KEGG   Crotalus tigris (Tiger rattlesnake): 120315124
Entry
120315124         CDS       T08476                                 
Symbol
AKAP13
Name
(RefSeq) A-kinase anchor protein 13 isoform X1
  KO
K16529  A-kinase anchor protein 13
Organism
ctig  Crotalus tigris (Tiger rattlesnake)
Brite
KEGG Orthology (KO) [BR:ctig00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:ctig04131]
    120315124 (AKAP13)
Membrane trafficking [BR:ctig04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    120315124 (AKAP13)
SSDB
Motif
Pfam: PH_16 RhoGEF PH C1_1 Ank_2
Other DBs
NCBI-GeneID: 120315124
NCBI-ProteinID: XP_039214858
Position
Unknown
AA seq 2699 aa
MKLNPQQAPLYGDCIITILLTEDDRVESDDVIFYLVFTGSALQHYTSTRKLDSGRLETIA
PGHDCCETVKVSLCATKQGHPLLVVAEESLQFVQDEAYDAAQFLASCAGNQQALNFTRFL
DRSRPPAGDLDFLDEKVTLAFRHLKLPTEWNVLGTDPNLNENVPRETLLHFAARLGLLRL
TWFLLKQPGGRSAVSVPNSEGATPVSLALERGYQKLHHILNKEEANEPDSWSTLSHTVHS
GDSCIKYHQSLNIYTLTVEMKEGDKLNMEKDIIQLQLHIQNLQPTNVKEDHCPAQTWEYR
GLDPVLEGPEAAADPGLDVSMVEATPKGSSDPLEISPSVCLGEEGSSQQLEELTGASQET
LRLEEMQNQRTSCQGETLPHKAEGECFSSVGDSGAPLEENDSKSTFCDAAGLPFSENTNK
EAGMTSSSATLEQGNVCEGHNLFQEVQLAESRVTENTSPTSCEGSNVSMGQGECKSCTGA
IDVNVTSQPYMKNEEIDMEPSGTTVMASSVASQTNPAAFFLGDGDPTVTCKDENEPTSVP
EGSADVVASADVSSLDNGSNKEIGTENHINSGPKNTVTKQSEEKEKENIAPNPGIEPLSK
NLIDTSGFSLEHPSAMEVNDGGQWRDADMSIENIAMDLSSKELNASLEGSVEKPRKSLTC
VRSQAACGGAEIPETSAIEQSEQKVIDLTPIETEGNADPTVVGQGCLAEAQDEKQDLGED
REFSSSLAHTDPGDGPESHPDVFNSFMSPCDLEKPLCGPAEMIGSEEEPDQSGESLRKRI
ALTSALLVEKVIQEAQLTVTQKGKATAASVGQEASSQLESLALSLHGKGTPCIQEHLMGT
PSAAFNQDSKQNQEVGTAITAEAAAAAKLLTGAAEQGSPMQGELAATSLALVDGWGKDQE
PSSSQLPESEKELLGKEKALLESFPPGVLVQSASGDLGREHPMDGSHAEPGLKEEASSME
QLEEQVKVEAVGDVPPEPGLAKGASLCNRGTPSPEVMLNPGLELGPAGQAASPAGSTLDG
MEAPLTALELAMETGLSQEEGGVENIPSRILLQPIAEELLCDCDSGPEMPSLASEMDVTK
LAESEKESRRSSQAEPESIPVPLCSFPGTEQLDKVGTEDSAREPDCLLGNADPMPGQVIL
LAEAHVSLESLAGNPVEVPCLVEAISEETSCLLSEVKEEINVQPDSKMNSAALELTSSSP
IADSLEMQTKEEMDFQTDLAESITSEEGINRENWCPVEPSPDSLLLEQKHPCNSAESDNF
LEDRLSGDGSSSQGILKRGSGSDSELFPLSSDGLDEVDFRKQPEEEQSAGRSSTSSVEDT
TSLERNSSFGSNFSVPRTPGLLGSKERYSPDGSCFNMGANGEGQDGMAVVSGELDELLDS
VMEVSPPSSGLRNNLRPLSPFRRHSWGPGKNSNNGEAEVNQRSSVRLLGEVVRKAPSHRR
SLSWCPSGVQCNAMDADFNGRSYSLEGLSGEADNTTSKPSSSLDVASMNTKDLRQSPLAN
DDRGSLVSLTEEEQESELGEMRSQILQRSQPHTFGFCTNPVSPPLTKSMSLMTIAQVGSD
NTQGRIQPSRRVFFSFSISPLIPKSKTVFSIDSSSSDEEENLESTRSFSSSLTQSISEES
GSFPPPSPSRKDLEVKSGTKVSRTFSYLRNKMSSNKKSKEKEKDKEKLKERDKDAKEKDK
DNKILNGHLFSAISTVGPISCYHCLKPFNKDSLVCANCSAMVHKGCKESVAACAKVKMKL
QKNPSGLQPHDTSSLPTVIMRNKSSQPKERPRSAILAPDENITTSVFNSRRSQQNLSLSK
SVSIQNIAGVGNDESILHTRKFLSQSTDSLNKISRVNESMESLTDEGADMNEGQLMGDFE
TDLKHLEAQSWSQVVDSKFLKQQKKDIVKRQDVIYELMQTEMHHVRTLKIMSDVYSRGMV
QELQYEQQMVEKIFPCLDNLLNIHSQFFQRILERRKESLADRSEKNFVIKRIGDILVNQF
SGENAERMKKTYGKFCGHHNEAVNYFKDLHSKDKRFQAFIKKKMSSSVVRRLGIPECILL
VTQRITKYPVLLQRILQYTKENDPEHQDLVLSLNLLKEVITAVDSKVSNYEKKMRLNEVY
TRTDSKSIMRMKSGQMFAREDLRRRKFVRDGPVSLKNVAGRLKEVLAVLLSDVLIFLQEK
DQKYVFASLDQKSTVISLKKLIVREVAHEEKGLFLISMGGKDPEMVEVHASTKEERNSWI
QIIQDTINTMDKEEDEGIPSESEEEKRVLDTKARELKEQLHQKDLQIITLLEEKEKIFRD
MTDCSGPEEGQGARMLFRANTDEAPKGESIMKNLISEVEQLQGLVSRGLGSSFGQQMTSP
ASDQESMGPISLPRRAETFGGFDSHQMNVYKGGEKDEGEDVQDLRRTESDSVLKKGGTAN
LMFLLKRNNEQVLQSITQLHSLLGLLQAVVVQQDTYIEDQKLLLTERTLNRISFRPNSLI
EQEKQRSLEKQRQELANLQKQQTLHQEERRKKEKAWEAREKELTERESQLGQREEQIQKG
HHSLEKEREELQQKKAAYQLDLERLRTAQKQLEKEKEQLKKEMEQISQPQMEPDLKLNPS
QHTKMSRTPSLPPTEDLSSRQLCSSLPKGHLDTELSASSKRNSLSRTNKEKSSFHLIGTA
TSGQANKPTEGHGQIPNRLFGLAKPKEKKEKKKKSKRDRSQTSDAHSAEGAPEGEEIFC
NT seq 8100 nt   +upstreamnt  +downstreamnt
atgaaacttaatccacagcaagctccattgtatggtgactgcatcatcaccatattgcta
actgaagatgaccgcgttgaaagcgacgatgtaattttttatctcgttttcactggatca
gcccttcaacactacaccagcactaggaagcttgattcagggagactggaaaccattgct
ccaggccatgactgttgtgagacggtgaaggtgtctctctgtgccaccaagcaaggccac
ccacttctggtggtggccgaggagagcttgcagtttgtccaggatgaagcttacgacgcg
gcacagttcctggcatcgtgtgccgggaaccagcaagcgttaaactttacacgtttcctg
gaccgctccaggccacctgcaggggacttagattttctggatgagaaagtaactttggcg
tttcgtcacctgaaactgccgaccgagtggaacgtgttgggaacagaccccaatctcaat
gaaaatgttccccgggagacgttgttgcattttgcagccagactcggtttgctacgtctg
acgtggttcctgttgaagcaaccaggtggcagaagcgccgtgagtgttccaaacagtgaa
ggagccacaccggtgagcttagccttggagaggggctaccagaaactgcatcatatcctg
aacaaagaagaagccaatgaaccagattcctggagcaccttgtcacatacagtacattct
ggggactcctgcatcaagtaccaccaaagcttaaacatttacactctgacagtggaaatg
aaggaaggggacaaactgaacatggagaaagatatcattcaactccagctgcacatccag
aatctccagcctacgaacgtgaaggaagaccattgtccagcgcagacctgggagtaccgt
ggtttggatcctgtgcttgagggtcctgaagctgctgcagaccctggtttggatgtatcg
atggtggaagcaactccaaaaggttcttctgatccgctggagatctcaccctctgtctgc
cttggggaggaaggcagctcccagcaactcgaagagctgacaggcgcatcacaagagacg
ttgaggttggaggaaatgcagaaccaaaggacttcctgtcagggcgaaacattgccacac
aaagcggaaggggagtgtttctcctccgttggagactctggggcaccgttggaagaaaat
gatagcaagagtactttttgtgatgccgctggcctccccttctcggaaaataccaacaag
gaagctggaatgacctcctccagtgctactttggaacaagggaacgtctgtgaaggacat
aatctcttccaggaagtgcagctggctgaatcaagagtaacggaaaatacatccccaact
tcctgtgagggcagcaatgtaagtatgggacaaggtgaatgcaagagctgcacaggggcc
atagatgttaatgtgacatcccaaccgtatatgaaaaatgaggaaattgacatggagcct
tccgggacaacagttatggcatcctctgttgcatcacaaaccaatcctgctgctttcttc
cttggggatggtgaccctactgtcacctgtaaagatgagaatgagccaacctcagtgcca
gaaggttctgcagatgtggtggctagtgcagatgttagttctcttgacaatggaagtaac
aaagagattggaacagaaaatcacatcaacagtggaccaaagaacactgttacaaaacaa
tcagaggagaaggagaaggagaacattgctccaaaccctggaatagaaccgttgtccaaa
aaccttatagacacctctggattttctctggagcatccttctgcgatggaagtgaatgat
ggagggcaatggagagatgcagatatgtctattgaaaacattgctatggatttgagcagc
aaagagctgaacgcttctctagagggcagtgtggaaaaacccaggaagagcctaacatgt
gtgcggtcccaggctgcctgtggtggagctgaaatcccagagacctcggcgatagagcag
agtgagcaaaaagtaattgatctgacaccaatagagaccgaaggaaacgccgatcctacc
gtggttggtcaggggtgtcttgctgaagcccaggatgagaaacaggatttgggcgaagac
cgagagttcagttcctctctagcgcacacagatccaggtgacggccctgaatcgcatcca
gatgttttcaactcttttatgtcgccctgtgatctcgagaagcctctttgtggaccggcg
gagatgataggaagcgaagaggaaccggatcaatctggcgaaagcctccgaaaacgcata
gccctgacatcagccttgcttgtggagaaagttattcaggaggctcagttgactgttaca
cagaagggcaaggctacagcagcctctgttggccaggaagcttcttcacaattggagagc
cttgccctatctttgcatggtaagggcactccgtgtattcaggagcatttaatgggcaca
ccctctgctgcttttaatcaagactccaagcaaaaccaggaagtaggaacagcaataaca
gcagaggcagcagcagcagcaaagctgctgactggagcagctgaacagggaagcccgatg
caaggtgagctggcagccacgtctcttgctctggtggatggctggggaaaagaccaggag
cccagctcttctcagctgcctgaaagtgagaaggaactgcttggcaaggaaaaggctttg
ctggagagcttccctccaggagtccttgtgcaatcggcttctggtgatctggggagagag
cacccaatggatggaagccatgccgagcctggcttaaaggaggaagcctccagtatggaa
caacttgaggagcaagtaaaggtagaggcggtcggggacgttcctccagagcctggcttg
gcaaagggtgcctctctttgcaacagggggacgccttcccctgaggtcatgttgaacccg
ggacttgagcttggtccagctgggcaagcagcctctccagctggcagcacattggatggg
atggaagctcctctgacggctctggaactggccatggaaactggcctttcacaggaagag
gggggagtggaaaacatcccttcccgaatattgcttcagccaattgctgaagaactcctt
tgtgactgcgattctggtcccgaaatgccctcgctggctagtgagatggacgttacgaag
ctggcagagtcagagaaagagagtaggaggagtagccaagctgagccagaatcaattccc
gtgcctctctgctcttttcccgggactgagcagttggacaaagttggaacggaagactct
gctcgggaacctgattgtctgttgggtaatgctgacccgatgcctggtcaagtgatactg
ctggcagaagcacatgtctctttggaatctctcgctggaaatcccgtggaagtcccctgc
ttggtggaagccatctccgaggagactagctgtctccttagtgaagttaaagaggagata
aatgtacagcctgatagcaaaatgaactctgcagccctggaactaaccagctcttcacct
attgcagactctctggaaatgcagactaaagaagaaatggattttcagacagatctagct
gagagcattacttctgaagaagggatcaaccgtgaaaactggtgtccagttgaaccttct
ccagattctttactgttggagcagaagcatccttgcaactctgcagaaagtgataatttt
ctagaagacagattaagcggtgacggctcttcttcacaaggcatccttaagagaggatcc
gggagtgactccgagctctttcctctctccagtgatggtctggatgaggtggactttaga
aagcagcctgaagaggaacaatcagctggcaggagctcaacctcttcagtggaagatacc
acatcgctggaaaggaactcttccttcggcagtaacttttctgttcctcgcacccctggt
ctccttgggtccaaggagaggtacagcccagatggcagctgcttcaacatgggggcgaat
ggagaaggtcaagatggcatggcagtggtctctggagaactggacgaattgctggatagt
gtcatggaggtgtcccctccttcgtctggcttgcggaacaatttgaggccgttgtcacct
ttccgtcggcatagctggggcccagggaagaacagcaacaacggcgaagctgaggtcaac
cagaggagttcagtgcgactgctgggggaagtcgtaaggaaggctccctcccatagaaga
agtttgagctggtgtccctcaggtgtccagtgcaatgccatggatgctgactttaatggt
cgaagttacagcttagaaggactttctggagaggctgataatactactagtaagccatcg
tcaagtcttgatgtagcatctatgaacaccaaggatcttcgtcagagtcctttagccaat
gatgaccgaggatcactggtctcactcactgaagaggaacaagaatcggagctaggagaa
atgagaagtcagattctccaaagatcacagccccacaccttcggcttctgcacaaatcct
gtttctcctccattaacgaaatccatgtcactgatgaccatcgcccaagtgggatcagac
aatacacagggacggattcagccatctagacgagttttcttctccttcagcatctccccg
ctcattcctaagtctaaaactgtcttttctattgactcttcttccagcgatgaggaggag
aacttggagagtacccgatccttcagcagctccctgactcaaagcatcagcgaggagagt
ggcagttttccacccccaagtccctccagaaaagatttggaagttaaaagtggaacgaaa
gtcagccgtacgttcagctacctcaggaataaaatgtccagcaataagaagagcaaagag
aaagagaaagataaagagaaattgaaggaacgggacaaagacgccaaggaaaaagacaaa
gataacaagatactaaatggccatctcttcagtgccatctcaactgtgggccccatcagt
tgttaccactgtctcaagcccttcaacaaggattcacttgtctgtgcaaattgtagtgcc
atggtccataaaggctgcaaagagagtgtggctgcttgtgccaaggtcaaaatgaaactc
caaaaaaatccaagcggtcttcagcctcatgatacttcttcattgcccacagtaattatg
agaaataagagttctcagccaaaagagaggcccagatcagcgattcttgctcctgatgag
aacattacaacttcagtgttcaatagtaggcgatcccagcagaacctgtccctttcaaag
agtgtttccattcagaacattgctggtgtcggaaatgatgaaagtatccttcacacacgg
aaatttctctcccaatcaacagactccttgaataaaatcagccgggtaaatgaatccatg
gagtcattaacagatgaaggggcagatatgaatgaagggcaactcatgggagactttgaa
acagacttgaaacatctggaagctcagtcttggagtcaagtggtggacagcaagtttctc
aaacagcagaagaaagacattgtgaagcggcaagatgtcatttatgaactgatgcagaca
gagatgcaccatgtccggaccttgaagatcatgagtgatgtctacagcagaggaatggtg
caggaactacaatatgagcagcagatggtggagaaaatctttccttgcttggacaacttg
ctgaacatccacagccagttctttcagagaattctggagaggagaaaggaatccctggct
gaccgaagtgagaagaactttgtcatcaagaggataggggacatcctagtgaatcaattt
tccggagagaacgccgagcgaatgaagaaaacgtatgggaagttctgtgggcatcacaat
gaggcagtaaattacttcaaagacctccattccaaggataaaagatttcaggcattcatc
aaaaaaaagatgagcagctccgtggtgagacgtttgggcatccctgaatgcatcttgctg
gtaacgcaaaggatcaccaaataccccgtgcttcttcagagaatattacaatataccaaa
gaaaatgaccctgaacatcaagacttggtgctttccttgaacctgttgaaggaagtcata
acggccgtcgacagcaaagtcagcaattacgagaagaagatgcgccttaacgaggtctat
acccggacggacagcaagtcgatcatgaggatgaagagcgggcagatgtttgcccgagaa
gatctgaggcgcaggaagtttgtccgagatggaccggtttctctcaaaaatgtagctggg
agattgaaagaggtcctggctgttcttctctcggatgtcctgatatttctccaggaaaag
gatcaaaaatacgtatttgcatccctggatcaaaaatccactgtgatctcgttgaagaag
ctgattgtccgtgaagttgcccacgaggagaagggcctgttcctgatcagcatgggagga
aaagaccctgagatggtggaagtgcatgccagcactaaggaggagcgcaacagctggatt
caaattatccaggacactatcaacacaatggacaaagaggaagatgaaggtatccctagc
gaatcagaagaggagaagcgggtgctggacaccaaggccagagaactgaaagaacagctc
caccaaaaagacctgcagattatcactctcttggaggaaaaagagaagattttcagagat
atgacagactgcagcgggcccgaggaaggacagggggcccggatgctgttccgggcaaac
accgacgaagcaccgaaaggagaaagtataatgaagaatctgatcagtgaagttgagcag
ctgcaaggtttggtgagcagaggcctgggaagttctttcgggcagcagatgaccagtccg
gcctctgaccaggagagtatggggcccatctctctccccaggagagcagagacctttgga
gggtttgacagccaccaaatgaacgtctataaaggtggggagaaggatgaaggagaagac
gtgcaggatctacggaggactgagtctgatagtgtgttgaagaagggaggaacagctaac
ttgatgtttttgctgaaaagaaacaatgagcaggtgctccagagcataactcagcttcac
agcttgctgggcttactgcaggctgttgttgtgcaacaagacacctacattgaagaccag
aagctgctgctcaccgagaggaccttgaaccgcatctcattccgacctaactctttgatt
gagcaggaaaagcaacgcagcctggaaaaacagcggcaagagctggccaatctgcagaag
cagcagaccttgcaccaggaggaacggaggaagaaagagaaggcgtgggaggccagagag
aaagagctaacggagcgagaatctcagctaggccagagggaagagcagatccagaaaggg
catcacagcctggagaaggagcgggaggagctgcagcagaagaaagcagcctatcaactt
gatctggaacgtctccggacggcccagaagcaactagagaaagaaaaggagcaactgaag
aaggaaatggagcaaatatctcaaccacagatggaacccgatctcaaactgaatcccagt
caacataccaaaatgagcagaaccccttcccttcctcccacagaggacttgtcttctaga
caattgtgttcctcgttgcccaaagggcacttggatacagaactttccgcctcatccaaa
aggaacagtctctcaaggacgaataaagagaagagctcttttcatttgattggcactgca
acatcgggccaagccaacaagccaacagaaggacatgggcagatacccaaccgcctcttc
ggtttagccaagccgaaggagaagaaggagaagaaaaagaagagcaaaagggatcgttca
cagacttctgatgctcactctgcagaaggagcaccagaaggcgaggagatcttttgctga

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (13)   
   RefSeq(pep) (13)   
DNA sequence (13)   
   RefSeq(nuc) (13)   
Protein domain (5)   
   Pfam (5)   
All databases (33)   

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