KEGG T04918: 107579307

Sinocyclocheilus grahami (golden-line barbel): 107579307

Entry

107579307         CDS       T04918

Name

(RefSeq) anoctamin-1-like isoform X1

K19497

anoctamin-2

Organism

sgh Sinocyclocheilus grahami (golden-line barbel)

Brite

KEGG Orthology (KO) [BR:sgh00001]
09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:sgh04040]
    107579307
Ion channels [BR:sgh04040]
Chloride channels
  Chloride channel, calcium-activated (CaCC)
   107579307

SSDB

Motif

Pfam:

Anoctamin Anoct_dimer PDR_assoc

Other DBs

NCBI-GeneID:

107579307

NCBI-ProteinID:

XP_016120642

Position

Unknown

AA seq 1004 aa
MLQTTDNKIHVANNLMDMDQDPRKRLCFADGRRKVDYVLVYHYRKRSSVRGSPSQHRLSI
ISNGSYPLGVEEKDPEGGKDEPAEVVVDVEPLDPADGEKIMIREEFEGNLKDAGLEIECD
KENKAHGHAFIRLHAPWQVLSREAEFLKIKVPTKKSYELREEKGLAATMNEVWRKLNQPF
QPKVPHQEQEHSRTKFLSHCFSRDKLHLYNINSKDTFFDNATRSRIVYEILRRTACTRTC
QTMGITTLIANGVYDSAFPLHDGDFHPSGQAEGKNDRQLLHDEWARYGAFYKYQPVDLIR
KYFGEKIGLYFAWLGVYTQLLIPASVVGIIVFFYGWATVETNIPSQEMCDEDQNFTMCPL
CDRACDYWHLSTACGTARASHLFDNPATVFFAIFMSVWAAMFLEHWKRRQISLNYSWDLT
GMEEEEEKAKEHPRPKYETILLQKKQRKKKNKKNKNEPERGVDESGELGKDKWRQRLLSA
MAAGNPSGHEKLTWRDRLPGYLINISSILFMFGVTCSAVFSVIIYRITISALMAMSPDPE
VKSNVRVTVTATAVIINLVVILILDEIYGMVAAWLTELEIPKTETNFEERLILKAFLLKF
MNAYAPIFYVAFFKGRFAGHPGDYVYVFNDYRMEECAPGGCLIELCIQLSIIMLGKQLIQ
NNIFEIGIPKLKKLCRTLKDKERAPKEIVEQPGRRQQWHLDYDLEPFDGLTPEYMEMIIQ
FGFVSLFVASFPLAPLFALLNNVIEIRLDAKKFVTELRRPDAIRAKDIGIWYNILSGLGK
FSVIINAFVISFTSDFIPRLVYQYMYSETGTMHGFINHTLSYFNVSNFKPGTVPSISSLG
KDVTFCRYKDYREPPWSTEPYQFSKQYWSVLAARLGFVILFQNLVITMSMLVAWVIPDVP
KNISEQLKKEKTLLVDVFLNEEKEKLQLIQSLFSRDLIQEQQKEQQVSDQTSLPLQQTQP
EPVPPATSPASTTPRTRPRAASFSQFTRQMSMSPQSNITQHTAV

NT seq 3015 nt +upstreamnt +downstreamnt
atgctgcagacaactgacaacaagatacacgtggccaataacctgatggacatggaccag
gaccctcgcaaacggctgtgctttgctgacggccgaaggaaagtggactatgtgctggtg
taccactatcgaaaacgctcctccgtcagggggtctcctagtcaacacagactgtccatc
atctccaatggtagttatcctttaggagtggaggaaaaagacccagagggagggaaggat
gaacctgcagaggtggtggtggacgtcgaacccctagaccctgctgatggggagaaaatc
atgatccgagaggagttcgaaggcaatttaaaggatgctgggctggaaattgagtgtgat
aaagagaacaaggctcatggtcatgctttcattcggctacatgcgccttggcaggtgttg
agcagagaggcagagtttctcaagatcaaggtgcccaccaagaagagttatgagttgagg
gaagaaaaaggtctggctgccaccatgaatgaagtgtggcggaagttaaatcaaccgttc
cagcccaaagtaccccatcaggagcaagaacacagccgtaccaagttcctttcgcactgt
ttctcccgggacaagctccacctgtacaacatcaattcaaaggacaccttcttcgacaat
gccacaaggagccgaatagtgtatgaaatcctcagacgcaccgcctgcacacggacctgc
caaaccatgggtatcaccacactgatagccaacggggtttatgattcagcgttccctcta
cacgatggagacttccaccccagtggacaagctgaggggaagaacgacagacaactgtta
catgatgaatgggcaagatacggtgctttttacaagtatcagcctgttgatcttatcagg
aagtactttggggagaagataggtctctactttgcctggcttggtgtctatactcagctt
ttgatccctgcgtctgtggtgggcatcattgtgttcttctacggctgggccactgtggaa
acaaacatacctagccaggagatgtgtgatgaggatcagaacttcactatgtgtcccctc
tgtgatcgagcatgtgactactggcatctcagcacagcttgtggcacggcacgtgccagc
catctctttgacaacccggctaccgtgttcttcgccatcttcatgtccgtctgggctgcc
atgtttctagagcactggaagcgcagacaaatcagtctgaactatagctgggatctgaca
ggcatggaggaggaggaggaaaaagcgaaggaacatcccagacccaaatatgaaacgatt
ctccttcaaaaaaagcagaggaagaagaaaaataaaaagaacaaaaacgagcctgagaga
ggtgtggacgagagtggggaactggggaaggacaaatggaggcagaggttactgtcagcc
atggcagctgggaatccgagtggacatgagaagctaacatggagggacagactgcctgga
tatttaatcaacatttcctccattctgttcatgtttggagtgacttgctctgccgtcttc
agtgtcatcatctaccgcatcaccatctccgccctaatggccatgagtccggatccagag
gtcaagtccaacgtacgggtgacagtcacagccactgctgtcattatcaacctggtggtc
atcctcatcctggatgagatctatggcatggtggctgcctggctcacagaactggagatc
ccaaaaacggaaaccaactttgaggagcgtctgattctgaaggcgttcctcctgaagttc
atgaatgcctatgcacccatcttctatgtggccttcttcaaagggaggtttgcaggccac
cccggtgactatgtttatgtcttcaatgactaccgtatggaagagtgtgctcctggtggc
tgtctaattgaactctgtatccagctcagtatcatcatgttgggaaagcagcttattcag
aataacatctttgagatcggcattccaaagctgaagaagctgtgccgcacactcaaggac
aaagagcgggcgcccaaggagattgtggagcagccgggtcgccgtcagcagtggcacctg
gactacgacctggagccttttgacggactcacacctgaatacatggagatgatcattcag
tttggtttcgtgtcactctttgtggcctcattcccactggctccgcttttcgctctctta
aacaatgtcatcgagatccgcctcgacgccaagaagtttgtcacggagcttcgcaggcca
gatgccattagggccaaagatatcggtatttggtacaacatcttgagtggtttgggaaag
ttctcggtcatcatcaatgcctttgtcatctccttcacgtcagatttcatccctcgcttg
gtctaccagtacatgtacagcgagacagggaccatgcatggcttcatcaaccacacgctc
tcttactttaatgtcagcaactttaaacctggaactgtgccttccatctccagtctcggc
aaagacgttacattctgcaggtacaaggactacagagaaccaccatggtcaactgagcct
taccagttctccaaacagtattggtcggttcttgcggctcggttaggtttcgtcatattg
tttcagaacctggtaataaccatgagcatgctggtggcctgggtgatcccggacgtgccc
aaaaacatcagcgagcagctgaagaaggagaagactcttctggtggatgtcttcctgaat
gaagaaaaggagaagttgcagttgatccagagcttgttctctagagatctgatacaagaa
cagcagaaggagcagcaggtgtcggatcagacctcgctgcctcttcagcaaacccaaccc
gagccggtccctcccgctacgtccccggcctccacaactcctcgcacccgaccccgagcg
gcaagcttcagccagttcacccgccagatgtccatgtctccccaaagcaacataacccaa
cacacagccgtgtga

All links

Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (3)   
   Pfam (3)   
All databases (12)   

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