KEGG   Alligator sinensis (Chinese alligator): 102375383
Entry
102375383         CDS       T02922                                 
Name
(RefSeq) LOW QUALITY PROTEIN: potassium channel subfamily U member 1
  KO
K05274  potassium large conductance calcium-activated channel subfamily M alpha member 3
Organism
asn  Alligator sinensis (Chinese alligator)
Pathway
asn04270  Vascular smooth muscle contraction
Brite
KEGG Orthology (KO) [BR:asn00001]
 09150 Organismal Systems
  09153 Circulatory system
   04270 Vascular smooth muscle contraction
    102375383
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:asn04040]
    102375383
Ion channels [BR:asn04040]
 Voltage-gated cation channels
  Potassium channel, calcium- and sodium-activated (KCa/KNa)
   102375383
SSDB
Motif
Pfam: Slowpoke_C BK_channel_a Ion_trans Ion_trans_2 TrkA_N
Other DBs
NCBI-GeneID: 102375383
NCBI-ProteinID: XP_025066149
UniProt: A0A3Q0H291
Position
Unknown
AA seq 975 aa
MMLSAQTFVGRVLVILVFLMSIGSLIIYIINCASPIEYFSSFPDETLPVDMGFNTFFLFY
FGLRFLAADDKLKFWLELNSIVDFFTIPPVCASYYLKRNWLGFRFLRALRLLELPKILQF
LKITKTSNSIKLVKLLAVFLSTWLTSAGFIHLVENSGDPWINYDNSQFLSYFECLYLIMA
TMSTVGYGDVVAKTCLGRVSMIFFIIGGLVLFANFIPEIADIVESNKKYEGSYTVVKGRK
YIVVCGNITLESVTAFLRDFLPQDTGDICTEILFLGESLPSLELEAVFNCYSPYTTFFHG
SALNDEDLKRVQMGSANACLILADICSSEPYTEDTSNIMRVLSIKNHYPNTRVIIQIIQS
HNKVYLPNIPNWDWRIGDSIICFAELKLGFIAQSCLVPGLSTLLTSLFVRKESAEVKRKS
VRHRNVLKGSAYQVMTYKLSNDFVGMSFPEVCRLCFVKLNLVLFAVEFRFGVHGNSILIN
PSAKIMLHRNVMGFFIAKSMAEVKRAHFYCKACHSDIDNPKLIEKCHCRSKLRRRTITEK
LKARRETLCVPDQDPVKSRSLGVLPPSSYAASASDVMGDKNSDAMLDSTGMFHWCHAVSL
EKAILNPKKEATSDLHDHIVVCVFGDANTTLIGLRDFVMPLRASNFTYEELRDIVFVGSL
EYLKREWGFIQNFPKLWLYQGSALSCADLKSVNIRHCAMCAILSYSSKSSSSPILVDTES
ILATLNIRAMQFKCSTVSEEAVGRVRTLENQSVLYYKRIPIITELKSMSNAHFIDQSAGS
SGSQIPEQELHLSTPFSSGAIFSDSFLDSLLSTTYCNHHVLALLQTLVTGGTSPELEEQL
AEKNELSASDNSISYVAPRVRCKLALLPLWKELAAVSPEDCFGDVFCKALDLFGILCFGL
YRLIEEPNPYKNRGVXCVIARPPNNFKMLPTDLLFCVVPFNISTTSSLSDWAEALPPSRQ
PSPTDYSKADMEVNA
NT seq 2928 nt   +upstreamnt  +downstreamnt
atgatgctatccgctcaaacatttgtggggagagttctggtgatactggtgttcctaatg
agcattggatccctcattatctacattatcaactgtgcctcacctatagaatacttcagc
tcgttcccagatgaaacccttcctgtagatatgggcttcaataccttcttcctcttctat
tttggattacggttcttggcagctgacgacaagctgaaattctggctggagctgaactcc
attgtggatttcttcactattcctccagtctgtgcctcctattatttgaagaggaactgg
cttggttttcgatttttgcgagcgctcaggttgctggaacttcccaaaatattgcagttt
ctgaagatcaccaagaccagtaattcaatcaagctggtcaaactgttagctgtatttctc
agcacctggctcacgtctgcagggtttattcacctggtggagaattctggagatccttgg
atcaattatgacaattctcaattcctgagctattttgaatgtttgtacttgataatggca
actatgtcaaccgttggctatggagatgttgtagctaaaacttgccttggtcgtgtttcc
atgattttcttcatcattggcgggttggtcctgtttgcaaatttcatccctgaaattgcg
gatattgttgaaagcaacaaaaaatatgaagggtcctacacggtggtaaaaggaagaaaa
tatattgttgtctgcggtaatatcactctggagagcgtgactgctttcctgcgagacttc
ctgccccaggacacaggagatatttgcactgagatactctttctgggagaatctcttcct
agcctggagctggaagctgtattcaattgctattcaccctacaccactttcttccatggt
tctgcactgaacgatgaagatctgaagcgagttcagatgggatctgcaaatgcatgtctg
atccttgcagacatttgttcttcagaaccttacactgaagacacttccaatattatgagg
gtgctctctatcaagaatcactatccaaacaccagagtcatcatacagataatccagtca
cataacaaggtatacctgccgaacatccccaactgggactggagaataggggacagcatc
atctgttttgccgaactaaaacttggatttatagcacaaagttgcttggttccagggctg
tccaccctcctaaccagtttgtttgtgaggaaggagagtgctgaggtaaagagaaaaagc
gtgaggcacaggaatgttttgaaaggcagtgcctatcaagtgatgacttacaagctctcc
aatgattttgtaggcatgtcttttccagaggtttgccggttgtgctttgtgaagctgaac
cttgtgctgtttgctgtcgagttcaggtttggcgttcatgggaacagtatcctaatcaac
ccgtctgcaaagataatgctccatcgaaatgtaatgggcttttttattgccaaatccatg
gcagaagtcaaaagggcgcatttttactgtaaagcctgccatagtgatattgataatcca
aaactgattgaaaaatgtcattgtagaagcaaacttcggaggagaaccattacagaaaag
ctgaaagcccgccgagaaactctgtgcgttccagaccaggacccggtaaagtcaaggtct
cttggggttcttcctccttcgagttatgctgccagcgcatcagatgtcatgggggacaag
aatagtgatgccatgcttgattcaacaggaatgtttcattggtgccatgctgtgtctttg
gaaaaagccatcctgaatccaaagaaagaagccacctcagacctgcatgatcatattgtg
gtatgtgtctttggggatgccaacacaacactcattggtttgcgggactttgtgatgcct
ttacgagctagcaacttcacttacgaggagctgagagacatcgtctttgtcgggtctctg
gagtacctgaaaagagaatggggatttatccagaatttcccaaagctgtggttgtaccag
ggtagtgctctttcctgtgctgacctgaagtctgttaacataaggcactgcgccatgtgt
gctatcctgtcctatagctccaagtcatctagtagtccaatcctggtggacacagaaagc
atcctggccacacttaacattcgagccatgcagtttaagtgcagcacagtctctgaagag
gcagttggcagagtgagaacattggagaatcaatcagtgctatattataaaaggatcccc
atcatcacagagctgaaatccatgtcaaatgcccactttattgatcagagtgctggaagc
agcgggtcgcagatcccagagcaggagctgcatctctccacccctttttccagtggagct
atcttctcagatagttttttggattctcttctgtccactacctactgtaaccaccatgtc
ttagctttgctccagactctggtgacgggtgggacaagcccagagctggaggagcagctt
gcagagaagaatgaactgagtgccagtgacaacagcatatcatatgttgcacctagggtg
aggtgcaagctggctcttttgccactgtggaaggaacttgcagcagtttccccagaggac
tgtttcggagatgttttctgcaaagcattagacttgtttggaatcctttgctttggcctc
taccgtctcatagaagagcctaatccgtacaagaacaggggagtatagtgtgtgattgct
cggcctccgaacaatttcaagatgttgcctacagatctgctcttttgtgttgtcccattc
aacatctcaacaaccagtagcctgtctgactgggcagaggctctgcccccaagcaggcag
ccaagcccaacggactactccaaggctgacatggaagtgaatgcatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (23)   
   KEGG ORTHOLOGY (1)   
   RefGene (19)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (35)   

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