KEGG   Pelodiscus sinensis (Chinese soft-shelled turtle): 102452770
Entry
102452770         CDS       T02980                                 
Symbol
AKAP13
Name
(RefSeq) A-kinase anchor protein 13 isoform X1
  KO
K16529  A-kinase anchor protein 13
Organism
pss  Pelodiscus sinensis (Chinese soft-shelled turtle)
Brite
KEGG Orthology (KO) [BR:pss00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:pss04131]
    102452770 (AKAP13)
Membrane trafficking [BR:pss04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    102452770 (AKAP13)
SSDB
Motif
Pfam: RhoGEF PH_16 C1_1 Ank_2 Prok-RING_1
Other DBs
NCBI-GeneID: 102452770
NCBI-ProteinID: XP_025037465
Ensembl: ENSPSIG00000015102
Position
Unknown
AA seq 2754 aa
MQLHVWVMKLIPQQAPLYGDSIITVQLPEDVLEDDVTFYLVFTGSTVQHCTSTRKINPGT
LETIAPGHDCCETVKVALCASKEGLPALVLGEESFQFIQDEAYDAAQFLATCAGNQQALN
FTRFLDRSRLPSGDVDFLDEKVALAFRHLKLPAEWNVLGTDQTLNESSPRETLMHFAVRL
GLLRLTWFLLQQPGGRGALCIHNNEGATPVSLALERGYQKLYQLLTEEEAGEPDSWSTLS
HTVHSGDYCVKHHRGLNVYTLTTEAKEEAKASMEHDIEQLQKYIASHQHGNATEQPEPEL
STSEDNCNTGTELKGYPAAAAPPSEEMPTEESTSALVNFDAKQLSAPTCHKESQCDSGND
TSDDLLSLTSTKNPGFSCERQNSAMLRKKEEEGPAAIVDSGTVSDKKDGRLSSNAVVNGA
ASLSCCGNTSEETGMTSTGVILNQASLCCRDNTQQEVRIIEEHTTQSTVAAAETAGKAPT
PWEGVDVAMGQTECKNCTGMVDASSVQQHEENGGDETRGSKTTCLKEPPPVSGKLIHAVV
PLLGDFGDTVCDGEECEGAQGIQAQDSVSTHVNSDAVPVGCGATSDSKRNGADSNSEISK
MSLSKDLVQEEPIVKERQNVIANTEEELLVTQIKVSENALKQDPVGLEVNNNSKSGKLGV
ENVNGDIGLNELGLSDNMPNDSNAEMKNKPLDRPGPSDVESMSCPESSKTVALSVESEGD
SQALKRMPQETETMDGGSIDSAEGGLGSAGNCHAENKAVLKGEEMCDSLKPDTASASKCE
SGPHLPLDKDLSSAEKVPLQNQLVISESISEQEGVDKQIKSFSSSLFKGNVQQEEAIGQE
RDAAVAPPGQVVSVHSNDPVFPSCAMGTECVQDNLMDTPSANHNKEPKQNQEVAAATAAE
RAVLAEQDNSVHGKVTAETSLPLDSEEKDGQSPSQTDEENKAESSQELRESGTLGKEKGL
SEELAAVVKSSVCSQGEETAVNDSNAAIGQKEEISCQEADDNAAVDAEEGIVPGSESEYK
LLHTKNEPSPNAVLNQEHDLSEGIEGDTLQSRALDLKEVFAMEAPSVPFEPLGVAVTSTV
TDDREKEEEVNNVLSRASLQPIAEEPPCDSDSSTDTICLISEREAGSEVKETQQEVLDLS
SKDPEEQSNPMLEACFSQSVLCNINAATEPSEDVEAKSLIPEADCLQLDNVANSPVAFVS
MLETPSVPESAVEKLESVPVGVLPTSSPEAGVVTGAILNGEMDLSLQFELMRNGDASPEA
LGSEPITEKLEMKTEDEVDFLKDPSAHAVSEETINRESWCSIEPCSDPSLLEPTQAHESR
ECENFLEDGLSGDCASSQSVLKGETGSESEFFSLPGDGMDDIIFGKPEEEQSTCDITSSS
SSADDTMSLERNSSLGSDISLPQALNFNRPKERHTLDGSCINMAAGGGQESELGGSCEME
EEMDSITEVPPHSSVLRNSMRPLSPFRRHSWGPGKNAANEAEMNHRSSMRVLGDGIRKPP
IHRRSLSWCPSGVQYITMGADFNCRSYSLEGLAGDSNDNKKPSSNLETSSLSCKDLRPSP
LASDDRGSLVSLTEEEVESEQGESRGFDRQIRQRSQPHGFSFCASPTSSPLTKSISLMTI
IQPGLDTQRRTRPSRRISFSFNISPLIPKSKTLFSIGSSSSDEEEELNSTRLFNSTSSSL
SQSVSEESGNVLPPSPSRKDLEGKSGTKVSRTFSYLRNKMSSSKKSKEKEKDKEKTKEKD
KDSKEKEKDKKMLNGHLFSPTPTVGPISCYHCMKPFNKDSHLCANCNAIVHKGCKESLAS
CAKVKMKQQKGMLQAHDTSSLPTVIMRSKTSQPKERPRSAILAPDESTITSVLNHRRSQQ
STTLSKSVSIQNIAGVVDENIIHTWKFLSQSTDSLHKISRVNESTESLTDEGADMNEGQL
MGDFEMDSKQLEAESWSQVVDSKFLQQQKENVVKRQDVLYELMQTEMHHVRTLKIMSDVY
SRGMMQELQFEQQMVEKVFPCLDDLLNIHSQFYQRILERKKESLVNKSEKNFVIRRIGDI
LVNQFSGENGERMKKTYGKFCGHHNEAVNYFKDLQSKEKRFQAFIKKKMSSAVVRRLGIP
ECILLVTQRITKYPVLLQRILQYTKENEVEHQDLTQSLNLVKDVIAAVNSKVSNYEKKTR
LSEIYTRTDSKSIMRMKSGQMFAREDLRRRKLIRDGPVSLKNTAGRLKEVLAVLLSDTLV
FLQEKDQKYVFASLDQRSTVISLKKLIVREVAHEEKGLFLITTVVKDPEMVEIERNSWIQ
IIQDTINTMDKDEDEGIPSESELEKRVLDTKARELKEQLQQKDQQILALLEEKEKIFRDM
TDCSMQEDSSVSRVLFRSNTEGVQKGMTVMKHAINEVEYLQSLISRNLGSALVAADLLPN
SEQEGGVGPISLPRRAETFGGFDSHQMNASKCGEKDEGDDAQDLRRTESDSILKKGGNAN
LMYVLKRNSEQVLESITYLHSLLSTLQAVVLQQDTYIEDQKVMLSERALMRSSSRPNSLI
EQEKQRSLEKQRQELANLQKQQAQHQEEKRRREKEWEAREKELTERETGLGQREEQAQKG
HQELEKGREELKLKKEAYQLDLERLRTAQKQLEKEKEQFKREVERLPPVQMEPDLRQASN
LPDKTVRIPSLPTAEDSKQHSFSLSKQGHLDAGLSVSPKRNSLSRTHKEKGTFHLLSTTN
QTNKAAEGQQPARLFSLAKPKEKKEKKKKGKGQRSQPADAHSSEAPPEGEEIFC
NT seq 8265 nt   +upstreamnt  +downstreamnt
atgcagttacatgtttgggtcatgaaacttattccacagcaagcaccgttatatggtgac
agtattattacagtacagctgcctgaagatgtacttgaagatgatgtaactttttacttg
gtgtttactggctccactgtccaacactgcacaagcactagaaaaattaatcctgggaca
ttggaaaccattgctcctggccatgactgctgtgagacagtgaaggtggcactttgcgct
tccaaggaagggctccctgctctagtgctgggagaggaaagttttcagttcattcaggat
gaggcctatgatgcagctcagttcctagcaacctgtgctggaaaccagcaagcactgaac
ttcacaagattcctagaccggtcaagactcccctctggggatgtggattttctggatgag
aaagtggctttggcatttcggcatctgaaactgccagcagaatggaatgtattgggaaca
gaccagacactgaatgagagtagcccccgggagacattgatgcattttgcagtgaggctg
ggcctgctgagattgacatggtttctgctacagcagccaggtggaagaggagctctttgc
atccacaacaacgaaggggctacgcctgttagtttggccttggagcggggttatcagaag
ctgtatcagctgttgacagaagaggaagctggtgaacctgactcttggagcactttgtcc
cataccgtgcattcgggggactactgtgtgaaacaccaccgtggcctgaatgtttatacg
ctaacgactgaagccaaggaagaagcaaaggccagcatggagcatgacatagagcagctc
cagaaatacatagcaagccaccagcacgggaatgcaacagaacagccggagcctgagctg
agcacttcagaggacaactgcaatacaggaacagagttgaagggttatccggctgctgca
gctcccccctcagaagaaatgccaacagaagaaagcacgtctgcattagttaactttgat
gctaagcaactctcagccccaacatgccacaaggaaagccagtgcgacagtggtaatgat
acatctgatgatttgttgagcctaacgagtacaaagaacccagggttttcctgtgaacgt
caaaatagtgctatgttgagaaagaaggaagaggaggggccagcggctattgtagactct
gggactgtatcagataaaaaggacggcagactgagctccaatgctgtagtaaatggtgct
gctagcctctcatgctgtggaaatacaagtgaggaaactggaatgacatccactggagtt
attttgaatcaagcaagcctgtgctgcagagataatactcaacaggaagtgcgaataatt
gaagagcacacaactcaaagtactgttgcagcggctgaaactgcaggcaaagccccaaca
ccctgggagggggtggatgtggctatgggccagacagaatgcaagaactgtacagggatg
gtggatgcttcttcagtccagcagcatgaggagaatggaggggatgagacaaggggctcc
aaaaccacatgtctgaaagaacctcccccagtaagtgggaagctgatccatgcagttgtg
cccttgcttggagattttggtgacactgtttgtgatggtgaagaatgtgagggtgcacaa
gggatacaggcgcaggatagtgtaagtacacatgttaacagtgatgctgttcctgttggc
tgtggggcgacaagtgacagcaaacggaatggagcagactcaaacagtgaaatttcgaag
atgagtttgtcaaaagatttggtccaagaagaacccattgtaaaggagaggcagaatgtg
attgccaacactgaagaggagctgctggtgactcaaataaaagtttcagagaatgcactg
aaacaggatcctgttggtttggaggtgaataacaatagtaagagtggcaagctgggagtg
gaaaatgtaaatggagacattggactgaatgaactgggtttgagcgacaatatgcccaat
gactctaatgctgaaatgaaaaacaagcccctggacaggcctggtccgagtgatgtggaa
tctatgagttgccctgaaagcagtaagactgttgcacttagcgttgaaagtgaaggtgac
agccaagcccttaaaagaatgccacaggaaactgaaactatggatggaggaagcattgat
tctgcagagggaggcctggggtctgctggcaattgccacgctgagaacaaagctgtttta
aaaggtgaggaaatgtgtgacagcttaaagccagacactgcttcagctagcaaatgtgag
tctgggccacaccttccacttgataaagacttgtcctcagcagaaaaagtgcctctacaa
aaccaattagtgatatcagaaagcatttcagagcaggagggggttgacaagcaaataaaa
tcattctcgtcttccttgtttaaaggaaatgtacaacaagaagaggcaatcggtcaggag
agagatgcagcagtggcacctccaggacaagtggtgtctgtgcatagcaatgatcctgtc
ttcccttcatgtgccatgggcacagagtgtgtacaggataatttaatggacacaccctct
gcaaatcataataaagaacctaaacaaaaccaggaagtagcagctgccacagccgcagaa
agagcagtgcttgctgaacaggacaattctgtgcatggaaaggtaacagcagaaactagt
ttgcctctagacagtgaggaaaaagacgggcaaagtccatcacagacggatgaagagaac
aaagcggaatccagtcaggagctgcgtgaaagtgggacacttggcaaggagaaggggttg
tctgaggagcttgctgctgttgtgaaatcctctgtttgctctcagggcgaggagactgca
gtgaatgacagtaatgcagctattgggcagaaagaggaaatctcctgccaggaagcagat
gacaatgcagcagtggatgcagaagaaggtattgtaccagggtctgaatcagagtacaaa
ttgctgcacacaaagaatgagccttctcccaacgcagtgttgaaccaagagcatgatctc
agtgagggcatagagggagacaccctgcaaagcagagcactggacttaaaggaggtcttt
gctatggaagcaccttctgttccctttgagcctctaggtgtagctgtgacatccactgta
acagatgatcgagaaaaggaggaggaagtgaacaatgtactctccagagcatcgcttcag
cctatagcagaagaacccccctgtgacagtgactccagcactgacaccatctgtttgatc
agtgagagagaagctgggtctgaagtgaaagaaacccagcaagaggtcttggatttgtcc
agcaaagacccagaggagcaaagcaatcccatgctggaagcatgtttctcacagtcagtt
ctatgcaatataaatgctgctactgagccttcagaggatgtggaggcaaagagcttgatt
ccagaagctgattgcttgcagctggataatgttgccaacagtcctgttgcatttgtttct
atgttagaaacgccttctgtccctgaatctgcagttgagaaactagagagtgtacctgtt
ggggttctgcccacatcctctccagaagctggagtggttacgggagccatccttaatgga
gaaatggatttaagtttgcagtttgaactaatgaggaacggggatgcaagcccagaagca
ctaggatctgagcccattacagaaaagttggagatgaaaactgaagatgaggtggatttt
ttgaaagaccccagcgcgcatgcagtttccgaagaaactataaaccgagaaagctggtgc
tctatagagccatgttcagatccttcactgctggagccgacgcaagctcatgaatctaga
gaatgtgaaaatttcctggaggatggactgagtggagactgtgcctcatcacagagtgtc
ctgaaaggagaaaccggaagcgagtctgaattcttctccttgcctggtgatgggatggat
gacatcatctttggaaagcctgaagaggaacagtctacttgtgatatcaccagttccagc
tcatcggcagatgataccatgtccttggagaggaattcttcccttggaagtgacatatcc
cttccacaggctctaaacttcaacaggcctaaggagaggcatactctggatggaagttgc
attaacatggcagctggagggggacaggagagtgaacttggtggttcatgtgagatggaa
gaagagatggacagtattacagaagtgcctccccactcctctgtcttaagaaactccatg
cgaccactgtcacccttccgacggcacagctgggggccaggaaagaatgctgccaacgag
gcagaaatgaatcacagaagttcaatgcgagttctgggggatggtataaggaagcctccc
attcataggagaagtttgagctggtgtccctctggcgtacagtacattaccatgggcgct
gactttaattgtagaagttacagcctagaaggcctagcaggagactccaatgataacaag
aagccctcctcaaatttagagacttcctctttgagttgcaaagaccttaggccaagtcca
cttgctagtgatgaccgtggctccttggtctcgctcactgaagaagaagtcgaatctgag
cagggggaaagcagagggtttgaccgtcagatacgccaaagatcgcagccacatggattt
agtttctgtgcttctcccacttcctcaccgctgaccaaatccatttcgctaatgacaatc
attcagccaggactggacacccagagacggactcgaccatccagacgaatctccttctcc
ttcaacatctctccgctcattcctaagtctaaaactctcttttctattggctcttcttcc
agtgatgaggaggaggagttgaatagcacacgattgttcaacagcaccagtagctcattg
tctcagagtgtgtctgaagagagtggcaatgttctgcctcccagcccctccaggaaagat
ttagaagggaaaagtggaacaaaagtcagtcgcaccttcagctacctcaggaataaaatg
tccagcagcaagaagagcaaagaaaaagagaaagataaggagaagactaaagagaaagac
aaagattccaaggagaaggaaaaagacaagaagatgttaaatggacatctcttcagccca
acccctactgtaggtccaatcagctgttaccattgtatgaaacctttcaacaaggattca
cacctctgtgcaaactgcaatgcaattgttcacaaaggctgtaaggagagtctggcatcc
tgtgcaaaagtcaaaatgaagcaacaaaaaggaatgcttcaggcacacgatacctcttca
ttacccacagtaattatgagaagcaagacctcacaacctaaggagcgcccccggtctgca
atacttgcccctgatgaaagcaccataacctcagtgctcaatcacaggagatcacagcag
agcacaacactttcaaaaagtgtctcaatacagaacattgcaggagttgtcgatgaaaat
ataatacatacttggaaattcctctcacagtcaactgactctttacataaaatcagccgg
gtgaatgaatccacggagtcgctaactgatgagggtgcagatatgaatgaaggacagctc
atgggggactttgagatggactccaagcagctggaggcagaatcctggagtcaagtagta
gacagcaagtttttgcagcagcaaaaggaaaatgttgtcaaacggcaggatgtcctatat
gagttgatgcagacagaaatgcatcacgtccgcactctgaagatcatgagtgatgtatac
agcagggggatgatgcaggaactgcagttcgaacagcaaatggtggaaaaggtctttcct
tgcctggatgacttgctgaacatccacagccagttctaccagcggattctggagaggaag
aaagagtccctggtgaacaagagtgagaagaactttgttatcagacggataggagacatc
ttggtgaatcagttttccggtgagaacggggagcgaatgaagaaaacttacggcaaattc
tgtgggcaccacaacgaggctgtaaattatttcaaagacctgcagtcaaaagagaagcgg
tttcaggcattcatcaagaaaaaaatgagcagtgcagtggtgaggcgcctggggattcct
gagtgcatcttactagtaactcaaaggatcaccaaatatcccgtgctattgcaaagaatc
ttacagtataccaaagaaaatgaagtggaacatcaagacttgacccagtcactaaacctg
gtgaaagacgtgattgctgcggtcaatagcaaggtcagcaactatgaaaagaaaacacgc
ctttctgagatttatacgcggacggacagcaagtccatcatgaggatgaagagtggacag
atgtttgccagagaggacttgagacgaaggaaactcatccgagatgggcctgtgtcactg
aaaaacacagctgggagactgaaagaggtcctggctgtcctcctctcagacacgctggta
ttccttcaggagaaggaccagaagtatgtctttgcatcactggaccagagatccactgta
atctctctgaagaaactgatagtacgagaagtggcccatgaggagaagggtttattcctc
atcaccacagtagtgaaagatccagagatggtagaaatcgagcgtaatagctggatacaa
ataattcaagacacaattaacaccatggacaaagatgaagatgaaggaatccctagtgaa
tcagaactagaaaagagagtgttggacaccaaagccagagaattaaaagaacagcttcag
cagaaagatcagcaaatcctagcgctgctggaggaaaaggagaagattttccgggatatg
actgactgtagcatgcaagaggatagctcagtctccagagtactgttcaggtccaataca
gagggggtgcagaaagggatgaccgttatgaagcatgcaataaatgaggttgaatatttg
caaagcttgatcagtaggaatctagggagtgcacttgtggctgctgacctgctgccaaac
tctgagcaagaagggggagttggccccatctcccttcctagaagagcagaaacttttgga
ggatttgacagtcatcagatgaatgcatccaagtgtggagagaaggatgaaggcgatgat
gctcaggatcttcggagaacggaatcagacagcattttgaaaaagggggggaatgctaat
ttaatgtacgtgttgaaaagaaacagtgagcaggttctcgaaagcattacctatctccac
agcctactcagcactttgcaggctgtcgtgttgcagcaggacacctatattgaggatcag
aaggtgatgctaagcgagagagcactgatgcggagctcctccaggccaaactctttgatc
gaacaggagaagcagcggagcctggagaagcagcgccaggagctggccaacctgcagaag
cagcaggcccagcaccaggaggagaagcggaggagagagaaggagtgggaggcacgagag
aaggagctgactgagcgagagacagggctgggccagcgagaggagcaggcacagaagggg
caccaggagctggagaaggggagagaggagttgaagctgaagaaggaagcctaccagctg
gatctggagcgactccgcacagcacagaaacaactagagaaggagaaggagcaattcaag
agagaagtggagcgattacccccagtgcagatggagcctgacctccgtcaggcttcaaat
ctcccagataaaacggtgcggattccctccctgcccacggctgaggactccaagcagcac
agtttttccctttccaaacaggggcacttagatgcaggattgtctgtgtcacccaaaagg
aacagtctctcaaggacacacaaagaaaagggcactttccacttgcttagcacaacgaac
cagactaacaaggcggccgaggggcaacagcccgcccgcctcttcagtttagccaaacca
aaggagaagaaggaaaagaagaaaaagggcaaaggacagcgctcccaacctgctgatgct
cattcatcagaagcaccaccagagggcgaagagatcttctgctga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (35)   
   KEGG ORTHOLOGY (1)   
   RefGene (30)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (12)   
   RefSeq(pep) (12)   
DNA sequence (12)   
   RefSeq(nuc) (12)   
Protein domain (5)   
   Pfam (5)   
All databases (67)   

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