KEGG   Pan paniscus (bonobo): 100975918
Entry
100975918         CDS       T02283                                 
Symbol
SPHKAP
Name
(RefSeq) A-kinase anchor protein SPHKAP isoform X6
Organism
pps  Pan paniscus (bonobo)
SSDB
Motif
Pfam: AKAP_110
Other DBs
NCBI-GeneID: 100975918
NCBI-ProteinID: XP_003821886
Ensembl: ENSPPAG00000027369
UniProt: A0A2R8ZTF4
Position
2B:complement(115218846..115420826)
AA seq 1671 aa
MDGNSLLSVPSNLESSRMYDVLEPQQGRGCGSSGSGPGNSITACKKVLRSNSLLESTDYW
LQNQRMPCQIGFVEDKSENCASVCFVNLDVNKDECSTEHLQQKLVNVSPDLPKLISSMNV
QQPKENEIVVLSGLASGNLQADFEVSQCPWLPDICLVQCARGNRPNSTNCIIFEINKFLI
GLELVQERQLHLETNILKLEDDTNCSLSSIEEDFLTASEHLEEESEVDESRNGYENINVS
ANVLESKQLKGATQAEWNCNKEKWLYALEDKYINKYPTPLIRTERSPENLTKNTALQSLD
PSAKPSQWKSEAVGNGRQATHYYYAEAFKGQMEKSQALYIPKDAYFSMMDKDIPSACAVA
EQRSNLNPGDHEDTRNALPPRQDGEVTTGKYATNLAESVLQDAFIRLSQSQSTLPPESAV
SVSVGSSLLPSCYSTKDTVVSRSWNELPKIVVVQSPDGSDAAPQPGISSWPEMEVSVETS
SILSGENSSRQPQSALEVALACAATVIGTISSPQATERLKMEQVDSNFPPGGSDALQTQA
PQGLKEPSINEYSFPSALCGMTQVASAVAVCGLGEREEVTCSVTPSGSLPPAAEASEAMP
PLCGLASMELGKEAIAEGLLKEAALVLTRPNTYSSIGDFLDSMNRRIMETASKSQTLCSE
NVLRNELAHTLSNVILRHSIDEVHRKNMIIDPNDNRHSSEILDTLMESTNQLLLDVICFT
FKKMSHIVRLGECPAVLSKETIRRRETEPSCQPSDPGASQAWTKATESSSSSPLSNSHNT
SLVINNLVDGMYSKQDKGGVRPGLFKNPTLQSELSRSHRVPDSSTATTSSKEIYLKGIAG
EDTKSPHHSENECRASSEGQRSPTVSQSRSGSQEAEESIHPNTQEKYNCATSRINEVQVN
LSLLGDDLLLPAQSTLQTKHPDIYCITDFAEELADTVVSMATEIAAICLDNSSGKQPWFC
AWKRGSEFLMTPNVPCRSLKRKKESQGSGTAVRKHKPPRLSEIKRKTDEHPELKEKLMNR
VVDESMNLEDVPDSVNLFANEVAAKIMNLTEFSMVDGMWQAQGYPRNRLLSGDRWSRLKA
SSCESIPEEDSEARAYVNSLGLMSTLSQPVSRASSVSKQSSCESITDEFSRFMVNQMENE
GRGFELLLDYYAGKNASSILNSAMQQACRKSDLLSVRPSCPSKQSSTESITEEFYRYMLR
DIERDSRESASSRRSSQDWTAGLLSPSLRSPVCHRQSSMPDSRSPCSRLTVNVPIKANSL
DGFAQNCPQDFLSVQPVSSASSSGLCKSDSCLYRRGGTDHITNMLIHETWASSIEALMRK
NKIIVDDAEEADTEPVSGGSPSQAEKCANRLAASRMCSGPTLLVQESLDCPRKDSVTECK
QPPVSSLSKTASLTNHSPLNSEKETSSCQDPVPINHKRRSLCSREVPLIQIETDQREACA
GEPEPFLSKSSLLEEAEGHSNDKNIPDVVRGGDTAMSACQIHSDSLDTRDVPEAEASTEA
RAPDEAPNPPSSSEESTGSWTQLANEEDNPDDTSSFLQLSERSMSELVEEKEILKGQSES
IEAPASGLPVGTASPQRSLLVINFDLEPECPDAELRATLQWIAASELGIPTIYFKKSQEN
RIEKFLDVVQLVHRKSWKVGDIFHAVVQYCKMHEEQKDGRLSLFDWLLELG
NT seq 5016 nt   +upstreamnt  +downstreamnt
atggatggcaactccctgctctcggtaccaagcaacttggagtcatcacggatgtatgac
gttttggaaccgcagcagggcagaggctgtggcagctcaggaagcggcccggggaactcc
atcacagcctgtaagaaggttcttcgcagcaatagcctgctggagtcaacagactactgg
ttgcagaatcagaggatgccctgccaaattggttttgtagaagacaagtctgaaaactgt
gcttctgtctgctttgtgaatcttgatgtgaacaaggatgaatgcagcacagagcacctg
caacagaaactggtcaacgtttcaccagatcttccaaaacttatcagttccatgaatgtc
caacagccaaaagaaaatgaaattgttgtcctaagtgggttagcctctggaaatctccag
gcagattttgaagtttcacagtgcccttggctgccagatatctgcttggtccaatgtgca
agagggaacagaccaaacagtaccaattgcatcatctttgaaatcaacaaatttctgatt
ggtctggaactggtgcaggagcgacagctccacctggaaacaaacatcttgaaactggag
gatgacacgaactgttccttatcctcaatcgaggaagactttctcaccgcttctgagcac
ttggaggaggaaagcgaggtggatgaatctaggaacggttatgaaaatataaatgtctca
gccaatgttttggaaagtaaacagctaaagggagccacccaggcggaatggaattgcaac
aaggaaaagtggctttatgctttggaagacaaatacatcaacaaatatcccacaccattg
attagaacagaacgatctccagaaaacctaacaaagaacacagccttgcagagtctagat
ccctcagccaagccatcacagtggaaaagcgaagctgtggggaatgggagacaagccaca
cattattattatgcagaagcttttaaaggtcaaatggaaaaatcacaggcactgtatatt
ccaaaagatgcttatttctccatgatggataaagatataccttctgcatgtgctgtggca
gagcagagaagcaacctaaacccaggagaccatgaagacacaagaaacgctctccctcct
agacaagatggagaagtcaccactggcaagtatgctacaaatttagcagaatccgtgctg
caggatgcatttattagattatctcaatctcagtccacattacccccggaatctgcagtc
agtgtttctgtaggaagttctctgcttcccagttgctattccacaaaagatacagtggtt
tctcggtcatggaatgagctccccaaaatcgtcgttgttcagagtccagatggcagtgat
gctgccccacagccaggcatctcctcatggcctgagatggaagtctctgttgaaacctca
agcatcctctctggagagaactccagcagacaaccccagagtgctctagaagtggcgtta
gcttgtgcagccacagtgattggaacgatttccagtccacaggccacagaaagactcaaa
atggagcaagtggactcaaactttcccccagggggcagtgatgcactgcaaactcaagca
ccccaaggactcaaggaaccttccatcaatgagtactcctttccatctgctttgtgtggc
atgactcaggtggccagtgccgtggctgtctgtggtctgggtgaaagagaagaggtgaca
tgctcagtgactccaagtggtagcctcccgcctgcagctgaggcttctgaagccatgccc
ccactttgtggtttagcaagcatggagcttggcaaggaagccattgccgagggattgctc
aaggaggctgctctggttttaacaaggcctaatacctacagcagcattggagactttctg
gactccatgaacaggagaatcatggaaactgcttcaaagtctcagaccctgtgctcagaa
aatgtcctcaggaatgaactggcacataccctgtccaatgttatcctgaggcattccatt
gatgaagttcaccgcaaaaatatgataatcgaccccaatgacaacaggcattcatctgaa
attctggacaccttaatggaaagtacaaatcaactgcttttagatgtgatatgcttcacg
ttcaagaagatgagtcatattgtacggcttggtgaatgtcctgctgtcctttctaaggag
accatcagaaggagggagacagaaccaagctgccagccatctgatccgggtgctagtcaa
gcttggacaaaagccactgaatcctccagcagctctccacttagcaattcacacaacacg
agtcttgtcatcaacaatcttgtggatggcatgtattcaaaacaagacaagggtggagtg
aggccaggcctcttcaagaaccccacgctgcagtcagaattatcacgtagtcacagagtg
cccgattcttcaactgctacaacatcctccaaggaaatatatctgaaaggaatagcagga
gaggatacaaaaagccctcatcacagtgagaatgaatgcagagcctcttccgaaggacaa
aggtccccaacggtcagccagtccagaagtggttcccaggaggctgaggagagtatccac
ccaaacacccaagaaaagtacaactgtgccacatctcgcatcaacgaagttcaagtcaac
ctgtccttgttaggggatgacttgctgcttcctgctcaatccacgcttcaaacaaagcat
ccagacatctactgcattacagactttgcagaagaattagcagacacggtcgtctccatg
gcaactgaaattgcagcgatttgccttgacaactccagtggaaaacaaccctggttttgt
gcatggaaaagagggagtgagtttctgatgacacccaacgtaccctgccgatccttgaag
aggaagaaagagagccaggggagcgggaccgctgtgaggaaacacaagcctccccggctc
agtgagatcaagaggaagacggacgagcaccctgagcttaaagaaaagctgatgaacagg
gttgtggatgagtccatgaaccttgaagatgtcccagattctgtcaatctttttgccaat
gaagtggcagccaagatcatgaacctaacggagttctctatggtggacggcatgtggcaa
gcgcagggctatccccggaatcggttactgagtggcgacaggtggagccggctgaaggcc
tccagctgcgaaagcattcctgaggaagactccgaggccagggcctatgtcaacagcctg
ggcttaatgagcacgctgagccagccggtcagcagggccagctctgtctccaagcagtcg
agctgtgagagcatcaccgatgagttttccaggttcatggtgaaccagatggaaaatgaa
gggagaggatttgagttactgctggattactatgctggcaagaacgccagcagcattctg
aactcagccatgcaacaggcgtgccggaaaagtgacctcctcagtgtgaggcctagctgt
ccctctaagcagtccagcacagagagcatcactgaggagttctacaggtacatgctgagg
gacatcgaaagagacagcagagaaagtgcctcctccagacggagcagccaggattggaca
gccggcctgctgtctccttctctgcgatccccagtgtgccacagacagtcgtccatgcca
gacagcagatccccatgctccaggctgacagtgaatgtgcccatcaaagccaactcttta
gatggctttgctcagaactgcccacaagatttcctaagcgtgcagccggtcagtagcgcg
tcctcatccggtctctgcaaatctgactcttgcttgtatcggagaggtgggactgaccac
atcaccaacatgttaattcatgaaacgtgggctagctccatcgaggctctcatgcgcaag
aacaaaatcattgtggatgatgcagaggaagctgacactgagcctgtttctggtggctct
ccctcgcaagcagagaagtgtgcaaatagattagctgcgagcaggatgtgcagtgggcca
actctgcttgttcaggagtctctcgattgcccgaggaaagactctgttaccgaatgtaaa
cagcccccagtgtcatctttgagcaaaactgcttctcttacaaaccacagccctttaaat
tctgaaaaagaaacttcctcgtgccaggatcctgtaccaataaaccacaaaaggcgatca
ctttgctcgagggaagtgcctttgattcagattgaaacagatcagagagaagcctgtgct
ggggaacctgaacccttcctttccaaaagcagcctcctagaggaagcagaagggcattca
aatgacaaaaacatcccagatgtggtgagaggtggagacacagccatgagcgcttgtcaa
atccatagtgacagccttgataccagagacgtaccagaggctgaagcctccacagaagcc
agagcccccgatgaggcccccaaccctccaagcagcagcgaggagagcacaggcagctgg
acccagcttgccaacgaggaggacaacccagatgacacaagtagctttctccagcttagt
gagcgatccatgagtgaattagtagaagaaaaggagattcttaaaggacagtcagaaagc
atagaggcacctgcatctggactgcctgtgggaacagccagcccccagaggagcctgctg
gtgatcaactttgacctggagccagagtgtccagatgccgagctccgagccactctgcag
tggatagctgcctctgaactggggattcccaccatctactttaagaaatctcaggaaaac
agaattgaaaagtttctagatgtcgtgcagctggttcatcggaagtcctggaaagtgggt
gatatcttccatgcagttgtccagtactgcaaaatgcatgaggagcagaaggatgggaga
ctgagtctctttgactggctcttggaactgggataa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (7)   
   UniProt (1)   
   RefSeq(pep) (6)   
DNA sequence (6)   
   RefSeq(nuc) (6)   
Protein domain (1)   
   Pfam (1)   
All databases (19)   

Download RDF
DBGET integrated database retrieval system