KEGG   Orcinus orca (killer whale): 101284415
Entry
101284415         CDS       T05247                                 
Symbol
MAP1A
Name
(RefSeq) microtubule-associated protein 1A isoform X1
  KO
K10429  microtubule-associated protein 1
Organism
oor  Orcinus orca (killer whale)
Pathway
oor03250  Viral life cycle - HIV-1
Brite
KEGG Orthology (KO) [BR:oor00001]
 09120 Genetic Information Processing
  09125 Information processing in viruses
   03250 Viral life cycle - HIV-1
    101284415 (MAP1A)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:oor01009]
    101284415 (MAP1A)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:oor04812]
    101284415 (MAP1A)
Protein phosphatases and associated proteins [BR:oor01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     101284415 (MAP1A)
Cytoskeleton proteins [BR:oor04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Microtubule-associated proteins (MAPs)
     101284415 (MAP1A)
SSDB
Motif
Pfam: Lactamase_B_6
Other DBs
NCBI-GeneID: 101284415
NCBI-ProteinID: XP_004273977
Position
2:complement(114741035..114761880)
AA seq 3017 aa
METEAGPWRPFDVAMETSPGLGLRSPGSLLAQNPAEPLCEAGAAVAAARWDLQKHSLLIV
IGDIGTENQLRAVRAHLEQGILSWNIDLSSIDLNQQLRLFITRHLAHFSSEVKGQRTLCH
QSEILETIVLVNPSADSISSEVHHLLSSPSAHKLLILSGQSLEPGGDLILQSGTYSYQNF
AQVLQNPEIAQLLSNRDPGIQAFLTVSCLGEGDWSHLGLSSSQETLHLRLNPEPMLPTMD
GVAEFSEYVSETVDVPSPFDLLEPPTSGGFLKLSKPCCYIFPGGRGDSALFAVNGFNILV
DGGSDRKSCFWKLVRHLDRIDSVLLTHIGADNLPGINGLLQRKVAELEEEQSQGSSSYSD
WVKNLISPELGVVFFNVPDKLRLPDASRKAKRSIEEACLTLQHLNRLGIQAEPLYRVVSN
TIEPLTLFHKMGVGRLDMYVLNPVKDSKEMQFLMQKWAGNSKAKTGIVLANGKEAEISVP
YLTSITALVVWLPANPTEKIVRVLFPGNAPQNKILEGLEKLRHLDFLRYPVATQKELATG
AVPANLKPSKIKQRADSKESLKATTKTAVGKLAKREEVAEEGAKEARSELAKELAKTEKK
VKESSEKPPEKPAKPERVRTESSEALKAEKRKLIKDKVGKKHLKEKISKLEEKKDKEKKE
IKKERKELKKDEGRKEEKKDAKKEEKRKDTKPEVKKISKPDLKPFTPEVRKTLYKAKAPG
RVKMEKSQAARGEKELSSEPRTPPAQKGAAPFPTRELALSSPEDLTQDFEELKREETGLL
AEQRDTGLGEKPLPPHTAEEGLPSTLAPGAPPSVPGLEPEEPVIKEKEAVPDIPEEQGSK
DRGPDSGAETEKERAPWEDKKAKESEGIPDRKEAREESEPEVKEDVIEKAELEEMEELHP
SDEEEEEETKAEGFYQKHMQEALQVTPRGREALGVQELGLQGKAPEKETSSFLSSLATPA
GATEHVSYIQDETIPGYSETEQTISDEEIHDEPEERAAPPRFPTGTYDLPGPEGPGPFEA
SQPADIAVPTTPSKGYGAPESELTYPPNMVAAPLAEEEHVSSATSITECDKLSSFATSVA
EDQSVASLTAPQTEETGKSSLLLDTVTSIPSSHTEATQGLDYVPSAGTISPTSSLEEDKG
FKSPPCEEFSVTGESEKRGEIVQRGLSGERAVEEEEEETTNVQMSEKLHDQYEPLMFAAP
GHTLHPGEPAVGEAEERCLSPDDSTVKMASPPPSGPPSATHTPFHQSPVEEKSEPQDFQE
ADSWGDTKRTPGVGKEDAAEGTVKPGPEEGTPEEEGTLPPPRSPQAQEAPISIVGGHAGC
TIQLLPEEDKAIVFETVEAGEPTGPILETEALPRDLRTHQEPGEPQKDEVLRFPDRGLSP
EEVESPSVLSMVSRDTADQEAVPRSPCGLTEQHLHKDLWPQVSPEDTRSLSLSEESPSKE
TSLDISSKQLSPESLGTLQFGELTLGKEEKGPLMQTEDTSHRLAPVSIPEARAATVSPPT
DGTSGYAAQADVTDESPDGKLPARSFSHSTLLGDGKQSPGMITSPGEHILTPDSSLTKSP
ESLPSPAMEDIAMEWEDKVPELKDGPPEQKEKGPEPKDEVLQQKDKSLEQKDTVTEQKGT
AIYHKDEVLEEKDKAVEQQDKALEQKGRDLEHRDTTLEQKDKALEGKDKDLEPKDRDLEP
KDKTLEQEDKVPGEKDEILEPKVRDSEHKDKVPEDKVPELKGKALEQKDEAPEQDKAPEQ
KDKALEKKDQALEQKYLALEQKGEALEQNICPKAVEQKDKILEEKDKTQEQESPVQEDKT
MTLKEKILEEKSPEKVKAVGQKEEALLEKTKALGLEESPVQEDKAREQDEKYWKEQDVVQ
EWQETSPARGEPAGEQKEPARTWEDTSPEQEDRYWRGTEDVVLEQDTYWRELSCERKVWF
PHELGGQGARPRFTEERESTFLDEGPDDEQEVPPLEPTPKSPWASDFKGFQEPSPQKELE
VERWLAESPVGLPPEEEDKLTRSPFEIISPPASPPEMVGQRVPPATGQESPIPEPKPMPP
MRNEPTTPSWLADIPPWVPKDRPLPPAPLSPAPAPPTPAPQPLTPAPFSWDTAEYDSVVA
AVQEGAAELEGGPYSPLGKDYRKAEGEREEEGEVGVPDSSPLGSKVPEASASRASKEPEQ
TEPEQREPTPYPDERSFQYADIYEQMMLTGLGPACPTREPPLGAAGDWPPHISAKEEAAG
QCTSAEKELSSPVSPHRLQFDTPTFSYAALAGPTVPPKQEPEPGPGVDPSLTPPAIPPRA
PIPQSKGPSPPLNGNILSHSPDRRTPSPKEPGRGHWDDSTSDLELEKGAREQPEKEAQSP
SPPQPMPAGPSALWPESEAHTSPSLDSHLGPARPSLDFPASAFGFSSLQPAPPQLPSPAE
PRSAPCGSLAFSGDRALALAPGPPTRARHDEYLEVTKAPSLDSSLPQLPSPSSPGAPLSS
LPRPASPALSEGSSSEATTPVMSSVAERFPPGLESAEQGSVELVPGMEPAAHGLWDLTAL
SPAPPASLDLAPALAPSLPGDMDEGTLPCRLECSGAATKKPSPLQGPSRDRATNGPTETS
PKPPGPAPAEAEKGKAEACPAWERGAWPEGAERSSRPDTLLSPEQPRCPGGASGDQPRSV
SPEMEAGPQGCAAEPRPHRGELSPSFLNPPLPQSTDDSDLLTEEAQLVGRGGRRRVGAAG
ATGGPCPVADETPPTSVSDSGSSQSDSDVPPETEECPSITAEAALDSDEDGDFLPVDKAG
GFSGTHHPRPGHDPPPIPQPDPRPAPPRPDVCMADPEGLSSESGRVERLREKEKTQGRVG
RRATGRAKPASPAQRLDLRGKRSPTPGKGTADRASRVPPRPRSTPSQVTPAEEKDGHSPM
SKGLINGLKAGPTALGSKGSSGPPVYVDLAYIPNHCSGKTADLDFFRRVRASYYVVSGND
PANGEPSRAVLDALLEGKAQWGENLQVTLIPTHDTEVTREWYQQTHEQQQQLNVLVLASS
STVVMQDESFPACKIEF
NT seq 9054 nt   +upstreamnt  +downstreamnt
atggagaccgaggctgggccctggcggcctttcgacgttgccatggagacaagtcccggg
ctagggctccgaagccccggctctctgctggctcagaaccccgcggagccgctgtgcgag
gccggagccgcggtggcggcggcgcgctgggacctgcagaaacactctttgctcatcgtg
atcggcgatatcggtacagagaatcagctgagggccgttcgggcccaccttgagcaaggg
attctctcctggaacattgatttatcatccattgacttgaaccaacaattgagactcttc
attacccggcatctagctcacttctcctcagaggtcaaaggccagaggaccctctgccac
cagagtgagatcctagagaccatcgtcctggtaaaccccagtgccgacagcatcagctcc
gaggttcaccacctccttagcagcccatcagctcacaaactactgatcttgagtgggcaa
agtttagagcctgggggagacctcatcctacagagtggcacctactcctatcaaaacttt
gcccaggtccttcaaaacccagagattgcccaattgctcagcaatagagaccctgggatc
caggctttcctcactgtgtcctgcttaggggagggtgattggagccacctgggactatcc
agttcccaagagaccctgcacctccggctaaaccctgagcccatgctgcccaccatggat
ggcgtggctgagttctccgagtacgtctctgagaccgtggatgtgccatctccctttgac
ctgctggagccccccacctcagggggcttcctcaagctctccaagccatgctgctacatc
ttccctggcggccgcggggactctgccctctttgccgttaatggtttcaacatcctggtg
gatggtggctctgatcgcaagtcctgcttctggaagctggtgcggcacctggaccgcatt
gactccgtgctgctcacacacatcggggcagacaacctgccaggcatcaacggactcctg
cagcgcaaagtggcagaactggaggaggagcagtcccagggctctagcagctacagcgac
tgggtgaagaacctcatctcccccgagcttggagtcgtcttcttcaacgtgcctgataag
ctgcggctgcctgatgcctcgcggaaggccaagcgcagcattgaggaggcctgcctcact
ctgcagcacttaaaccgcctaggcatccaggccgagcccctctaccgtgtggtcagcaac
accatcgagccgctgaccctcttccacaagatgggtgtgggccgcctggacatgtacgtc
ctcaaccctgtcaaggatagcaaggagatgcagttcctcatgcaaaagtgggcaggcaac
agtaaagctaagacaggcattgtgctggctaatgggaaggaggctgagatctcggtgccc
tacctgacctccatcactgctctggtggtctggctaccagccaaccccactgagaagatt
gtgcgcgtgctttttccagggaatgctccccagaacaagatcttggagggcctggaaaag
cttcgacacctggacttcctgcgctaccccgtggccacgcagaaggagctggccactggg
gctgtgcctgccaacctcaaacccagcaaaatcaaacagcgggctgatagcaaggagagc
ctcaaggccacaaccaagacagccgtgggcaagctggccaaacgggaggaggtggccgaa
gagggagccaaggaggcccgctcagaactggccaaggagttagccaagacagagaagaag
gtaaaggagtcatctgagaagcccccagagaagcctgccaagcctgagagggtgaggaca
gagtcgagtgaggcactgaaggcagagaagcgaaagctgatcaaagacaaggtggggaag
aagcacctgaaagaaaagatatcaaagctggaagagaaaaaagacaaagagaagaaagag
atcaagaaggagaggaaggagctcaagaaggatgaaggaaggaaggaggaaaagaaggat
gccaagaaggaggagaagaggaaagataccaaacctgaggtcaaaaagatttccaagcca
gacctgaagccctttacccctgaggtacgtaagaccctctacaaagccaaggcccccggc
agagtcaagatggagaagagccaggctgcccgtggggagaaggagctgtcctctgagccc
cggacacccccagcccaaaagggggctgcaccattcccaacaagggagctggccttgtct
tcaccagaggatctcacacaggacttcgaggagttgaagcgtgaggagacggggttgctg
gctgaacaaagggacacaggactaggagagaaaccactccccccacacactgcagaggag
ggactcccaagcacattggccccgggggcaccaccctctgtcccagggctggaaccagaa
gagcctgtgataaaggagaaagaggctgtcccagacatccctgaggaacaaggcagcaag
gacagaggcccagactctggggctgaaacagagaaagagagagccccctgggaggataaa
aaggcaaaggaatcagaggggatccccgacagaaaagaagccagagaggaaagtgaacct
gaggtaaaggaggatgtgatagagaaggccgagttagaggaaatggaggagctgcaccct
tcagacgaggaggaagaggaagagacaaaggctgagggtttttaccaaaaacatatgcaa
gaagccttgcaggtaacgccgaggggcagggaggctctcggggtccaggaactaggactc
caaggcaaggcccctgagaaggagacctcgtcattcctaagtagcctggccacccctgca
ggagccactgagcacgtctcttacatccaggacgagacaatccctggctactcagagacc
gagcagactatctcggatgaggagatccatgatgagccggaggagcgtgcagctccacct
agatttcctacaggtacctatgacctccctgggcctgaaggtcctggcccctttgaggct
agccagcctgcagacattgctgttcccaccacccccagcaaaggctatggagcgccagag
tcagaactcacctacccccccaacatggtggccgcccctctggctgaagaggagcatgtg
tcctcggccacctcaatcactgagtgtgacaagctttcttcctttgccacatccgtggct
gaggaccagtccgtggcttcactcacagctccccagacagaggagacaggtaagagctcc
ctgctgcttgacacggtcacaagcatcccctcctcccacacggaagccactcagggcctg
gactacgtgccatcagctggtaccatctcacccacctcctcactggaagaagacaaaggt
ttcaaatcaccaccctgtgaggagttctccgtgactggggagtcagagaagagaggagag
attgtacagagaggcttgtctggagagagagccgtggaagaggaagaggaggagaccaca
aatgtacagatgtctgagaaacttcacgatcagtatgaacccctgatgtttgctgcccct
ggccacaccctacatcccggggaaccagccgttggagaagcggaggagcgctgcctcagc
ccagatgacagcacagtgaagatggcctctcccccaccatctggcccacccagtgccacc
cacacaccctttcatcagtccccagtggaagaaaagtctgagccccaagactttcaggaa
gcagactcctggggagatactaagcgtacaccaggtgtgggcaaggaagatgctgcagaa
gggacagtcaagccagggcctgaagagggcacaccagaggaggagggaacgttgcctcct
cccaggagcccccaggcccaggaagcacccatcagcattgttggaggacatgcaggctgt
accatccaactgctgccagaagaggacaaagcaatagtctttgagactgtggaggcggga
gagcccacagggccgattctggaaacagaagcccttcccagagatttgagaacacaccaa
gaacctggtgaacctcagaaagatgaggtgctccggtttcctgaccgaggcctctcccct
gaagaggtggagtccccctctgtcctcagcatggtctcccgagacactgccgaccaagaa
gccgtccctaggtctccctgtggcctgacagagcagcacctacacaaagacctttggcca
caggtatctccagaagacacccggtcgctttctctttcagaagagagtcccagcaaggag
acctctctggatatctcttctaagcagctgtctccagaaagccttggcaccctccagttt
ggggaactaacccttggaaaggaagaaaaagggcctctgatgcagactgaggacacctct
caccgcctagcccctgtgtctattccagaagcccgtgcagccacagtgtcacctcccaca
gatgggaccagtggatacgctgcacaggcagacgtcacagatgagagccctgacggaaaa
ttacctgccagatccttctctcactctacactgttgggagatgggaagcagtcacccgga
atgatcacaagccctggtgaacacattctgacacctgatagctccctcaccaagagtcct
gagtccttgccaagccctgccatggaggatattgccatggagtgggaagataaagttcca
gagttgaaagatggacccccagagcagaaggagaagggacctgagccaaaggatgaagtc
ctacagcagaaggacaaaagtctggagcagaaggatactgtcacagagcagaagggtaca
gccatctatcacaaagatgaggttctggaagaaaaggacaaagctgtggaacagcaggat
aaggctttggaacaaaaaggcagagacttagagcatagggacacaaccctggaacaaaag
gacaaggccctggaaggaaaagacaaagacttagaacctaaagacagagacttagaacca
aaagacaagaccttggaacaggaggacaaggtcccaggagagaaagatgaaatcttagaa
ccaaaagtcagagactctgaacataaagacaaggttccagaggacaaggtccctgaactg
aagggcaaggccttagaacagaaagatgaagcccctgagcaggacaaggccccggaacag
aaggacaaggccttggaaaagaaggaccaggctttagaacaaaaatacttggccctagaa
cagaagggtgaagctctggaacaaaacatttgtccaaaggctgttgaacaaaaagacaag
attctggaagagaaggacaaaactcaggagcaggagagtcctgtgcaggaggataaaacc
atgacactaaaggagaagatcctagaggaaaaatctccagaaaaagtcaaggctgtggga
cagaaggaagaagctctgctggagaagaccaaagctctggggctggaagagagcccagtg
caggaggacaaggcccgggagcaggacgagaagtactggaaggagcaggacgtggtccag
gagtggcaagaaacatctccagccagaggagagccagctggagaacagaaggagcctgcc
cggacatgggaggacacatctcctgagcaggaggacaggtactggaggggcacagaggat
gtggtcctggaacaggacacatactggagggagctgagctgtgagcggaaggtctggttc
cctcatgagctgggtggccagggggcccgaccacggttcacagaagagcgggagagcact
ttcctcgatgaggggccagatgatgagcaggaagtaccccccttggagcctacacccaag
agtccctgggcctcagactttaagggcttccaggagccctcaccacagaaggagctggag
gtggagcgctggcttgctgagtcaccagttgggctgccaccagaggaagaggacaagctg
actcgctccccttttgagatcatctctcctccggcctccccacctgagatggttggacag
agggttccgccagccacaggacaagagagccctatcccagagcctaagcccatgccaccc
atgaggaatgagcccaccaccccgtcatggctggctgacatcccaccatgggtgcccaag
gacagacccctgccccctgcacccctgtccccagctccagctcccccaacacctgcccca
cagccactcactcctgcgcccttctcttgggacacagccgagtatgacagtgtggtggct
gcagtgcaggagggggcagctgagttggaaggcgggccgtactcccccctagggaaggac
taccgcaaggctgaaggggaaagggaagaagaaggtgaggttggggttcctgacagcagc
cccctcgggtcaaaggtcccagaggccagcgcgagccgtgcctctaaggagcccgagcag
accgagccagagcagagagagcccacaccctatcccgatgagcgaagcttccagtacgca
gacatctatgagcagatgatgctcactgggctgggccctgcatgccccactagagagcct
ccacttggagcagctggggattggcccccacacatctcagccaaggaggaggctgctggc
caatgcacatctgcagagaaggagctttcgtctcctgtctcaccccatcgcctccaattc
gacactccaaccttcagctatgcagctctggcgggacccaccgtaccccccaagcaggag
cctgagccagggccaggcgtggatcccagcctcaccccacctgcaatacccccccgtgct
cctatcccccagagcaaaggcccaagccccccacttaatggtaacatcctgagccatagc
ccagataggagaaccccatcccccaaggaaccaggccgtggtcactgggatgacagcacg
agtgacttggagctggagaagggggctcgggagcagcctgagaaagaggcccagtcccca
agtcccccgcaacccatgcctgcaggcccctccgccctgtggcctgaaagtgaggcacat
accagcccttccttggactcccacctgggtcctgcccgacccagcctggacttccctgca
tcagcctttggcttctcctcattgcagccagctcctccacagctgccctctccagcagaa
ccccgctcggcaccctgtgggtcccttgccttctctggtgaccgagctttggctctggct
ccagggccccccaccagagcccggcatgatgagtacctagaagtgaccaaggcccccagc
ctggactcttcactgccccagctcccatcacccagctctcccggggcccctctctccagt
cttccgcgacctgcctcaccagccctatctgaaggctcctcttctgaggccaccacacct
gtgatgtcgagtgtggctgaacgcttccctcccggcctggagtctgcagaacaagggtct
gtagagctggtcccaggaatggaaccagctgcccacggcctctgggacctcactgctctg
agcccagcacctccagcttcactggacctggccccagctctggctccaagcctgcctgga
gacatggatgagggcaccctgccctgccgcctggagtgctcaggggcagccaccaagaag
ccaagccccttacagggcccctccagggatcgtgccaccaatggcccaactgaaaccagc
cccaagcccccaggccctgccccagctgaggctgagaaaggaaaggctgaggcctgtccc
gcctgggaacgtggggcctggcctgagggagccgagaggagctccaggcctgacacgctg
ctctccccggagcagccacggtgccctggaggggcctctggagaccaacctagaagtgtc
tcccctgagatggaggctgggccccagggatgtgctgctgagccccggccgcatcgtggg
gagctctctccgtccttcctgaacccacctctgcctcaatccacggatgacagtgacctc
ttaactgaggaagctcagctggtagggagaggggggcggcgtcgggtgggggctgcaggg
gccacagggggcccctgccccgtggcagatgagacgcccccgacgtcagtcagcgactcg
ggctcctcgcagtcagattctgacgttccaccagaaactgaggagtgtccatccatcaca
gctgaggcagccctcgactcagatgaagatggggacttcctgcctgtggacaaagctggt
gggtttagtgggactcaccatcccaggcctggccatgacccaccccctatcccccagcca
gaccctcgcccagcccctccccgccctgacgtgtgcatggctgaccccgaggggctcagc
tcagagtctggaagggtagagaggctacgggagaaggagaagacacaggggagagtcggc
cgcagggccacaggcagggccaagccagcgtctcctgcccagcgtctggatcttcgggga
aaacgctcacccacccctggtaaagggactgcagatcgagcatcccgggtgccaccccga
ccacgcagcactccaagccaggtcaccccagcagaggaaaaggatggtcacagccccatg
tccaaaggcctaatcaatggactcaaggcaggaccaacggccttgggttccaagggcagc
tctggcccccctgtatatgtggatcttgcctatatcccgaatcattgcagtggcaagact
gctgaccttgacttcttccgacgagtgcgtgcatcctactatgtggtcagtgggaatgac
cctgccaatggcgagccgagccgggctgtgctggacgccctgctggagggcaaggcccag
tggggggagaatcttcaggtaactctgatccctactcacgacacggaggtgactcgtgag
tggtaccagcagactcatgagcagcagcaacaactgaacgttctggtcctggcgagcagc
agcaccgtggtcatgcaggatgagtccttcccagcctgcaagattgagttctga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (74)   
   KEGG ORTHOLOGY (1)   
   RefGene (70)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (1)   
   Pfam (1)   
All databases (84)   

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