KEGG   Pomacea canaliculata (golden apple snail): 112576832
Entry
112576832         CDS       T05881                                 
Name
(RefSeq) CD109 antigen-like isoform X1
  KO
K06530  CD109 antigen
Organism
pcan  Pomacea canaliculata (golden apple snail)
Brite
KEGG Orthology (KO) [BR:pcan00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:pcan01002]
    112576832
  09183 Protein families: signaling and cellular processes
   04090 CD molecules [BR:pcan04090]
    112576832
Peptidases and inhibitors [BR:pcan01002]
 Peptidase inhibitors
  Family I39: alpha2M family
   112576832
CD molecules [BR:pcan04090]
 Proteins
  112576832
SSDB
Motif
Pfam: A2M TED_complement A2M_BRD MG2 MG3 MG4
Other DBs
NCBI-GeneID: 112576832
NCBI-ProteinID: XP_025115389
Position
LG12:3835091..3860337
AA seq 1002 aa
MKLAHICLAVLAALCASPDCYAFYVALAPAFFRDGWPYHVQLYTGHSTGTVTVEGRIYET
RNVRNVVASGSIQIPQNGQGMLTMQVFNAVSSDYMLQLNGSGGLTFSNSTPLQLQTISYL
TFIQTDKPMYKPGDLVRMRAVTVDKDLIPQPVAVAVSLDNPIKNTVYRNTSYGALVFEGA
FQLFEFAELGQWTVTVKNETYGIEEKLMFSVEEYVLPKFEVTADVVPYVLKSASAVAVHV
KAKYTYGEGVVGIVKIMVSSPGIAPSKMITSNMQDGSGEKTIEIDVRQELNNDVINFVVE
VTDETQRTYNTTASCTVVTDPVKINFDEIRTDKVFRPGLPLHAVVTFTDPGGKALDAHFL
RSKAVLSLLDASIIIATKEVVLQENQMEVEWIVHKFETTANSLTLKATFGETAAEKYISR
YTTIQNSSLDVRLGNDNDQALKIGQQASFSVETSGSTRFSSVNYLIVSRGNIQNAGSVAP
NTPINLRVSTDMCPNGKLIVYGVTEPSSGMIPEVIADSVELRLEQCQEKLVKIHLREARQ
RTGTYASVDFAVEWTDSNKSEVVGEHSMYLLAVDKSVTLLPGDNDISLTKVDDGLQKFDL
PAVSSYNGGGFDFAAMRKKRSFMPGGKWPASSGVSTTSELFHGIGLMYLSDMLIKEAERY
GCFDCIMFKGPVFTMAMPEREQDSVPAVEEDASIQYQAAPTQVRKEFPDTWIWNSGQTDI
NGKYTLQDKLPDSITSWVISAFAIKQNSSFAVITQPSELQAFNPFFVSLKLPYSIRRTEK
FELRATVFNYQELSLNVVVTLNESPGNFTIQGDNIKTVTVKKGLPASVVFMIIAERIGTI
TFSVKAKSESPVLIDQLEEKLIVKPEGLERARASTAPIFLNASQPVVNKEFTFDYSPWLL
SNIVDGSRRAQATVTGDMMGNAMENLDKLISIPTGCGEQNMLTTVSNIYGLEYARAINKV
RPEFEKKTLQYMTLGYNRELQYRNTTDGSFSAFTSDVQGAPG
NT seq 3009 nt   +upstreamnt  +downstreamnt
atgaagctggcacacatttgtttagctgtcttagcagcactctgtgctagtccagactgc
tatgcattttatgtggctttggcaccagccttttttcgagatggatggccataccatgtc
cagctttatactggccattctactggtacagtgactgtggagggaagaatttatgaaacc
aggaatgtcagaaatgttgttgcttcaggatcgatacagattccacaaaatggacagggc
atgctgacaatgcaagtttttaatgcagtctcatcagactacatgctacagcttaacgga
agtgggggcctcacattctcaaacagcacacctctccagcttcaaacaatttcctatctt
accttcatacagactgataagccaatgtacaaacctggagacctagttcgcatgcgtgca
gtgacagttgacaaagatttgatccctcagcctgtagcagttgcagtctcacttgataac
cccatcaagaacactgtgtatcggaacacttcttatggtgcacttgtctttgaaggagct
tttcagctgtttgagttcgctgagttaggacagtggactgtcacagtgaaaaatgagaca
tatggaattgaggagaaattgatgttttctgtggaggagtatgtgctgcctaaatttgag
gtaactgcagatgttgtcccatatgtcttgaagagtgcctctgctgtggcagtacatgtt
aaagcaaagtacacctatggtgagggagtggtaggcattgtgaagataatggtgtcttct
ccaggaattgcaccatcaaagatgattaccagcaatatgcaagatggaagtggcgagaaa
actatcgagattgatgtgcgccaagaactgaataatgatgtaatcaacttcgtggtggag
gttacagatgagacacaacgcacttataatacaactgcttcctgcactgttgtgacagat
ccagtaaaaattaacttcgatgaaattcgtacagacaaagtgttccgcccaggactacca
ttacatgctgtggttacatttactgatcctggtggaaaggctctagatgctcattttcta
cgttcaaaagcagttctgtccctgcttgatgccagcattataattgctactaaagaagta
gtcttacaggaaaatcaaatggaagtggaatggattgtacacaagtttgagacaacagca
aattccttaactctgaaggccacatttggggaaacagcggcagaaaaatatatttcaagg
tacacaaccattcagaattcttcactggatgtgaggttgggcaatgacaatgatcaggct
ctgaaaattggacagcaggcctcattcagcgtagaaacatctggctctactcgcttctca
tcagttaactatttgattgttagcagaggcaacattcagaatgctggaagcgtggcaccc
aatacacccatcaacctcagagtgtccactgatatgtgccctaatggaaaattgattgtt
tacggcgttaccgaaccttcttcaggcatgataccggaggttattgctgattctgtggaa
ctcagactcgagcaatgccaagagaaattggtaaaaatacatctgagagaagcaagacag
agaactgggacatatgcaagtgtggattttgcagttgagtggacggacagcaacaagagt
gaagttgtaggtgaacacagcatgtacctgcttgctgtagacaagagtgtgaccttactg
ccaggtgataatgacatcagccttacaaaggttgacgatggtctgcaaaagtttgatttg
cctgctgtaagcagttataatggcggtggttttgacttcgctgccatgagaaagaagcgt
tccttcatgccaggtggtaaatggccagcatcaagtggagtttctaccacctcagagctt
tttcatggtattggtctgatgtacctgtcagacatgctgatcaaagaggcagaacgctat
ggatgctttgactgtattatgtttaaaggaccagtttttaccatggcaatgccagaaagg
gagcaagatagtgtaccagcagtggaagaagatgcaagtattcagtaccaagctgctccc
acacaagtccgtaaagaatttcctgacacctggatctggaattctggtcagactgacata
aatgggaagtacacacttcaggacaagcttccagactccattacatcctgggtcataagt
gcttttgccatcaaacaaaactcttcatttgctgtcatcactcagccttcagaactgcaa
gcatttaatcccttttttgtgtcattgaaacttccttactccataagacggacagaaaag
tttgagctgagagcgacagtctttaactaccaagagctatcgttgaatgttgttgtaaca
ttaaatgagtctcctggaaatttcacaattcaaggagacaacataaagactgttacagtc
aagaaaggactacctgcaagtgtggtgttcatgataattgcagaaagaattggaactatt
actttttctgtgaaagccaagagtgaatcaccagtgctcattgatcagctggaagagaag
ctgattgtcaagccagagggcttggagagggcccgtgccagcactgcccctatctttctc
aatgcaagccagccagtggtgaataaagagtttacatttgactattccccatggcttctg
agcaatattgttgatggttcacgcagagctcaagctacagtaactggtgacatgatgggc
aatgccatggagaacctagacaagctgatcagcatccccactggttgtggagagcagaac
atgctgaccactgtgtccaacatttatggcctcgaatatgcccgggccattaacaaagtg
aggccggagttcgagaagaagacattgcaatacatgacgttaggatacaatcgagagttg
cagtatagaaacactacagatggttcattctctgcttttacatctgatgtccagggagca
cctggttaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (13)   
   RefSeq(pep) (13)   
DNA sequence (13)   
   RefSeq(nuc) (13)   
Protein domain (6)   
   Pfam (6)   
All databases (39)   

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