGT ACCAGGCGGG ATTGGGTCAG   720
CTGCGGCTCC GCCTTATAAG TGCTGAAGAA CTGCCCAGGG GCCGAGGAGG AGCCAAGGGA   780
AGCAGTGGCT GTTGTGTGGT GTTCCGGCTA AGGCCAGGGA GCTGGCCACA GGCACATCGG   840
AGTAGGCTGG TAAAGTGTAG TTCCAACCCC ATCTTCAATG AGGACTTCTT CTTTGAGGGG   900
CTTAAACCCT CTGACCTGAC CACCCACACT CTGAAGGCCA AGGTGCTGGA CAAGGGAACC   960
GGCCTTCGGA GGGACGTGTT GCTGGGAGAG TGTGAGGCCC CCCTAGTCAC CCTCCTCCCC  1020
ACCTAG                                                             1026