KEGG   Loxodonta africana (African savanna elephant): 100677568
Entry
100677568         CDS       T04351                                 
Symbol
AKAP13
Name
(RefSeq) LOW QUALITY PROTEIN: A-kinase anchor protein 13
  KO
K16529  A-kinase anchor protein 13
Organism
lav  Loxodonta africana (African savanna elephant)
Pathway
lav04928  Parathyroid hormone synthesis, secretion and action
lav05163  Human cytomegalovirus infection
Brite
KEGG Orthology (KO) [BR:lav00001]
 09150 Organismal Systems
  09152 Endocrine system
   04928 Parathyroid hormone synthesis, secretion and action
    100677568 (AKAP13)
 09160 Human Diseases
  09172 Infectious disease: viral
   05163 Human cytomegalovirus infection
    100677568 (AKAP13)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:lav04131]
    100677568 (AKAP13)
Membrane trafficking [BR:lav04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    100677568 (AKAP13)
SSDB
Motif
Pfam: PH_16 RhoGEF PH C1_1 RII_binding_1 Prok-RING_1 C1_2 zf-ribbon_3 Ank_2 Ad_cyc_g-alpha
Other DBs
NCBI-GeneID: 100677568
NCBI-ProteinID: XP_023408816
Position
Unknown
AA seq 2820 aa
MKLNPQQAPLYGDCVVTVLLAEEDKVEDDVVFYLVFSGSTLHHCTSTRKISADTLETIAP
GHDCCETVKVLLCASKEGLPVFVVAEEDFHFIQDEAYDAAQFLATSAGNQQALNFTRFLD
RSGPPSGDVNSLDEKVALAFRHLKLPAEWNVLGTDQTLHDGGPRETLMHFAVRLGLLRLT
WFLLQKPGGRGALSIHNQEGATPVSLALERGYHKLHKFLTEENAGEPDSWSSLSYEIPYE
DCSVRHHRERDIYTLTSESESHHEPPFPGDTCTGHIFKLRNIQQQLMKTNLKQMDSLMPL
MVTAQDPSSLPSTPDIDGQFPPCASEPMDSLQPSFPPKDTGSTPCCQGSSAKGQIESSCD
LSSVVKEENTDCSCKEENQGMERKGEEVEPAPTVDSGTVSDQDSCLQSMPDCGKKDTKGF
PSCGNSNEETGTNPFGMTADQESLGSRDNVLQGDLAAEPGTAQHVSGGELAVISTTDVSV
PDTAGEMEHGLMNPDTTFQKNVLEVEKSTKEGVENFRINTAGASDVKVTSKPVDKTSVPN
CVSATSSLDGNEPAESLLAFSNGETSAEGTTETETSSRGYKEGADVPVDQNSLVIPAAAK
DKILDGSEPGTPSASICEAVSASDLTFPGPEKDLISNWKSETNSSHVQSQSSKSPICSTT
GDDKLCADSVGQQNTVTPSGELVAKHCDDIVAQPESIIAGQPITQGSPPVVLSEAPQANT
VISDRVQDTQEHVGLCPPEDTDKGGQGEDLNLDTALTNMHEAASHPQPLVPKAEKEVVPD
QAVTSDSTFSPASRPGSDSVTKDDALSPVPSQEKKGTAAPELHEATDGRDDPGGGSSDPS
EQPLEDSAAGLTTSLSATDLQPSMGNTSPVGLGGQHEGPCPPAAPEVLSIKGLGTGSSLL
SVSKASLATESVLTREGKNLVVPESSSAQGQDDKDKAVICAFIKEDTLSSGASQEEQRTP
PPGQEALGFREEPSSAACAEGNALQHSDSLGTPSAFLNAETEHNKKVAPRGSLLTEGGAA
QSLVPPGASLSVDSRQEALGPEQSSPPLLPGQDVGVKNTQTQGKTAACEVSRNVTLDVAL
VSAQQDTFGARRKDISHNTQDIPISKVLLSQEQNTILGLPGALPDQGVTDLQVATTLEVL
PLDWEKGKLEGVDHSCIVGNSRETQMDKEADQVLLQPIAKELPAETGLLTTENRAPPGMK
EARQAAALHKESSIPTLSSTVSAKAVDLPKGADLIEEAASRIVDAVIEHVKASGALITDK
EISHIPSPSPSESGPVAEQLENVSTEKMNAFLPGETPQMVSVCGEATVNVAVCFAGKEEP
EESVLPVQGPEPATEMPGTKAEDEVDFLSNSKESSVSEVVAIGHITAPMMKQSPKTQVIN
QESWCTIEPCPEAASLLAPKQSPECDENFLHVGLGRECASSQGGLNRQSGSDSDLFHSPS
DETESIVFSKPEEEQLVCDTTGSSSSTDDTASLDRHSSHGSDVSLPQISNLNKSKDPQSL
NGFYSHGMGAERRESESEPAGSGEMEEEEMDSITEVPANCSVLRGSMRSLSPFRRHSWGP
GKNAASDAEMNQRSSMRVLGDVVRRRPIHRRSMSWCPSGVQYSAALSADFTCRSFSLEGL
TGGAGVRNKPSSSLEANSANTKELRHPFTGEERGGSLVSLSEEDLESGQREHRMFEQQSH
RSKQQGFNYCTSAISSPLTKSISLMAISHPASDNSRLFHNTSANLAESITEENYDIPPQS
PSKKDFEGKSGTKVSRTFSYIKNKMSSSKKNKEKEKEKEKIKEKEKDYKEKDKDKKTLNG
HTFGSIPVVGPINCSQCMKPFTNRDAYTCANCGAFVHKGCRESLASCAKVKMKQPKGSLQ
AHDTSSLPTVIMRNKPSQPKERPRSAVLLADETTAAPVFANRRSQQSVSLSKSVSIQNIA
GVGNDESMSNTWKFLSHSTDSLNKISKVNESTESLTDEGVGTDMNEGQLMGDFEIESKQL
EAESWSRIVDSKFLKQQKKDVIKRQEVIYELMQTELHHVRTLKIMSDVYSRGMMTDLLFE
QQMVEKLFPCLDELISIHSQFFQRILERKKESLVEKSEKNFLIRRMGDVLVNQFSGENAE
RLKKTYGKFCGQHTQSVNYFKDLYTKDKRFQAFVKKKMSSSVVRRLGIPECILLVTQRIT
KYPVLFQRMLQYTKDNEVEEEDLAQSLSLVKDVIGAVDSKVASYEKKVRLIEIYTKTDSK
SIMRMKSGQMFAKEDLKRKKLVRDGSVFLKNMAGRLKEVQAVLLTDILVFLQEKDQKYVF
ASLDQKSTVISLKKLIVREVAHEEKGLFLISMGMKDPEMVEVHASSKEERNSWIHIIQDT
MAALNRDEDEGIPSENEEEKKMLDTKARELKEQLQQKDQQILHLLEEKETIFRDMTECST
PLPEDCSPTHSSRILFRSNTEEAPKGGPLMKSAINEVEILQGLVSGSLGGTMGPAISSPI
EQEGMVGPVSLPRRAETFGGFDCHQMNASKGGEKEEEDGQDLRRTESDSGLKKGGNANLG
FMLKRNSEVIQSIVHLHEILSTLQGVVLQQDSYIEDQKLMLSERVLTRSSSRPSSLIEQE
KQRSLEKQRQDLANLQKQQAQHLEEKRRREREWEARERELQEREARLAQWEEKVQRGQQD
LENDLRELQQKKDTYQYDLERLRAAQKQLEREQEQMKRDTERLXQRQIERDISQVSCQHT
KVMRIPSFFPNPEESPLPSAPSIAKSGSLDSELSVSPKRNSLSRTHKDKAFHILSSASQT
SKVPEGPSQTAVSTSTSTRLFGLSKPKEKKEKKKKSKGSRSQPGDGPASEVPAEGEEIFC
NT seq 8463 nt   +upstreamnt  +downstreamnt
atgaaacttaatccacaacaagctccattatatggcgattgtgttgttacagtattgctt
gctgaagaggataaagttgaagatgatgtagttttttacttggtattttcgggttctacc
ctccatcactgtacaagcactcgaaagatcagtgccgatacgttggagaccattgctcct
ggtcatgactgctgtgagacagtgaaagtgctgctctgtgcttccaaagaggggcttccc
gtgttcgtggtggctgaagaagactttcatttcatccaggatgaagcatatgatgcagcc
cagttcctggcaaccagcgctggaaaccagcaggctctgaacttcacccgctttcttgac
cggtcaggacctccatctggggatgtgaattccctcgatgagaaggtagcactggcattc
agacacctgaagctgccagcagagtggaatgtattggggacagatcagactttgcatgat
ggtggcccacgggagactttgatgcattttgctgtgcgattgggactgctaaggttgaca
tggttcctgttgcagaagccaggtggccgtggagctcttagcatccacaaccaggaaggg
gcgacgcctgtgagcttggccttggagcgtggttaccacaaacttcacaagtttttaact
gaggagaatgctggagaaccagactcctggagcagtttgtcctatgaaataccctacgaa
gactgttctgtgaggcatcatcgagagcgggacatctatacgttaacctctgagtctgaa
tcacatcatgaacccccatttcctggagacacttgcactggacacatttttaaacttagg
aacatccaacagcagttgatgaaaacaaacctcaagcagatggacagtcttatgccctta
atggttacagcacaggatccctcaagtcttcccagcaccccagatatagatggccagttc
ccgccctgtgcatcagagcccatggacagcctgcaaccttcttttcctcctaaagataca
ggtagtactccatgctgccaagggagctctgccaaggggcagattgagagttcctgtgat
ttgtcaagtgtagttaaggaagagaacacagattgttcctgtaaggaagaaaatcaaggc
atggagagaaaaggggaagaggtggagccagcccccactgtggactctggaactgtgtct
gatcaagacagctgccttcagagcatgcctgactgtggcaaaaaggacacgaaaggcttt
ccctcctgtggaaacagcaatgaagaaacgggaacaaatccttttgggatgactgcagac
caagagtctctgggcagtagagacaacgtcctgcagggagatctggctgcagagccaggc
acagcccagcatgtctctggaggtgagctggccgttatttcaacaacagatgtcagtgtc
ccagatactgcaggggaaatggaacatggtctcatgaacccagataccactttccagaag
aatgtgctcgaagtagagaaaagtacaaaggaaggagtcgagaactttcgtatcaacaca
gctggagcctctgacgtaaaagtcaccagtaagcctgtggataaaaccagtgttccaaac
tgtgtctctgccaccagttccctggatggtaatgaacctgccgagtctttacttgccttt
agtaatggagaaacctctgccgaaggaactacagaaacggaaacttcaagtagaggttat
aaagagggtgctgatgttcccgtagatcagaactccctggtaattccagctgctgcaaaa
gacaagatactagatgggtcagaacctggcactccctcagcaagcatatgtgaggcagtg
tcagcctccgatttaacttttcccgggccagaaaaagatttaatatcaaactggaaatca
gaaactaattcatctcatgttcaaagtcagagcagcaagtcacccatctgttctacaact
ggagatgataaactttgtgctgattctgtaggtcaacagaacacagtgactcctagtggc
gagctggtggcaaaacattgtgatgacatagttgcccagcctgaaagcatcatagcaggg
cagcccatcacacaaggttcaccccccgtggtcctctctgaagccccacaggctaacaca
gtcatctctgaccgtgtacaggatacccaggaacatgtgggtctttgtcctcctgaagat
acagataaagggggccaaggagaagatttgaatctagatacagctttaactaacatgcac
gaagcagcttctcatccacagccacttgtccccaaagctgagaaagaagtggtgccagac
caggcagtgacatcagacagcactttttctccagcaagcaggccaggcagtgactcagta
accaaagatgacgcactttctcctgtcccctcccaggaaaaaaaaggaacggcagctcct
gaactacatgaggctacagatggcagagatgacccaggcggaggttcgagtgatcccagt
gagcagccactagaagacagtgcagccggccttaccacatccctttctgctacagatctc
cagcccagtatggggaataccagccctgtgggacttggcgggcagcacgaaggtccctgt
cccccagcagccccagaagttctgagtatcaagggattgggcactggttcttccctacta
agtgtgagtaaggcctctttggccactgagtcagttttgactagagaaggaaaaaatcta
gtggttccagaaagctcttcagctcagggacaagatgacaaggacaaagcagtgatttgc
gccttcatcaaggaagacactctttcttcaggagcctcacaggaagagcagagaacacca
cctcctggacaggaagcactgggattccgtgaagaacctagttcagctgcctgtgctgag
ggcaatgcacttcagcacagtgattcactgggcacaccctctgcctttcttaatgcagaa
actgagcataacaagaaagtggccccacgaggatcactgctgactgaaggtggggctgca
cagagcttggtgccaccaggagcaagtctgagtgtagattccaggcaggaagccttgggc
ccagagcagagcagcccacctctgttgccaggtcaggatgttggagtgaagaacactcaa
acccagggaaaaactgctgcttgtgaggtgagcagaaatgtgacattggatgttgccttg
gttagtgctcagcaagatacttttggggccagaaggaaggatatatcacacaacacccaa
gacatccctatttcaaaagtcttgttgagccaggagcaaaatacaatcttgggtttgcca
ggagctttaccagaccaaggtgtgactgacctacaggtagctacaaccctagaggtgcta
ccacttgactgggagaaagggaagcttgagggagtagaccatagctgtattgtgggcaac
tccagggagacacagatggacaaggaagcagaccaagtcctgctgcagcctattgccaag
gagctccctgcagagacagggctcttaaccactgaaaacagggccccacctggcatgaag
gaagccaggcaagctgcagccctgcacaaggaaagcagtattcccactctgtctagcact
gtgtctgccaaagctgtggacctgcctaagggagcagacttgatagaggaggctgcaagt
cggatagtggatgctgtcatagaacacgtcaaggcctcaggagcactgattactgacaag
gaaatcagtcacattccatcacccagtccttctgagtcaggtcctgtggctgaacaacta
gagaatgtttctactgagaaaatgaatgctttcctgccaggggagaccccacaaatggtc
agcgtttgtggagaagccactgtgaacgttgcagtatgttttgccggaaaggaagagcca
gaggaaagtgttctgcctgtccaaggacctgagccggcaacagaaatgccaggcacgaaa
gctgaagatgaagtggattttctgagtaattccaaagagagttcagtttctgaagtggtg
gccatagggcacataactgcacctatgatgaaacaaagcccgaagacccaggtgataaac
caagaaagctggtgtaccatagaaccatgccctgaagcagcatctcttttggctcccaag
cagagcccagaatgtgatgaaaacttcctccatgttggactgggcagagagtgtgcctcg
tcacaaggtggacttaacagacagtctgggagtgattctgacctctttcactcgcccagt
gatgaaacggaaagcatcgtcttctcaaagcccgaggaagagcagttagtatgtgatacc
actggatccagttcttccaccgatgacacagcttccctggatcgacattcttcccatggc
agtgatgtgtccctcccccagatttcaaatttgaacaagtccaaggatccacaaagcctt
aatggcttctacagccatgggatgggagctgagaggcgagagagtgagagtgagcctgct
ggttcaggtgaaatggaagaggaggagatggacagcatcactgaggtgcctgcaaactgc
tctgtcctgaggggctctatgcgctctctgtcccctttccggagacacagctggggtcct
gggaaaaatgcagccagcgatgcagaaatgaaccaacggagttcaatgcgagttcttggg
gatgttgtcaggagacgtcccattcataggagaagtatgagctggtgtccttctggtgtg
caatactctgctgccctgagtgctgactttacttgcagaagtttcagtctcgaaggcttg
acaggaggagctggtgtcagaaacaagccttcctcatctctagaagcaaactctgcaaac
accaaagagctcaggcatcccttcactggtgaggagcggggcggctctttggtgtcactt
tcagaagaggatctggagtcgggccagagagaacataggatgtttgagcagcagagtcac
agatctaaacaacagggatttaattactgtacctcagccatttcttctccactgacaaag
tccatctcattaatggcaatcagccatcctgcatcggacaattcacgactgttccacaac
accagcgctaatctggctgaaagtataacagaagagaactatgatatcccgccacaaagc
ccttccaagaaagattttgaaggaaagagtggaacaaaagtcagccgcacattcagctac
atcaagaataaaatgtccagcagtaagaagaacaaagaaaaggaaaaagagaaagagaaa
attaaggagaaagagaaagattataaagagaaggacaaggacaagaagactcttaatggc
cacaccttcggttccattcctgttgtgggtcccatcaactgtagccagtgtatgaagcct
ttcaccaacagagatgcctacacttgtgcaaattgtggcgcttttgtccacaaaggctgt
agagaaagtctggcctcctgtgcaaaagtcaaaatgaagcagcccaaagggagccttcag
gcacatgacacgtcatctctacccacagtcattatgagaaacaagccttcacagcccaag
gagcgccctcggtcagcagtcctcctggctgatgaaaccactgccgccccagtgtttgct
aacaggcggtcccagcagagtgtctcactttccaaaagtgtctccatacagaacatcgct
ggagttggcaatgatgagagcatgtcaaacacctggaaattcctgtctcattcaacagac
tcactaaataaaatcagcaaggtcaacgagtcgacagagtcactgactgatgagggagta
ggtacagacatgaatgaaggacaactaatgggagactttgagattgagtccaaacagcta
gaagcagagtcctggagtcgaatagtggacagcaagttcctgaaacagcaaaagaaagat
gtgatcaaacggcaagaagtgatttatgagttgatgcagacggagttacatcacgtccgc
acactcaagatcatgagcgatgtgtatagccgggggatgatgacggatctgctctttgag
cagcaaatggtggagaagctgttcccctgtttggatgagctcatcagtatccatagccag
ttcttccagaggatcctggagcggaagaaggagtctctggtggaaaaaagcgaaaagaac
tttctcatcaggagaatgggcgatgtgcttgtcaaccagttttcaggtgagaatgcagaa
cgcttaaagaagacatatggcaagttttgtgggcagcacacccagtctgtaaactacttc
aaagacctttataccaaggataagcgttttcaagcctttgtaaagaagaagatgagcagc
tcagtggtgagaaggcttggaatcccagagtgcattttgcttgtgacccagcgcatcacc
aagtacccagttctattccagagaatgttgcagtataccaaagacaatgaagtggaggag
gaagatttagcccagtccttgagtctggtgaaggatgtgattggagctgtagacagcaaa
gtggcaagttatgagaagaaagtgcgtctcattgaaatttatacgaagacagatagcaag
tcgatcatgaggatgaagagtggtcagatgtttgcgaaggaggatttgaaacggaagaag
cttgtgcgggacgggagtgtatttctgaagaacatggctggaaggttgaaagaggttcaa
gcagttctgctcactgatattttagttttccttcaagaaaaagaccagaagtacgtcttt
gcgtcattggaccagaaatcaacagtgatctctttaaagaagctgattgtaagagaagtg
gcccatgaggagaaaggcttattcctgattagtatggggatgaaagaccccgagatggtc
gaagtccacgccagctccaaggaggagcggaacagctggattcacatcatccaggacacg
atggccgccctgaacagagatgaagacgaaggaatccctagtgagaatgaggaggaaaag
aaaatgttggacaccaaagcccgggaattaaaagaacaacttcagcaaaaggaccagcag
atcctacacttactggaagagaaggagacaattttccgggacatgacagagtgcagcacc
ccgttgccagaggattgctccccaacacacagctctaggatcctcttccggtccaacaca
gaagaggctcccaaaggaggacctttaatgaaaagtgcaatcaatgaggtggagatcctt
cagggtttggtgagcggaagcctgggaggaacaatggggccagcaatcagcagcccaatt
gagcaagaaggcatggtcggccctgtttccttgccccggagagcagagacctttggagga
tttgactgccatcagatgaatgcttccaaaggaggagagaaggaagaagaagatggccaa
gatcttaggaggacagaatcggatagtggcctgaagaagggtggtaacgctaacctgggc
tttatgcttaaaagaaacagtgaggtcatccagagcattgttcacctccacgaaattctg
agcactttgcagggtgtggtgttgcagcaggacagctacatcgaggaccagaagctgatg
ctgagtgagcgcgtgctcacacggagctcctcccgccccagctccctcattgagcaggag
aagcagcgcagcctggagaagcagcggcaggatctggccaacctgcagaagcagcaggcc
cagcacctagaggagaaacgcaggcgcgagcgggagtgggaagcccgtgagagggagctg
caggagcgcgaggcccggctggcccagtgggaggagaaggtgcagcgtgggcagcaggat
ttagagaacgacctcagggagctccagcagaagaaggacacataccagtatgacctggag
aggctgcgtgcggcccagaaacagctcgagagagagcaggagcaaatgaagagagacacg
gagcgcctcnaccaaaggcagatagaacgggacatctctcaggtctcatgtcagcatacc
aaggtgatgaggatcccgtccttcttccccaatcctgaggagtcccctctgccttctgca
ccttcaatagccaaatcagggtcactggactccgaactttcagtgtccccaaaaaggaac
agcctctctcggacacacaaagataaagcttttcacatactgagttcagccagccagaca
agtaaagtacccgaggggccaagccagactgcagtgtccacctccacctccacccgcctg
tttgggttatctaagccaaaggagaagaaggaaaagaagaagaagagcaaagggagccgt
tctcagcctggtgatggccctgcatctgaagtaccagcagagggtgaagagatcttctgc
tga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (42)   
   KEGG ORTHOLOGY (1)   
   RefGene (38)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (16)   
   RefSeq(pep) (16)   
DNA sequence (16)   
   RefSeq(nuc) (16)   
Protein domain (10)   
   Pfam (10)   
All databases (89)   

Download RDF
DBGET integrated database retrieval system