Xiphophorus maculatus (southern platyfish): 102225348
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Entry
102225348 CDS
T02923
Name
(RefSeq) potassium channel subfamily T member 2-like isoform X1
KO
K04946
potassium channel subfamily T member 1
Organism
xma
Xiphophorus maculatus (southern platyfish)
Brite
KEGG Orthology (KO) [BR:
xma00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04040 Ion channels [BR:
xma04040
]
102225348
Ion channels [BR:
xma04040
]
Voltage-gated cation channels
Potassium channel, calcium- and sodium-activated (KCa/KNa)
102225348
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GFIT
Motif
Pfam:
Slo-like_RCK
BK_channel_a
Ion_trans_2
Motif
Other DBs
NCBI-GeneID:
102225348
NCBI-ProteinID:
XP_023194462
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Position
8:complement(18912172..18946670)
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AA seq
1267 aa
AA seq
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MQLTQEDEFVHDPTPTTAALQSDRSAGSPAKMCSECYVNQSFVNDDGTVSAHKQRSSPAP
LPTNTSRSSGVILDISSLKMEQLESEVPPLPPRFRFRDLLLGDQNFQNDDRVQVEFYVNE
NTFKERLKLFFIKNQRSSLRIRVFNFCLKLLTCLLYIIRVMTDRPGQGTGGSHSSVQQNA
PNGNKCVDCQWNGSVQDREINWDLIFWVERKAPVWAIQVIVAIISFLETMLLMYLSYKGN
IWEQIFQVSFLLEMINTVPFIITIFWPSIKDIFIPVFLNCWLAKCALENMINDVHRAIQR
TNSAMFNQVIVLICTLLCLVFTGTCGIQHLERAGQNLSLFNSFYFCIVTFSTVGFGDVTP
RIWPSQLLVVIMICVALVVLPLQFEELIYLWMERQKSGGNYSRHRAQTEKHVVLCVSALK
IDLLMDFLNEFYAHPRLQDYYVVILCPSEMDLQVRRVLQIPLWSQRVIYLQGSVLKDQDL
LRAKMDDAEACFILSSRNEVDRMAADHQTILRAWAVKDFAPNCPLYVQILKPENKFHVKF
ADQVVCEEEFKYAMLALNCVCPATSTLVTLLVHTSRGREGQQSPEQWQRMYGCCSGNEVY
HIRLCDSKFFGEYNGKSFTYASFHAHKKYGVCLIGIKREENKSILLNPGPHHIMAATDTC
YYINITKEENSAFIFNQEERKGRPAGGIYDGPSQLPVHSIIASMGTVAIDLQNTSPPNIP
GGKLVPPTVNGTGSRRPSIAPVQEIADSAAILPCDLLSDQSEDDTVFTDEKGSSSTEYVK
GYPPNSPYIGSSPTLCHLLAEKAPFCCLRLDQGCMHNSFEDAKAYGFKNKLIIVSAETAG
NGLYNFIVPLRAYYRPRKELNPIVLLLDNPPDNHFLEAICCFPMVYYMGGSIDNLDSLLQ
CGIIYADNLVVVDKESTMSAEEDYMADAKTIVNVQTMFRLFPSLSIITELTHPSNMRFMQ
FRAKDCYSLALSKLEKKERDKGSNLAFMFRLPFAAGRVFSISMLDTLLYQSFVKDYMILI
ARLLLGLDTTPGSGFLCAMKIKEEDLWIGTYGRLFQKLCSSSAEIPIGIYRTESHIFTAS
ESQVSMSVDDCEDTKDRGDEPRSNEQSDHPLLRKKSMQWARRLSKKSVRWQGGSRDSSKD
HAQRIAQQRLNLYRRSEREELSELVRNRMRHLGLPTSGYDDLTNLTASDVMNRVNLGYLQ
DEQNDHQNTLSYVLINPSHDTRLEINDIVYLIRSDPLAHVPEEPPVHSSSLKERHESSID
TKEHTPL
NT seq
3804 nt
NT seq
+upstream
nt +downstream
nt
atgcaattaacccaggaagacgagtttgtgcatgaccccacgccgaccaccgcagccctc
cagtcggacagaagcgccggatctccggccaaaatgtgcagcgagtgctacgtgaatcag
tcatttgtgaacgacgatgggaccgtgagcgcccacaagcaacgctcttctcctgctcca
cttccgactaacaccagccgcagcagtggagttatcttagacatctcctcgctgaagatg
gagcagttggagagcgaagtgcctccgctgccgccccgcttccgctttagagacctgctg
ctgggggaccagaacttccagaacgacgacagggtgcaggtggagttttatgtgaatgaa
aacaccttcaaggagcgtctgaagctttttttcatcaaaaaccaaagatcaagcctcagg
attcgtgtgttcaacttctgcctgaagctgctaacatgtctgctgtacatcatcagagtg
atgacggacagacccggtcagggcacaggcggcagccacagctcagtgcaacaaaacgct
ccaaatggcaacaaatgtgtcgactgccagtggaatggatcagtgcaggacagagaaatt
aattgggacttgatcttctgggtggagaggaaagctcctgtctgggccattcaagtgatc
gtggccatcatcagtttcctggagaccatgttgcttatgtatctgagctacaaggggaac
atttgggagcagatatttcaggtttcctttcttctggagatgatcaacacagttcctttc
attattacaatcttctggccttcaataaaggacatcttcattcctgtatttctcaactgc
tggctggctaagtgtgcgttagagaacatgattaatgatgtccacagagcgatccagagg
acaaactcggccatgttcaaccaggtcatcgttctcatctgcaccctgctgtgcctcgtc
ttcactggcacatgtgggattcagcacctggagcgagcgggtcagaacctctccctcttc
aattccttctacttctgcattgtcaccttctccaccgtcggctttggagacgtgactcca
cgcatctggccttctcagctgctggtcgtcatcatgatttgtgtggctctggtggtgctt
cctctccagtttgaggagctgatctacctgtggatggagagacagaagtctggagggaac
tatagccgccacagagctcagacagagaagcatgtagttttatgtgtcagtgcacttaaa
atagacctgctcatggactttctcaatgaattctatgcacaccccagactgcaggactac
tatgtggtgatcctgtgcccgagtgaaatggaccttcaggtgcgaagagtgctgcagatt
cccctgtggtctcagagggtcatctacctgcaagggtcggtcctcaaagaccaggatctg
ctccgtgcaaaaatggacgacgcagaggcttgtttcattctgagcagtcgcaacgaggtt
gatcgcatggccgcggaccaccagaccatcctcagagcttgggctgtgaaagactttgct
ccaaactgtcctctttatgtccagatactcaaacctgaaaataagtttcatgttaaattt
gcagatcaagttgtgtgtgaggaggaattcaagtacgccatgttggctctcaactgtgtg
tgtcctgccacttccaccttggtcaccctcctagttcacacctcccgcggacgagaagga
cagcagtctccggagcagtggcagaggatgtatggatgttgctccggcaacgaggtctac
cacatccgactgtgcgacagcaagttctttggagagtacaatggcaaaagcttcacgtac
gcctcgttccatgctcacaagaagtatggggtgtgtctgatcgggataaaaagggaggag
aacaagagcatcctgctgaaccctggtccacaccacatcatggctgccacagacacctgc
tactacatcaacatcaccaaagaggagaactctgccttcatcttcaaccaggaggagcgg
aagggccgtcctgctggaggaatttatgacgggccctcacagcttcctgtgcacagcatc
attgcaagcatgggaactgttgccatagatcttcagaatacaagtccacccaacattcca
gggggcaaactggtcccgcccaccgtgaatgggacaggcagccgccgacccagtatcgca
ccagtccaagaaattgccgactctgccgcaatcctgccgtgtgacctcctgagcgatcag
tcagaagacgacactgtttttacagatgaaaagggaagctcgtccactgagtatgttaaa
ggttatcctcccaactcgccgtacattgggagctcgcccaccttatgccatctgttggct
gaaaaagcaccattttgctgcctacgactagaccagggctgcatgcacaacagctttgag
gacgcaaaggcttacggcttcaagaacaagctcatcattgtgtcggctgagactgcgggg
aacggtctctataacttcatagttcctctcagagcttattacagacccaggaaagagctg
aaccccattgtcttgctgctagataaccctcctgataatcacttcctggaggccatttgt
tgtttcccaatggtgtactacatgggtgggtcgatagacaatctggacagcctgctccag
tgtggtatcatctatgctgataacttagttgtggtggataaagagagtacgatgagcgca
gaggaagactacatggcggatgccaaaactattgtcaatgtacaaacaatgttcaggttg
tttccaagtctcagtattatcaccgagctcacacatccatccaacatgaggttcatgcag
tttagagcgaaggactgctattcgctggctctgtccaagctggaaaagaaagagagagac
aaaggctccaacttggccttcatgttccgcctgcccttcgctgcaggcagagtgttcagc
atcagcatgttggacaccctcctctatcagtctttcgtaaaggactacatgattcttatt
gctagactgctcttgggactggacaccacccctggatcaggattcctctgtgctatgaag
ataaaagaggaagatctatggatcggcacctacgggagactgttccaaaaactttgctcc
tccagtgctgaaattcccattggcatctatcgcacagagtctcacattttcaccgcttca
gagtcccaggtgtccatgagtgttgacgactgcgaagacacaaaagacagaggggacgag
cctcgcagcaacgagcagtcggatcaccccctgctgaggaagaagagcatgcagtgggcg
cggcgtctcagtaagaaaagcgtgaggtggcaggggggaagccgggactcaagtaaagac
cacgcccagcgcatagcccagcagcgtctcaacctctacagacgctccgagagggaagag
ctgtccgagctggtccggaaccgcatgaggcatctgggcctccccacctcaggatacgat
gatctgacgaatctgacagccagtgatgtcatgaacagagtcaatttgggatacttacaa
gatgaacagaatgatcaccagaacactttgtcctatgtcctcattaacccttcacatgat
accaggctggagatcaacgacattgtatatttgattcgttctgaccctctggctcacgtt
cctgaggagcctcctgtccacagcagcagcctgaaagagagacacgagtccagcatagac
accaaagagcacaccccgctctga
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