KEGG   Phascolarctos cinereus (koala): 110193016
Entry
110193016         CDS       T05867                                 
Symbol
AKAP13
Name
(RefSeq) A-kinase anchor protein 13 isoform X1
  KO
K16529  A-kinase anchor protein 13
Organism
pcw  Phascolarctos cinereus (koala)
Pathway
pcw04928  Parathyroid hormone synthesis, secretion and action
pcw05163  Human cytomegalovirus infection
Brite
KEGG Orthology (KO) [BR:pcw00001]
 09150 Organismal Systems
  09152 Endocrine system
   04928 Parathyroid hormone synthesis, secretion and action
    110193016 (AKAP13)
 09160 Human Diseases
  09172 Infectious disease: viral
   05163 Human cytomegalovirus infection
    110193016 (AKAP13)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:pcw04131]
    110193016 (AKAP13)
Membrane trafficking [BR:pcw04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    110193016 (AKAP13)
SSDB
Motif
Pfam: PH_16 RhoGEF PH C1_1 Prok-RING_1 C1_2 Ank_2 PTEN_C2 zf-ribbon_3
Other DBs
NCBI-GeneID: 110193016
NCBI-ProteinID: XP_020820196
UniProt: A0A6P5IMT6
Position
Unknown
AA seq 2878 aa
MKLNPQQAPLYGDCVVTVLLAEEDKVEDDVVFYLVFSGSTLHHYTSTRKVNPDTLETIAP
GHDCCETVKVLLCASKEGLPVFVVAEEDFRFIQDEVYDAAQFLATSAGNQQALNFTRFLD
RSGPPSGDVNTLDEKVALAFRHLKLPEEWNVLGTDPTLNDGGPRETLMHFAVRLGLLRLT
WFLLQKPGGRGALSIHNSEGETPASLALERGYQKLHRLLTEENAGEPDSWSSLSYEIPYG
DCSVRHHRELDIYTLTSESDEESLHPRDSRTGHIFKLRNIQQQLMKTNFRQTEDRIPLMI
TSQNPPPTHSVLDVDDQQHSSPLGLGGRDNPDHKGDPVSLDEKSDDLSNLTSKGKTDCSC
RRKDKCVERKEEEVEPAQFVVSEIVSEKDRCLQSTPASVNNTEDLTSFGNTNEETGMTSP
GTVLDHEHMSSGDGATGEVHISEWSQDENAPGADGVTNSEAECTTPEATEKVECDLRIPE
ATLQKSLCEMQESKTDRLNESSSVSRAGTLDVERNSGPVEEPSVPNGIDSPSSLDSNEHL
QPSSTIGKGETITKETVPGTETSSRSSKENSDPVAENQGVGDQHSLIISSLAKYATGQEE
VLEELEMDSSLTSMCKTGSPSDSTLTSPEKEPVLNQTSKGSSAQDQDQEIESTICCTTEE
DEFSFDFVRQQNSVTPLGDMETESKDGKPIHSKDVKGNSSNSPAEVQMKESCLSEGVSDP
EGDNQGSEVPRSIAILNEGNLTQDLKLDTPSPPRHKSVSPPHPALLEAKESFILNQAMAS
ENNFTQPDRPSIESVTEDDAISFVPSRQEKGTATPETKAEEYLCGPALELCVPNKLPTED
SSVSLPSFLPAPDSQLSMGNSISVEGDSGVEGLSDKTVDVLESDSSAPSERTSVLPADSA
LSSMDEEPVGPESTVVQEQDKENEAAACSVTTDDPLCSISLPKEETPPPGEETSELGDQP
VLDSCAEGRILKHNNNSVGTPSAILNAEPEQNKEVAAKVSLRAEQSIVVQCQVPLEAGLS
ADRQGTFGSGECSLPLPAVTNKTKADPEQDRSEACDREKSVAAKSEVKETQSKRDFSSCE
ESRNVTVDSREEATQDPSVLGTKEIPRGHQDVLVQKNMADQENDIILGLPGAPPEGEILE
KQTVITEVLPTGKEKGEANETVPIVRHLKEVEVDSVVPRVLLQPIAEELLPCENDVTGDM
VPLAGEGDTTPCVGKTKETLPDGDGAEQKTSFRDVPSQSLPIQADASDSLERENLIEETA
NHLVDTILEKVRATGGALAVGEGGSPPQCDTTKPNPVAEELEESAAAEGPWVTPEDGPAK
GELVVNSKVWTTKKEEREKVPGHSQESEPVAEMPDMKAEDEVDFLDNSRKDSISEEMDVA
KHKTKHTVKTQMINRESWCTIEPCPDPSLLASKQNPECENFLEVGLGGKCASSQGVLKRQ
SGSDSDLFPSPSDEIDDGIIFPKPEEEQSVCDVTGSSSSTDDTASLDRHSSHGSDISLPQ
IRNLNRTKDRQSLDGSYSHTVGVERQESESEPAGSGEMEEEEMDSITEVPTNCSVLRNSM
RSLSPFRRHSWGPGKNAASDAEMNHRSSMRVLGDVVRRPPIHRRSMSWCPSGVQYSAALS
ADFNCRSFSLEGLSGGAGDSSKPSSALDASSKELRQSPFSGEERGDSLVSLTEEDLEADQ
REHSMFDHKPHQRSKQQGFNYCTSAISSPLTKSISLMTISHPGLDKAQEQIQPARRISFS
VSISPLLLKSKTVFSLGSSSSDEEEKLHNSRPFHNTSANLTESVTEQAFSFVPQSPSKKD
FEEKSGTKVSRTFSYIKNKMSSSKKSREKEKDKDKIKEKDKDSKEKEKDKKTLNGHTFAS
IPVVGPISCSQCMKAFTNKDAYTCANCGAFVHKGCRESLASCAKVKMKQPKGSLQAHDTS
SLPTVIMRNKPSQPKERPRSAILVPDETSVAPLFSSRRSQQCASLSKSVSIQNIAGVGND
ESMANTWKFLSHSTDSLNKISKVNESTESLTDEGTDMNEGQLMGDFEMDSKQLEAESWSR
IVDSKFLKQQKKDIVKRQEVIYELMQTELHHIRTLKIMSDVYSRGMMTDLLFEQQMVEKL
FPCLDELLSIHSQFFQKILERKKESLVEKSEKNFLIKRIGDVLVNQFSGENAERLKKTYG
KFCGQHNQSVNYFKDLHTKDKRFQAFVKKKMSSAVVRRLGIPECILLVTQRITKYPVLLQ
RILQCTKENDLEQEDLAQSLSLVKDVIGAVDSKVANYEKKVRLNEIYTKTDSKSIMRMKS
GQMFAKEDLKRKKLVRDGSLFLRSAAGRLKEVQAVLLTDILVFLQEKDQKYVFASLDQKS
TVISLKKLIVREVAHEEKGLFLISMGMKDPEMVEVHASSKEERNSWIQIIQDTINTLNRD
EDEGIPSENEEEKKLLDAKARELKEQLQQKDQQILTLLEEKEMIFRDMTDCSTPLSEDSS
PTHGSRVLFRSNTEEVPKGGPIMKSAINEVEMLQGLVSGSLGGTLGQSISSTSEQEGGIV
GPVSLPRRAETFGGFDSHQMNASKGGGEKEDGDDGQDLRRTESDSGLKKGGNANVVFVLK
RNSEQVIQSIVHLHELLSTLQGVVLQQDSYIEDQKLMLSERAITRSSSRPNSLIEQEKQR
SLEKQRQDLASLQKQQAQHLEEKRRREKEWEAREKELMERETRLTQWEEKVQRGQQDLDK
DREELQQKKAAYQSDLERLRAAQKQLEKEQEQVKREMERLTQRQAEHDANQVSHQHSKLM
RIPAFFPNPEEPSQLTASSISQSGSLDSELSISPKRNSISRTHKDKGPFHLLSSTSQASK
VSEGQSQIPVSTSASTRLFGLAKPKEKKEKKKKSKGGRSQPGDGHSPEAPAEGEEIFC
NT seq 8637 nt   +upstreamnt  +downstreamnt
atgaaacttaatccacaacaagctccgttatatggtgactgtgttgtcacagtgttgctt
gctgaagaggataaagtcgaagatgatgtagttttttacttggtgttttctggctccact
ctccaccactatacaagcaccaggaaagtgaatcctgataccttggagacaattgctcct
ggtcatgactgctgtgagacagtgaaggttctgctctgtgcttccaaagagggactccct
gtttttgtggtggctgaggaagattttcgcttcattcaggatgaagtatatgatgctgcc
cagttcctggcaaccagtgctggcaaccaacaggctctgaacttcaccaggtttctggat
cgatcaggaccaccctctggagatgtgaacactctagatgagaaggtggcgctggcattc
cgacacctcaaactgccagaagaatggaacgtgctgggaacagacccaactttgaacgat
ggtggcccacgggaaacattaatgcattttgcagtgagactgggactgctgaggttaact
tggtttctgttacagaagccaggtggaagaggagctctcagcatccacaacagtgaagga
gagactcccgccagcctggctttagaacggggctatcagaagcttcatcgacttttgaca
gaggagaatgctggagaacctgactcgtggagcagtttatcctatgaaataccttatggg
gattgctctgtgagacatcaccgagagttggacatttatacattgacatctgaatcagat
gaggaatccctacaccctagagacagtcggacaggacatatttttaaactcaggaacatc
cagcagcagcttatgaaaacaaacttcagacagacagaggatcgtatccctttaatgata
acatcacagaaccctccacctactcacagtgtcctggatgtggatgaccagcagcattct
tctccactgggacttggaggcagggacaaccctgaccacaaaggggacccagttagtttg
gatgaaaagtcagatgatctttcaaacctgacgagcaaagggaagacagattgttcctgt
agaaggaaagataaatgcgtggagagaaaagaggaagaggtggagccagcacaatttgta
gtctctgagattgtgtcagagaaagacagatgcttacagagtacacctgctagcgtgaat
aacacagaagaccttacatcctttggaaatacaaatgaggaaactggaatgacatctcct
ggaactgtgttggaccatgaacacatgagcagtggagatggtgccacaggggaagtacat
atcagtgagtggagccaagacgaaaatgcccctggagctgacggggtcaccaattcagaa
gcagagtgcacaactccagaagcaacagagaaagtggaatgtgatctcagaattcctgag
gccactctccagaagagtctgtgtgaaatgcaagaaagtaaaactgatagacttaatgag
agctccagtgtcagcagagctggaaccctggatgtagaaagaaacagtggccctgtggag
gagcccagtgttccaaatggcattgactctccaagttccttagacagcaatgaacatctt
cagccttcatctacaattggtaaaggagaaaccattactaaagaaactgtgccaggaacc
gaaacttcaagcagaagtagcaaagagaactcagatcctgtagcagagaaccagggagtt
ggggatcaacactcccttatcatttcatctttagcaaaatatgccactggtcaggaagag
gtattggaagagttagaaatggattcttctttaaccagcatgtgtaagacaggctcacct
tctgattcaactttgaccagcccagaaaaagagccagttttgaaccagacatcaaaaggc
agctcagctcaagaccaagatcaggaaattgaatcaaccatctgctgcacaacggaagag
gacgaatttagttttgatttcgtacgtcaacagaattcagtgactcctcttggagacatg
gaaacagagagcaaggatggcaaacccatccattccaaggatgtgaaggggaattcatca
aattcacctgctgaagttcagatgaaagaatcttgtttgagtgagggagtctctgatcct
gaaggagataaccagggatctgaagttccccgttctatagcaattttaaatgaaggtaac
ctaacacaggatttaaaactggacaccccttcaccccccagacataaatcagtttcacct
cctcacccagccttgctcgaagcaaaagaaagttttatactgaatcaggcaatggcatct
gaaaataattttactcagccagacaggccctcgattgaatcagtaactgaagatgatgcg
atttcttttgttccctcccggcaagaaaagggaacagcaactcctgaaacaaaggcagaa
gaatatctctgtggcccagcactagagctctgtgtgcccaacaaactgccgacagaagac
agctcagtgagcctgccatcttttcttcctgctcctgattctcagctaagtatgggaaat
tccatttctgtagaaggggacagtggggttgaaggtcttagtgacaagacagtggatgtg
ttagaatcagattcttctgcacccagtgaaaggacaagtgttttacctgccgattcagct
ttgtccagcatggacgaggagccagtggggccagaaagtactgtagttcaggaacaagat
aaagaaaatgaagcagctgcctgttctgtaactacagatgatccactttgttcaatttcc
ttgcctaaagaggagacgccacctcctggagaagagacatcagagcttggtgatcaacct
gtcttagactcatgtgctgagggcagaatacttaaacacaataataattcagtgggcaca
ccctctgccattctcaatgcagaacctgaacaaaacaaggaagtggctgcaaaagtttca
ctgcgagctgagcaaagcatagttgtacagtgccaggtgccattagaagctggtttgtct
gcagacaggcaggggacgtttggctctggagagtgcagcttgccattgccggcagtgaca
aacaaaaccaaagctgacccagaacaagatagatctgaggcttgtgacagggaaaagtca
gtggctgcaaaatctgaagtaaaagagactcagtctaaaagggacttctcctcttgtgaa
gagagtagaaatgtaactgtggattccagagaggaggctacccaggatccttctgtgttg
gggacaaaggagatacctaggggccaccaggatgttctggtacagaaaaacatggcagac
caagagaatgatataatcttgggcctaccaggagccccaccagaaggtgagatcttggag
aagcaaactgtaatcacagaagtgctgcctactggtaaggagaaaggggaggcaaatgaa
actgtccccatagtaagacatctgaaggaagtggaggtagacagtgtagtaccaagggtg
ttgctacagcccattgctgaagagctgctgccctgtgagaacgacgtcactggggacatg
gtgcccttggcaggtgagggcgacaccaccccttgtgtgggcaaaaccaaggaaaccttg
cctgatggggatggggctgaacaaaagacaagcttccgagatgttccttctcaaagtctg
cctattcaggccgatgcttcagattcactggagagagaaaacctgatagaggaaactgcc
aaccatttggtggatactattcttgaaaaagtgagagctacaggtggggcgctcgccgtg
ggagagggcggtagccctccacagtgtgatactactaagccaaaccctgttgctgaggag
ctagaggaaagtgctgctgcagaagggccttgggtgactccagaagatggacctgctaaa
ggagaattagttgtaaactcaaaagtgtggacaaccaaaaaagaagaacgggaaaaggtt
cctggacactcccaagaatctgaacctgtggcagaaatgccagacatgaaagcagaagat
gaagtggattttctggataattccaggaaggactcaatttctgaagaaatggatgtagct
aagcacaagacaaagcacactgtaaagactcagatgataaaccgggaaagctggtgtaca
atagagccatgcccagatccgtcactgttggcttccaaacagaacccagaatgcgagaac
ttcttggaagttggactgggtggcaagtgtgcctcctcccagggtgtacttaaaagacaa
tctggcagtgattctgacctcttcccttcacccagtgatgaaattgatgacggcattatc
tttccaaagcctgaagaggagcaatcagtctgtgatgtcactgggtccagctcttccaca
gatgacacagcctccctggaccggcactcttcccatggcagtgacatctccctcccccaa
attcggaacctgaacaggaccaaggatcggcagagcctcgatgggtcctatagccacacg
gtaggagttgaaagacaggaaagtgagagtgaacctgctggctcaggtgaaatggaagaa
gaggagatggatagcatcaccgaagtgcccacaaactgctctgtcctgagaaactctatg
cgttctctgtcccctttccggagacacagctggggaccagggaaaaatgccgccagtgat
gctgagatgaatcaccgaagttcaatgcgagttcttggggatgttgtaaggaggcctccc
attcataggagaagtatgagctggtgtccctctggcgtacaatactctgctgccctgagt
gctgactttaattgtagaagtttcagtttagaaggcctatctggaggagctggggacagc
agtaagccatcctcagctttggatgcaagctcaaaagagctgaggcaaagccccttcagt
ggcgaggaacgtggtgactctttggtgtcactcactgaagaggacctggaggcagaccag
agagagcacagcatgtttgaccataagccacaccagagatccaagcaacaagggtttaat
tattgtacatcagccatttcttctccattgacaaaatccatctccttaatgacaattagc
catcctggactggacaaggcccaggagcagatacagccagcaagaaggatttccttctcc
gtcagcatctctccacttctccttaagtctaaaactgtcttttctcttggctcttcttcc
agtgatgaagaggagaagttgcataattcacgacccttccacaataccagtgctaatttg
actgaaagtgtaactgaacaggcttttagctttgttccacaaagcccctccaagaaagat
tttgaagagaaaagtggaacaaaagtcagtcgcactttcagctacatcaagaataaaatg
tccagcagtaagaagagcagagagaaggagaaggacaaagacaagattaaggagaaagat
aaagattccaaagagaaagagaaggacaagaagacgttgaacggacatacatttgcttcc
atccctgttgtggggccaatcagttgcagccagtgtatgaaagctttcaccaacaaagat
gcttatacatgtgcaaattgtggtgcttttgtccacaaaggctgtagagaaagtctggct
tcttgtgcaaaggtcaaaatgaagcaacccaaaggaagtcttcaggcccatgacacttcc
tcacttcctacagttattatgaggaataaaccctcacaacccaaagaacgcccacgttct
gcaattcttgtgcctgatgagacctctgtggccccattgttctctagcaggcggtcgcag
cagtgtgcctcactttccaaaagtgtctctatacagaatattgctggagttggcaatgat
gagagcatggcaaacacttggaaattcctgtcccattcaacagactctttaaataaaatc
agcaaggtcaatgagtccacagaatcactcactgatgagggaactgatatgaatgaaggg
caactcatgggagattttgaaatggattccaaacagctggaggcagaatcctggagccgg
atagtagatagcaagtttttgaaacaacaaaagaaggatatagtcaagcggcaagaggtg
atttatgagttgatgcagacagaattacatcacatccgcactctgaagatcatgagtgat
gtgtatagccgaggaatgatgacagacctactctttgagcagcaaatggtggaaaagctg
ttcccatgtttggatgaactcctcagtatccacagccagttctttcagaaaattttggaa
agaaagaaggaatccctggtggaaaaaagtgaaaagaattttcttatcaaaaggataggc
gatgtccttgtgaatcagttttcaggtgagaatgcagagcgcctaaagaaaacatatggc
aaattctgtggtcagcacaaccagtctgtgaactatttcaaagaccttcacactaaggat
aagcgctttcaggcctttgtaaagaagaagatgagcagtgcagttgttaggaggttgggt
atcccagaatgcattttacttgtaacccagcgcattaccaaatatccagttttgttacaa
agaatattacagtgtaccaaagaaaatgacttagaacaggaagatctggcccagtccctg
agcctggtgaaagatgtgattggagcagtggacagcaaagttgcaaattatgaaaagaaa
gtccgtctcaatgagatttacaccaagacagacagcaagtcaattatgaggatgaagagt
ggacagatgtttgccaaggaagatttgaaacgaaaaaagcttgttcgagatgggagtctc
ttcctgaggagtgcagcagggaggctgaaagaagttcaggcagttctactcacagacatt
ctggttttccttcaagaaaaagaccagaagtatgtctttgcatcactggaccagaaatca
acggtgatctcattaaagaagttgattgtacgagaagtggcccatgaagagaagggctta
ttcctaatcagtatgggaatgaaggatccagagatggttgaagtccacgccagctctaag
gaggaacgaaacagttggattcaaatcattcaagatactatcaataccctgaacagagat
gaagatgaaggaatccccagtgaaaatgaagaagaaaagaaattgttggatgcaaaagcc
cgagaattaaaagagcaactccaacagaaagatcagcagatcttaactctgttggaggaa
aaggagatgattttccgagacatgacagactgcagtacacccttatcagaggacagttca
ccgactcatggctccagggtactattcaggtccaacactgaagaggttccaaaaggaggg
cccatcatgaaaagtgcaataaatgaagtggagatgctacaaggcctggtgagtggcagc
cttgggggcacacttggacagtccatcagcagcacctcagagcaagaaggaggaatagtt
ggcccagtttctttacctcggagagcagaaacctttggagggtttgacagccaccagatg
aatgcctcaaaaggtggtggtgaaaaggaagatggagatgatggccaagatcttcggagg
acagaatcagacagtggtctaaaaaagggtggaaatgctaacgtggtatttgtattgaaa
agaaacagtgagcaagttatccagagtattgttcatctccatgaacttcttagcactctg
cagggtgtggtgttacagcaggatagctacattgaggaccaaaagttgatgctcagtgag
agggcaataacccggagctcctccagaccgaactctctgattgagcaagaaaagcagagg
agcctagaaaagcagcgacaggatctggccagtctgcagaagcaacaggctcagcacctg
gaggagaaacgcaggcgggagaaagaatgggaggcccgagagaaagagctgatggagcgg
gaaacacggttgacccaatgggaggagaaagtccaacgggggcagcaggacctggacaag
gaccgagaagagctccagcagaagaaagcagcatatcagtctgacctggagcggctccga
gccgcccagaagcagctcgagaaggaacaagagcaagtgaagagagagatggagagatta
acccaaaggcaggcggagcatgatgctaatcaggtttcacatcaacacagtaaattgatg
cggatcccagccttcttccccaatcctgaagaaccttcccagctaacagcatcttccata
tcacaatcagggtctttggactcagaactttctatatcccccaaaaggaacagcatctcc
cggacacataaagacaaaggtccgttccacttactcagctccaccagccaggcaagtaaa
gtatcagaggggcagagccaaatcccggtctccacctctgcctccacacgcctctttggt
ttagcaaagccaaaggaaaagaaggagaagaagaagaagagcaagggaggccgttctcag
ccaggtgatggccattcacctgaagcaccagcagaaggtgaagagattttctgttga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (13)   
   UniProt (1)   
   RefSeq(pep) (12)   
DNA sequence (13)   
   RefSeq(nuc) (13)   
Protein domain (9)   
   Pfam (9)   
All databases (43)   

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