KEGG   Rattus norvegicus (rat): 316561
Entry
316561            CDS       T01003                                 
Symbol
Sphkap
Name
(RefSeq) A-kinase anchor protein SPHKAP isoform 1
Organism
rno  Rattus norvegicus (rat)
SSDB
Motif
Pfam: AKAP_110 DUF1133
Other DBs
NCBI-GeneID: 316561
NCBI-ProteinID: NP_001382070
RGD: 1311951
Ensembl: ENSRNOG00000016388
Position
9:complement(91957497..92105834)
AA seq 1698 aa
MSTPGFLCKAMWVVEPNSATCLSAAPPVKRHCQESSNVESPLMPEDSEPQQITSSAAGSL
AGSITACKKVLRSNSLLESTDYWLQNQRTPCQIGFVEDESENCASVCFVNLDVNKDGCST
ENLQQKLVNVSPDLPKLINSMNVQKPKENEIVLLSGLASGNRQADFDVSQCPWLPDICLV
QCARGNRPNSTNCIIFEINKFLIGLEVVQERQLHLETSVLKLEDDTNCSLSSIEEDFLTA
SEHLEEEIEVEDCKSGLETINVSANVLESKRPKEATQEGWDYHKEILHCALGEKHIRKHR
MPSMKTERSKENTAENTALQSLNPSARPSRLKSEVAGSKQPATNYSYPENIRGEIETSQM
LFIPRDAYLSMVSSCGVLTEQGSNHRDHDATPNSLPPVQNGEATAGEYATNLAESVMQDA
FIRLSQSQPTLPQESAVSFSVGSALLPSGCCTKDMVVPRSWNELPKIVIVQSPEGSDTAP
EPSVSSWPDLEVSVETPGIFSEESSSRPTQSALEVALACAATVIGTTSSPQATERFTMEQ
ESLVSTYTQRGNGIQQTPVPRVFMGPSTTEYSFPSALCGMTQVASAVAVCGLGEREEVTY
SVAPSDLLPTPGASEERSSIGSLVTEESTELGKEAIAEALLREATLVLARPNAYSSVGEL
LESVNRRIIETTSKTQMLCTENVRRNELAHTLSNVILKHSIDELHQKNIMAHPTEERHPG
GTLNTLMESVNQLLHNVMCFTFRKMNHIVTLGEHPAGLSKETVTWTESGPLGCQSFDKAA
GHAWVKASACSSSHPSSNAHGTGLVIRDLVEDASPKPDKGGARPELVNNPRLQSEFSCSH
RMLDSTARTFPKEMYPKGIVGEDTRNPLHTLSYDSSEQRTSTDIGKLTTVGEVRSTFQES
EDSIVPKAQEKHTCATTLNNEAQINLSLLGDDLVVPDQSTLEAKQSEVYGITNFAEELAE
TVVSMATEIAAICLDNSHGKQPWFCAWKRGNEFLMTPNASCRSLKRKKENSGTGSTVRKH
KPPRLSEIKRKADEHPELKEKLMNRVMDESMNLEDIPDSVSTFANEVAAKIMNLTEFSTV
DGVWQTQSCSRNRLLGGDRWNRLKASSCESIPEEDSEARVFVNSLGLMSTLSQPVSRASS
VSKQSSCESITDEFSRFMVKQMENEGRGFELLLDYYAGKNASSILNSAIQQACQKNDHLN
VRPSCPSKQSSTESITEEFYKYMLRDIAKENKDGALSRRSSHDWSTGLLSPSARSPLCYR
QSSMPDSRSPCSRLTVNAPIKANSLDGFAQNCPQDSINVQPVSRASSSGLCKSDSCLYRR
SGTDQITNMLIHETWASSIEALMRKNKIIADDGEAANASPGPVSGGSPSQVEKCANRLVT
GTGHKGPALLVQESVDYQRKDAVTEGNCSPVSSPSKMAPVKKPSGFDPTRETSACHNAVA
LKSPRRSLCSREVPLIQIETDQKEECVGESETLLPQSGSLEEAEGPQPEETIPDVARSED
TALSACQSSHDSLETREELEVDVLKEDITLDESRNPPSSSEESTGSWSQLANEEDNPDDT
SSFLQLSERSMSELVEEKEILKEQSESVKERASGLPGRAASPQRSLLVINFDLEPECPDA
ELRATLQWIAASELGIPTIYFKKSQESRIEKFLDVVKLVHQKSWKVGDIFHAVVQYCKMH
AEQKEGTPSLFDWLLELG
NT seq 5097 nt   +upstreamnt  +downstreamnt
atgtcaactcccggctttctgtgcaaagccatgtgggtagttgaaccaaactctgctacc
tgcctttctgctgccccgccggtcaagagacactgccaagaatccagcaacgtggaatca
ccactgatgcccgaggactcggagccacagcagatcaccagcagtgcagcaggcagcctg
gctggctccatcacggcctgtaagaaggttcttcgaagcaatagcttgctggagtccaca
gactactggttgcagaaccagaggacgccttgccagattgggtttgtggaagacgagtct
gaaaactgtgcttctgtctgctttgtgaacctggatgtcaacaaggatggctgcagcaca
gagaacctgcagcagaaactggtcaacgtttcaccagaccttccaaaactcatcaactcc
atgaatgtccagaagccaaaagaaaatgaaattgtcctcctaagtgggctagcctctgga
aaccgccaggcagattttgatgtttcacagtgcccttggctaccagatatctgcttggtc
cagtgcgcaagagggaacagaccaaacagtaccaactgcatcatctttgagatcaacaag
ttcttaattggtctggaagtggtgcaggagcgacagctccacctggagaccagcgtgttg
aagctggaggatgatacaaactgttccctgtcttcgattgaagaagatttccttacagcc
tcagagcatttggaggaagaaatcgaggtggaagactgcaaaagtggtttggaaactata
aatgtgtcagctaacgttctggaaagcaaaaggccaaaggaagctacccaggaaggatgg
gattaccacaaggaaatattgcattgtgctttaggtgaaaaacacatcagaaaacaccgt
atgccctcaatgaaaacagaaaggtcaaaggaaaacacagcagagaacacagccctgcaa
agtctcaatccttcagccagaccatcacgcttgaaaagtgaagtggcggggagcaagcag
ccagccacgaactactcttaccccgaaaatatcagaggagaaatagaaacatctcagatg
ctgttcatccccagggatgcctatctctccatggtttcttcatgtggtgtactcactgag
cagggaagcaaccacagagaccatgacgccactccaaactcccttcctcccgttcaaaat
ggagaagccaccgcgggcgagtacgctaccaacttagcagaatctgtaatgcaagatgcc
ttcatccgattgtctcagtcgcaacctacactcccccaggaatctgcagtcagtttctct
gtgggaagcgctctgctccccagtggttgttgcaccaaagatatggtggtccctcgttca
tggaatgagcttcctaaaattgtcatcgtgcagagcccagagggcagcgacacagcccct
gagccaagtgtctcctcctggcccgacctggaagtgtctgtcgagaccccgggcatcttt
tctgaagagagctccagcagacccactcagagtgccctagaagttgctttggcttgtgca
gccactgtgattggaaccacttccagtccacaggccacagaaagattcaccatggagcaa
gaatctctggtatctacctacacccagagaggcaatgggatacagcaaactccagtgccc
agagtattcatgggaccttctacaactgaatactccttcccatcagctctgtgtggcatg
acccaagtggcaagcgctgttgctgtctgtggcctaggggaaagagaagaggtgacatat
tctgtagctccaagtgacctcctgcccacacctggggcttctgaagaaagatcctccatt
ggaagtttagtgacagaggaaagcacagaactggggaaggaagccattgcagaggctctg
ctcagggaggctactctggttttagcgaggccgaatgcatacagcagcgtcggagagctc
ttggaatctgtgaaccggaggatcatagaaaccacttctaaaacccagatgctgtgcaca
gaaaatgttcgaaggaatgaactggcacacaccttgtccaatgtcatcctcaagcattcc
attgatgagctgcaccagaaaaatatcatggctcaccccaccgaggaaaggcatcccggt
gggactctgaacaccttaatggaaagtgtgaaccagttgctgcacaacgtgatgtgcttc
accttcagaaagatgaatcacatcgtaacactgggtgagcatcccgctggcctttctaag
gagactgtcacttggacagagtcagggcccttaggttgccagtcatttgataaggctgct
ggtcatgcatgggttaaagcctcggcttgctccagcagccatccctctagcaatgcacac
ggtactggccttgtcatcagagatcttgtagaagatgcatctcctaagccagacaaggga
ggagcaaggccagaactggtcaacaaccccaggctgcaatctgaattctcatgcagtcac
agaatgcttgattcaactgctaggacattccccaaggaaatgtatccaaaagggattgtg
ggagaggatacaagaaaccctcttcatacactaagttatgacagcagtgaacaaagaact
tctacagatataggaaaattaacaacagtaggagaggtccgtagtaccttccaggaatct
gaagacagcattgttccaaaagcccaagagaaacacacttgtgccacaactctaaacaac
gaagctcaaattaacctatccttgttaggggatgacctagtggttcctgatcaatctaca
ctagaggcaaagcagtccgaggtctatggcatcacaaactttgcggaagaattggcagag
actgttgtctccatggcaactgaaatcgcagcaatctgccttgacaactcccatggaaaa
cagccgtggttttgtgcttggaagagagggaacgaatttctgatgacgcctaacgcatcc
tgccgatccttgaagaggaagaaggaaaactcgggcacgggaagcactgtgaggaaacac
aagccacctcgcctcagtgagatcaagagaaaagcagatgagcacccagagctgaaagag
aagctgatgaacagagtcatggatgagtccatgaacctcgaagacattcccgattccgtc
agtacttttgcaaatgaagtggcagccaagatcatgaacctaacagaattctccacggtg
gatggagtgtggcaaacccagagttgttcccggaatcggcttctgggtggtgataggtgg
aaccggctgaaggcctcgagctgtgaaagtattccggaggaggactctgaagccagggtc
tttgtaaacagcctgggtttaatgagtaccttaagccaacccgttagcagggccagctca
gtctccaaacagtccagctgtgagagcatcaccgatgagttttccaggttcatggtgaaa
cagatggaaaacgaagggagggggttcgagttgctgctggattactacgctggcaaaaat
gccagcagtatcctgaactcagcaatccagcaggcatgccagaaaaacgaccacctcaac
gtaagaccaagctgcccctctaagcagtccagcacagaaagcataacagaggagttctat
aagtacatgctgagagacattgccaaagaaaacaaagatggcgccctgtccagacgaagc
agccatgattggagcacgggcttgctgtctccttccgcgcgatccccactgtgttacagg
cagtcatctatgcctgacagcaggtccccgtgctccaggttaacagtaaatgcacctatc
aaagccaactccttagatggttttgcccaaaactgccctcaagattctataaatgtacag
ccagtcagtagggcttcctcgtctggcctctgcaaatcagactcctgtttatatcgccga
agtgggactgaccagatcacaaacatgctaattcatgaaacatgggccagctccattgag
gctctcatgagaaagaacaaaatcattgctgatgacggcgaggcagctaacgctagccct
ggtcctgtttctggcggctcgccttcgcaagtagagaagtgtgccaacagactagtcacc
ggcacaggacacaagggaccagctctacttgtacaggagtctgttgattaccagagaaag
gatgctgtcactgaaggcaattgttccccagtgtcatctccaagcaaaatggctcctgtt
aaaaagcccagtggttttgatcctacaagagaaacctctgcatgccacaatgctgttgct
ctcaaaagccccaggcggtctctttgctcaagggaggtgcctttgattcagatagagacc
gatcagaaagaagaatgcgttggagaatctgaaaccttacttccccaaagtggctcccta
gaggaagcagaagggccccagcctgaggaaaccatcccagatgtggccagaagcgaagac
acagccctgagcgcctgtcaaagctctcatgacagccttgagaccagagaagaattagaa
gtggatgtcttgaaagaagacataaccctagatgagtcccggaaccctcctagcagcagc
gaagagagtacaggcagctggtcccagctggccaatgaggaggacaacccagatgacaca
agtagctttctgcagctcagtgagcggtccatgagtgaattagtagaagaaaaggagatt
cttaaagaacaatcagaaagcgtaaaggaacgtgcctctggactgccagggagagcagcc
agcccccagaggagtctactggtgatcaactttgacctggagccagagtgtcctgatgct
gagctgcgagccactctgcagtggatagctgcctccgagctgggcatcccaacaatctac
tttaagaaatctcaggaaagcagaattgaaaagtttctagatgttgtgaagcttgttcat
cagaagtcctggaaggtgggagatatatttcatgccgttgtccagtactgcaaaatgcat
gcagagcagaaagagggaactccgagtctctttgactggctcctggaactaggataa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (31)   
   RefGene (26)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (9)   
   UniProt (1)   
   RefSeq(pep) (8)   
DNA sequence (13)   
   RefSeq(nuc) (9)   
   GenBank (2)   
   EMBL (2)   
Protein domain (2)   
   Pfam (2)   
All databases (56)   

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