KEGG   Ictalurus punctatus (channel catfish): 108274972
Entry
108274972         CDS       T04658                                 
Name
(RefSeq) ATP-binding cassette sub-family C member 8 isoform X1
  KO
K05032  ATP-binding cassette subfamily C (CFTR/MRP) member 8
Organism
ipu  Ictalurus punctatus (channel catfish)
Pathway
ipu02010  ABC transporters
Brite
KEGG Orthology (KO) [BR:ipu00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   02010 ABC transporters
    108274972
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:ipu02000]
    108274972
Transporters [BR:ipu02000]
 ABC transporters, eukaryotic type
  ABCC (CFTR/MRP) subfamily
   ABCC8, 9 subgroups
    108274972
SSDB
Motif
Pfam: ABC_membrane ABC_tran SMC_N AAA_21 AAA_29 ABC_ATPase nSTAND1 RsgA_GTPase AAA_23 Lipin_mid Zeta_toxin E7
Other DBs
NCBI-GeneID: 108274972
NCBI-ProteinID: XP_017340933
Ensembl: ENSIPUG00000004801
UniProt: A0A2D0SFB6
Position
14:complement(12024118..12081030)
AA seq 1614 aa
MISRYRPSPDCTMSLSFCGSENNSIAYNVDRGVLNNGCFLDALTVVPHVFLLFITFPILF
IGWGSQSSKVHIHHSTWLHFPGHNLRWILTFILLFVLVCEIAEGIVSDGFTQSLHLHLYM
PASLAFMAAITSIIYYHNIETSNFPKLLLALLIYWTLAFITKTIKFAKYTEHGIGMRQLR
YCLTGLLVLLYGLLLAVEFNVILGRRYMCFAHPTEVKPPEDLQDLGVRFLQPFVNLLSKG
TYWWMNTFITSAHRRPIDLKVIGKLPIAMRALTNYLKLRKAFEAQKRPDGLQRQGPQWIW
RALREAFGKPLILSITFRFLADLLGFAGPLCISGIVHHISKKNHTIQAPAQLLGVYFISS
QEFLANAYVLAVLLFFALLLQRTFLQASYYAAIQTGINLRGAMQTKIYNKIMRLCTSNMS
MGEMTVGQICNLVAIDTNQLMWFFFLCPNLWAMPVQIVVGVILLYYLLGISALIGATIIA
LLAPVQYFVATKLSQTQKTTLEYSSERLKKTNELLRGIKLLKLYSWEHIFCSSVEETRGK
ELTSLQAFAVYTSISIFMNAAIPIAAVLTTFVVHVHLSDDADLSPAVAFASLSLFHILVT
PLFLLSSVVRSTVKALVSVQKLSEFFSSDEIGEEQEPKATIPAVSTNHSNYQALPLKVVN
RKHPVRDEWNSFGLKSEQYIEAAAVEDEDICIKINNGYFSWTDGAPTLSSVNIKIPFGQL
TMIVGQVGCGKSSLLLAALGEMQRISGTVTWNRKWSSDGCRGQSVNLGCSRKPSIIPKLD
SEGDESPDVPGDEEFRKRCAVAYASQKPWLLNASVVENITFEMPLIKQRYKTVIEACSLQ
PDIDILPQGDQTEIGERGIILSGGQRQRISVARALYQTTNVVFLDDPFSALDIHLSDHLM
QEGILKLLREEKRTVVLVTHKLQYLPHADWIIAMKDGTIQTEGTLKDIHKSEPELFEQWK
ALMNRQDQEFEKETVAEGMTVLERKNLRRAMYSREAVKTEEEEEEETVESDDEDNLSQAM
RHRTTIPWRSCGKYLSSAGLLLLPLLLLSQLLKHTFMVSIDVWLAHWTSDVIHAKINAVR
HNCTLVQDCGFSHSSYLLMFSVLCCLGIALCLVTSVAVEWTGLSVAKELHHNLLNNIILA
PMRLFETTPLGSLLNRFSADTNTIDQHIPTTLECLIRSTLLCVSALGVISYVTPVFLIAL
TPLAIACYFIQKYFRVAFKDLHQLEDSTQLPLLSHFSETVEGLTTIRAFRYEARFQQRLL
ELTDANNVASLFLTAANRWLEVRMEYIGACIVLVAAVASITNNLYNHLSTGLVGLGLTYA
LMVSNYLNWMVRNLADIEVQLGAVKRINNLLKTEPENYEGLLSSSQVPEGWPQHGEIHIQ
NLSVRYDSTLKPVLKHANANIRPGQKVGICGRTGSGKSSFSLAFFRMVDAFEGRIIIDDI
DIAKLPLQTLRSRLSIILQDPILFSGTIRFNLDPEMKATDSMLWEALEIAQLKPLVQTLH
GGLDAMVTEGGENFSQGQRQLFCLARAFVRKSSILIMDEATASIDMATESILQKVVMTAF
ADRTVVIIAHRVHTILNADLVMVMKRGEILEFDKPKVLLSTEGSAFASFVRADK
NT seq 4845 nt   +upstreamnt  +downstreamnt
atgatttcccgctacagaccgagcccagactgcaccatgtccctgtctttctgtggcagt
gagaacaactccatcgcctacaatgtggatcgtggcgtgctcaacaatggatgctttctc
gatgccctcactgtggtgccccatgtcttcctgctcttcatcaccttccccatcctcttt
attggttggggcagccagagctccaaggttcacatccatcacagtacatggcttcatttc
cctggacacaacctgcgctggatcctcaccttcatccttctgtttgtgctggtgtgtgag
atcgcagagggcattgtctctgatgggtttacacagtctcttcatctacatctctacatg
cctgcatccttggctttcatggctgctatcacttctataatctactaccacaacatagag
acctccaattttcccaagttgttgctagcgttgcttatttattggaccttggcattcatc
actaaaactatcaagtttgcaaagtacacagagcacggcattggtatgagacagttgcgc
tattgcttgaccggcctcctcgtcctgctctacggcctgctactggctgtggagttcaat
gtcatactggggcggcgctatatgtgttttgcccatcccactgaggtaaagcctcctgaa
gaccttcaggacctgggtgtgcgttttctgcagccattcgtcaatctgctctctaagggt
acatactggtggatgaacacttttatcacctctgctcacagacgtcccattgacctgaag
gtcatcggcaaactgcccattgccatgagggcactcactaattatttgaaactgcgcaag
gcctttgaagctcagaagaggcctgatggccttcagcggcagggacctcaatggatctgg
agggctctacgtgaggcctttgggaaacccttgatcctgagcattaccttccgtttcctg
gctgaccttctgggttttgctgggccattgtgcatctcgggtattgtgcaccacatcagc
aagaagaaccacaccatccaggcaccggcacaattattgggggtctatttcatctcctcg
caggagtttcttgctaatgcctatgtactggctgtgttactgttcttcgcattgcttctt
cagaggacatttctacaagcctcctattatgcagcgatacaaactggcatcaacctgaga
ggagccatgcagacgaagatttacaataagatcatgcgtctgtgcacctccaacatgtct
atgggggagatgacagtgggccaaatctgtaacctagttgcaatagacaccaaccagttg
atgtggttcttcttcctgtgtcccaacctgtgggccatgccagtacagattgtagtgggg
gtgattctgctctactaccttctgggaataagtgccttgatcggggcaaccatcattgcc
ctcctggctcctgtgcagtactttgtggctaccaaattgtcccaaacacaaaaaactacc
ctggagtactccagtgagcggctgaaaaaaaccaacgagctgttacgtggtatcaagctg
ctgaagctctactcgtgggagcacatcttctgttccagtgtggaggagaccaggggaaaa
gagctgaccagcctgcaggcctttgctgtctacacctccatctctatattcatgaatgca
gctataccaattgcagcagttcttactacatttgtggtccatgtgcacctgtctgatgat
gcagatttatccccagctgtagcattcgcctcgctctcccttttccacatcctggtcaca
cctctcttcctcctgtccagtgtggttcgctccacggtcaaagcccttgtcagtgtgcag
aagctaagtgagttcttctccagtgatgagatcggagaagagcaagagcctaaggccacc
attccagcggtctccaccaaccacagcaattaccaagcccttccactgaaagttgtgaac
cgtaagcatccagtgagggatgagtggaacagctttgggctaaagagtgagcagtacatt
gaagcagcagcagtggaggatgaagatatctgcatcaaaataaacaatggatatttcagc
tggactgatggagcacccacactctccagtgtgaacataaagattccattcggtcagctg
actatgatagtgggtcaggtgggctgtggaaaatcttctctgttactggctgcactggga
gagatgcaaaggatctctggcactgtgacgtggaacaggaaatggtcttcagatggttgc
aggggacaatctgtgaatctgggatgtagcaggaaaccttccattattccaaagctggat
tcagagggagatgaaagtccagatgtgcccggtgatgaagaattccggaaaagatgtgct
gttgcatatgcttcccagaagccctggcttcttaatgcctctgtggtagagaacatcact
tttgaaatgcctctgatcaaacaaaggtataagacagtgatcgaggcatgctcccttcag
ccagatatcgacatcctaccacagggtgaccagacggagattggtgaaaggggaatcatt
ctctcaggaggccagaggcagcgtatcagtgtggcccgtgccctttatcagaccaccaat
gtagtcttcctggacgacccattctcagcgctggacatccatctgagtgatcacctgatg
caggagggtattctgaaactgctccgagaggagaagaggaccgtggtgctggtcacacac
aaactgcagtacctgcctcatgcagactggatcattgcgatgaaggatggtacgatccag
acagagggcacgctgaaagacatccataaatctgagccggaactgtttgagcaatggaaa
gccctcatgaatcgccaggaccaggaatttgagaaggagaccgtagcagagggtatgaca
gtattggaaaggaagaacctgagaagggccatgtactccagagaagcagtgaagacagag
gaagaagaggaagaggagacggtggagagtgatgatgaggataacctgtcacaggcaatg
aggcacagaaccaccatcccttggcgttcatgtgggaagtacctgagctcagctggtctg
ctgctgctgcccttattgctgctgtcccagctcctcaaacacacgttcatggtgtccatc
gatgtctggcttgctcactggacctccgacgtcatccatgctaagatcaacgctgttcga
cacaactgcacattggtgcaggattgtgggttcagtcactcgtcgtatctgctgatgttc
agtgtgctgtgctgcctgggcattgcgctgtgtttggtcacgtctgtggctgtggagtgg
acagggctgagtgtggccaaagagctacaccataacctgcttaataacatcatactcgcc
cccatgagactctttgagacaactcctttgggaagccttctgaaccgattctctgctgac
acaaacacaatagaccagcatattcctactaccttggagtgtttgattcgctccacattg
ctgtgtgtgtctgcgctcggtgttatctcatatgtcacacctgttttcctcatcgctctc
actccacttgccattgcctgctacttcatccagaaatacttcagagtggcgttcaaagat
ctgcatcagcttgaggacagtacccagcttcctttactctctcacttctctgagacagta
gagggtctcaccaccatccgggccttcaggtatgaagccagatttcagcagagacttctg
gagctcacggatgctaataatgtcgcatctctcttcctcactgctgccaaccgttggctg
gaggtccgcatggagtatattggagcctgcattgtccttgtagctgcagtggcctccatc
accaacaatctttacaaccatctgtccactggcctggtggggctgggactgacctatgct
ctgatggtatcgaactaccttaactggatggtgcgtaacttggctgatatagaggtccaa
ttaggagcggtgaaaagaataaacaacctgctgaagaccgagccagagaactatgagggg
ctactctcttcatctcaggtccctgagggctggccacagcacggtgagattcacatccag
aacttgagtgtaaggtacgacagcacactgaagccggtcctaaagcatgccaatgccaac
atcagaccaggacaaaaggtcggcatctgtggcaggacaggaagtggaaagtcgtctttc
tccttagctttcttccgtatggtggatgcctttgagggacggataatcatagatgatatt
gacatagcaaagctgcctcttcagacactgcggagccgtttatctatcatccttcaagat
cccattctctttagtggaacaatacgttttaatctagacccagagatgaaggctacagac
agcatgctttgggaagctctggaaattgcccaactcaaaccactagtgcaaaccctgcat
ggaggacttgatgccatggtgacggaaggtggggagaatttcagtcagggacaacgtcag
ctgttctgcctggcccgagcttttgtgcgcaaaagcagtattctgattatggatgaggcc
actgcctccatagacatggccacagagagtattctacagaaagttgtaatgacggccttc
gctgacagaacggtggtcattatagcgcatcgagtgcacaccatcctgaacgcagatctg
gtgatggtgatgaaaaggggggagattctggagtttgataaacccaaggtccttctcagt
acagagggaagcgctttcgcctcttttgttcgggcagacaaatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (28)   
   KEGG ORTHOLOGY (1)   
   RefGene (23)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (12)   
   Pfam (12)   
All databases (53)   

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