KEGG T02988: 102970897

Panthera tigris altaica (Amur tiger): 102970897

Entry

102970897         CDS       T02988

Symbol

MAP1A

Name

(RefSeq) microtubule associated protein 1A

K10429

microtubule-associated protein 1

Organism

ptg Panthera tigris altaica (Amur tiger)

Pathway

ptg03250

Viral life cycle - HIV-1

Brite

KEGG Orthology (KO) [BR:ptg00001]
09120 Genetic Information Processing
  09125 Information processing in viruses
   03250 Viral life cycle - HIV-1
    102970897 (MAP1A)
09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:ptg01009]
    102970897 (MAP1A)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:ptg04812]
    102970897 (MAP1A)
Protein phosphatases and associated proteins [BR:ptg01009]
Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     102970897 (MAP1A)
Cytoskeleton proteins [BR:ptg04812]
Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Microtubule-associated proteins (MAPs)
     102970897 (MAP1A)

SSDB

Motif

Pfam:

Lactamase_B_6

Other DBs

NCBI-GeneID:

102970897

NCBI-ProteinID:

XP_007081801

Position

AA seq 3033 aa
METEAGPGRPSGVAMETSPGLGLRSPGAPLAQNPAEPPCEAGAAVAAARWDLRKHSLLIV
IGDIGTESQLRAVRAHLEQGILSWNIDLSSFDLNQQLRLFITRHLAHFSSEVKGQRTLCH
QSEILETVILVNPSADSISSEVHHLLSSQSAHKLLILSGQSLEPGGDLILQSGTYSYQNF
AQVLHNPEIAQLLSNRDPGIQAFLTVSCLGEGDWSHLGLSSSQETLHLRLNPEPTLPTMD
GVAEFSEYVSETVDVPSPFDLLEPPTSGGFLKLSKPCCYIFPGGRGDSALFAVNGFNILV
DGGSDRKSCFWKLVRHLDRIDSVLLTHIGADNLPGINGLLQRKVAELEEEQSQGSSSYSD
WVKNLISPELGVVFFNVPDKLRLPDASRKAKRSIEEACLTLQHLNRLGIQAEPLYRVVSN
TIEPLTLFHKMGVGRLDMYVLNPVKDSKEMQFLMQKWAGNSKAKTGIVLANGKEAEISVP
YLTSITALVVWLPANPTEKIVRVLFPGNAPQNKILEGLEKLRHLDFLRYPVATQKDLASG
AVPANLKPSKIKQRADSKESLKATAKTAVSKLAKREEVAEEGAKEARSELAKELAKTEKK
VKESSEKPPEKPTKPERVRTESSEALKAEKRKLIKDKVGKKHLKEKISKLEEKKDKEKKE
IKKERKELKKDEGRKEEKKDAKKEEKRKDTKPEVKKISKPDLKPFTPEVRKTLYKAKAPS
RAKVDKSRAARGEKELSSEPRTPPAQKGAVPPPTVSGHRELAVSSPEDLTQDFEEMKREE
RGLLAEQRDLGLGEKPLPPDTAEEGPPSTTGQEIPPSVPRLEQEEPMMKEKEIVPDIPEE
QGSKDRGPDSGAETEEEKDTWEEKKQKEAERLPDKIEAREESEPEVKEDVIEKAELEEME
EVHPSDEEEEEETKAEGFYQKHMQEALKATPRIREALGGREVGLQGKAPEKETSSFLSSL
ATPAGATEHVSYIQDETIPGYSETEQTISDEEIHDEPEERPAPPRFPTSTYDLPEPEGPG
PFEASQPTDSAVPVTSSKGYGAAETELTYPPNMVAAPLAEEEHVSSATSITECDKLSSFA
TSVAEDQSVASLTAPQTEETGKSSLLLDTVTSIPSSRTEATQGLDYVPSAGTISPTSSLE
EDKGFKSPPCEDFSVTGESEKKGEIVGRGLPGERAVEEEEEEATNVEISEKLPSQFGTPM
FGVPGHTLHQGEPVLGEVEERCLSPDDSTVKMASPPPSGPPSATHTPFHQSPVEEKSEPQ
DFQEAGSWGGTRRTPGMGKEDAAEEIVKPGPEEVTLEEGKVPPPRSPHAQEAPVSIVGEH
TGCTIQLLPEQDKAIVFETVEAGEPTGPILGTEALSRDLRTSLQESSETQKDGVLQFPDQ
SLSPEDAESVSVLSVVSPDTANQEAIPRSPCGLTEQHVHKDLWPEVSPEDTRSLSLSEES
PSKETSLDISSKQLSPESLGTLQFGELSLGKEEKGPLIQAEDTSQHLVRTSIPEPCAATL
SPPTDGTTGYSVLADITDKSPDGKLPTSSFSHSTLLGDEKHSPGVITSPGEHILTPDSSL
TKSPESLPSPAMESIAMEWEGKVPELKDRTPEQRDMGPEPKDEVLQQDKILEQKDDIVEQ
KDTAIGQKDKALEEKTKAVEQQDKALEQKGRDLEQRDIALEQRDKALESKDKDLEQKDKV
LEQEDKIPEEKGEPLEQKVRDVEHKDRAPEDKVPELKGKALGQTDEVPEQEDKAHGQKDK
ALEQKDIDSEQKGKAQEQKEEALEKKDEALEQKYWALGQKDEALEQNNKATEQKDKALEE
KDKTQEQESPVQEDKTMKPKEKILKEKSPEKVKAVQQEEEALLEKTKVLGLEESPVHEDK
ALDQGEKYWKEQDVVQEWQETSPSRDEPVGEQKEPARTWEDTSPEQEDRYWRGREDVALE
QDTYWRELSCERKVWFPHELDGQGARPRYTEERESTFLDEGPDDEQEVPPLEHTPQSPWA
SDFKGFQEPSPQKGLEVERWLAESPVGLPPEEEDKLTRSPFEIISPPASPPEVVGQRVPP
APGQESPIPEPEPMLPMRNEPTTPSWLADIPPWVPKDRPLPPAPLSPAPAPPTPAPEPHT
PAPFSWGTTEYDSVVAAAQEAAAELEGGPYSPLGKDYRKAEGETEEGGAGAPGSSPQSSK
VPEASESHPTKEPEQIEPEQREPTPYPDERSFQYADIYEQMMLTGLGPACPTREPPLGAA
GDWPPRISAKEEAAGRNPSAEKELSSPVSPKSLQSDTPTFSYAALAGPTLPPRQEPEPGP
SMEPSLTPPAVPPRVPIPLSKGPSPSLNGNILSCSPDRRTPSPKESGQGHWDDSTSDSEL
EKGAREQPEKEAESPSPPHPIPAGPPTLWPESEAHTSPPSDSHLGPARPSLDFPASAFGF
SSLQPAPPQLPSXXXXXSAPGGSLAFSGDRALALAPGPPTRARHDEYLEVTKAPSLDSSL
PQLPSPSSPGAPLLSSLPRPASPALSEGSSSEATTPVISSVAERFPPGLEAVERGSGELV
SGMEPAAQSLWDLTPLSPAPPASLDLVPAPAPSLPGDMDDSTLPCRLECTGAATKKPSPF
QSPSGDCATNGPTETSPNPPGPALAKAEKEAAETCPAWERGAWPEGAERSSRPDTLLSPE
QPLCPGGASGGQPRSVSPEVEAGPQGCAAELRPHRGELSPSFLNPPLPQSTDEGDLSTED
ARLVGRGGRRRAGGPGATGGPCPVADETPPTSASDSGSSQSDSDVPPETEECPSITAEAA
LDSDEDGDFLPVDKAGGVSGTHHPRPGHDPPPIPQPDPRPSPPRPDVCMADPEGLSSESG
RVEKLREKEKAQGRVGRRAPGRGKPASPARRLDLRGKRSPTPGKGPADRASRVPPRPRST
PSQVTPAEEKDGHSPMSKGLVNGLKAGSSALGSKGSSGSPVYVDLAYIPNHCSGKTADLD
FFRRVRASYYVVSGNDPVNGEPSRAVLDALLEGKAQWGENLQVTLIPTHDTEVTREWYQQ
THEQQQQLNVLVLASSSTVVMQDESFPACKIEF

NT seq 9102 nt +upstreamnt +downstreamnt
atggagaccgaggctgggcccgggcggcctagcggcgttgccatggagacaagtcccggg
ctggggctccgaagccccggcgctccgctagctcagaaccccgcggagccgccgtgcgag
gccggagccgcagtggcggcagcacgctgggatctgcggaaacactctttgctcatcgtg
atcggcgatattggtacagagagtcagctgagggccgtgcgggcccaccttgaacaaggg
attctctcctggaacattgacttatcatccttcgacttgaaccaacaattgagactcttc
attacccggcacctagctcacttctcctcagaggtcaaaggccagaggaccctctgccac
cagagtgagatccttgagaccgtcatcctggtaaaccccagtgccgacagcatcagctct
gaggttcaccatctccttagcagtcaatcagctcacaaactactgatcttgagtgggcaa
agtttagagcccgggggagaccttatcctacagagtggcacctattcttatcagaacttt
gcccaggtccttcacaacccagagattgcccaattgctcagcaatagagaccctggaatc
caggccttcctcaccgtttcctgcttaggggagggagactggagccacctgggactatcc
agttcccaagagaccctgcacctccgactaaaccctgagcccacactgcccaccatggat
ggtgtggctgaattctccgagtacgtctctgagactgtggatgtgccatctccctttgac
ctgctagagccccccacctcagggggcttcctcaaactctctaagccttgctgctatatc
ttccctggtggccggggagactctgccctctttgccgttaatggtttcaacatcttggtg
gatggtggctctgatcgcaagtcctgcttctggaagctggtgcggcacctggaccgcatt
gactcagtgctgctcacacacattggggcagataacctgccaggcatcaatggactcctg
cagcgcaaagtggcagaactggaggaggagcagtcccagggctccagcagctacagtgac
tgggtgaagaacctcatctcccctgagcttggagttgtcttcttcaatgtgcctgataag
ctgcggctgcctgatgcctcccggaaagccaagcgcagcattgaggaggcctgcctcact
ctgcaacacctaaaccgcctgggcatccaggccgaacctctgtaccgtgtggtcagcaac
accattgagccactgaccctcttccacaagatgggtgtaggacggctggacatgtatgtc
ctcaaccctgtcaaggacagcaaagagatgcagttcctcatgcaaaagtgggcaggcaat
agtaaagctaagacaggcattgtgttggctaatgggaaggaggctgagatctcagtgccc
tacctgacttctatcacggctctggttgtctggctaccagccaatcccactgagaagatt
gtacgtgtgctttttccagggaacgcaccccagaacaagatcctggagggcctggaaaag
cttcggcacctggacttcctgcggtaccctgtggctacacagaaagacttggcctctggg
gctgtgcctgccaacctcaaacccagcaaaatcaaacagcgggctgacagcaaggagagc
ctcaaggccactgccaagacagctgtaagcaagctggccaaacgggaggaggtggctgaa
gagggagccaaggaggcccgctcagaactagccaaggagttagccaagacagagaaaaaa
gtaaaagagtcatctgagaagcccccagagaagcctaccaagcctgaaagggtgaggaca
gagtcgagtgaggcactgaaggcagagaagcgaaagctgataaaagacaaggtagggaag
aagcacctaaaagaaaagatctcaaagctggaagagaaaaaagacaaagagaaaaaagag
atcaagaaggagaggaaggagctcaagaaggatgaaggaaggaaggaggagaagaaggat
gccaagaaagaggagaagaggaaagataccaaacctgaggtcaagaaaatttccaagcca
gacctgaagccctttacccctgaggtacgtaagaccctctacaaagccaaggcccctagc
agggccaaagtggacaagagtcgggctgcccgtggggagaaggagctgtcctctgagccc
cggacacccccagcccagaagggagctgtaccacccccaacagtcagtgggcacagggag
ctggctgtgtcttcaccagaggatctcacacaggactttgaggagatgaagcgtgaggag
agagggttgctggctgaacaaagggacctaggactaggagagaaaccactccctccagac
actgcagaggagggacccccaagcacaactggccaggagataccaccctccgttccacgg
ctggaacaagaagagcccatgatgaaggagaaagagattgtcccagacatccctgaagaa
caaggtagcaaggatagaggcccagactctggggctgaaacagaggaagagaaagatacc
tgggaggaaaagaagcagaaggaagcagagaggctccctgataaaatagaagccagagag
gaaagtgaacctgaggtaaaggaggatgtgatagagaaggctgagttagaagaaatggag
gaggtgcacccttcagatgaggaggaagaggaagagacaaaggctgaaggtttttaccaa
aaacatatgcaggaagccttgaaggcaactccaaggatcagggaggccctcgggggccgg
gaagtaggactccagggcaaagctcctgagaaggaaacctcatcattcctaagcagcctg
gccacacctgcaggagccactgagcatgtctcttacatccaggatgagacaattcctggc
tactcagagacagagcaaaccatctcagatgaggagattcatgatgagccggaggaacgt
ccagctccacctagatttcctacaagtacctatgacctccctgagcctgagggtcctggc
ccctttgaggctagccagcctacagacagtgctgttcctgtcacctccagcaaaggctat
ggagcagcagagactgaactcacctacccccccaacatggtggccgcccctctggctgaa
gaggaacacgtatcctcagccacctcaatcactgaatgcgacaagctttcttcctttgcc
acttccgtggctgaggaccagtctgtggcttcactcacagctccccagacagaagagaca
ggcaagagctccctgctgctcgacacagttacaagcatcccctcatcccgcactgaagcc
actcagggcttggactatgtgccgtcggctggtaccatctcacctacctcttcactggaa
gaagataagggcttcaaatcaccaccctgtgaggatttctctgtgactggtgagtcagag
aagaaaggagagattgtagggagaggcttgcctggagagagagccgtggaagaggaagag
gaggaggccacaaatgtagagatatctgagaaacttcccagtcagtttggaaccccgatg
tttggtgtccctgggcataccctacatcaaggggaaccagtccttggagaagtggaggag
cgctgccttagcccagatgacagcacagtgaaaatggcctctcctccaccatctggccca
cccagtgccacccacacaccctttcatcagtccccagtggaagaaaagtctgagccccaa
gactttcaggaagcaggctcctggggaggaactaggcgtacaccaggtatgggcaaggaa
gatgctgcagaggagatagttaagccagggcctgaagaggtcacattggaggagggaaag
gtgcctcctcccaggagcccccatgcccaggaagcacctgtcagcatcgttggagaacat
acaggctgcactatccagctgttgccagaacaggacaaagcaatagtctttgagactgtg
gaggcaggagagcccacaggcccaattctgggaacagaagctctttccagagatttgaga
acatcactccaagaatctagtgaaactcagaaagatggggtgctccagtttcctgaccaa
agcctctcccctgaagatgcagagtccgtatctgtactcagtgtggtctcaccagacaca
gccaaccaagaagccatccccaggtctccctgtggcctgacagagcagcacgtacacaaa
gacctttggccagaggtatctccagaagacacccggtcactttctctctcggaagagagt
cccagcaaggagacctctctggatatctcttctaagcagctctctccagaaagccttggc
accctccagtttggggaactaagtcttggaaaggaagaaaaggggcctctgatacaggct
gaggacacctctcagcacctagtgcgcacatctattccagaaccctgtgcagccacactg
tcacctcccacagatgggaccactggttactctgtactggcagacatcacagataagagc
cctgatggaaagttacctaccagctccttctctcactctacattgttgggagatgagaag
cactcacctggtgtgatcacaagccctggtgaacacattctgacacctgacagctccctc
accaagagtcctgagtctttgccaagccctgccatggagagcattgccatggagtgggaa
ggtaaagttccagagttgaaagacagaaccccagagcagagggacatgggacctgaacca
aaagatgaagtcttacagcaggacaaaattctggagcagaaggatgacattgtagagcaa
aaggatacagccattggccagaaagataaggctctggaagagaagactaaggctgtagag
cagcaggataaagctttagaacaaaaaggcagagacttagaacaaagggacatagccctg
gaacagagggacaaggccctggaatcaaaagacaaagacttagaacaaaaagacaaggtt
ctggaacaggaggacaagatcccagaagaaaaaggtgaacccttagaacaaaaagtcaga
gacgttgagcataaagacagggctccagaggacaaggtccctgaactgaagggcaaggcc
ttaggacagacagacgaagtccctgagcaggaggacaaggcccatggacagaaggataag
gccttagaacaaaaagacatagactcagaacaaaaaggcaaggcccaagaacagaaggag
gaggccttggaaaagaaggatgaagccttagaacaaaaatactgggccttaggacagaag
gatgaagccctggaacaaaacaataaggccactgaacagaaagataaggctctggaagag
aaggacaaaactcaggagcaggagagcccagtgcaggaggataaaaccatgaaaccaaag
gagaagatcctaaaggaaaaatctccagaaaaagttaaggctgtgcaacaggaagaagaa
gctctgctggagaagaccaaagttctggggctggaagagagcccagtgcatgaggacaag
gccctggatcagggagagaagtactggaaggagcaggatgtggtacaggagtggcaagaa
acatctccatccagagatgagccagttggagaacagaaagagcctgcccggacatgggag
gacacatctcctgagcaggaggacaggtactggaggggcagagaggatgtggccctggaa
caggacacatactggagggagctgagctgtgagcgtaaggtctggttccctcatgagctg
gatggccagggggcccggccacggtacacagaagagcgggagagcactttccttgatgag
gggccagatgatgaacaagaagtgcccccactggagcacacgcctcagagcccctgggcc
tcagacttcaagggttttcaggagccctcaccacagaagggactggaggtggagcgctgg
cttgctgagtcaccagttgggctgcctccagaggaagaagacaagctgacccgttcccct
tttgaaatcatctctcctccagcctccccacctgaggtggttggacagagggttcctcca
gctcctggacaagaaagccctatcccagagcctgagcccatgctacccatgaggaatgaa
cccaccaccccctcatggctggctgacatcccaccatgggtgcccaaggacagacccctg
ccccctgcacccctctccccagctccagctccccccacgcctgccccagaaccacacact
cctgcacccttctcctggggcaccactgagtatgacagtgtggtggctgcagcacaggag
gcagcagctgagttggaaggtgggccatactctcccttggggaaggactaccgcaaggct
gaaggggagacagaagaaggtggggctggggctcctggcagcagccctcaaagctcaaag
gttccagaggccagtgaaagccatcccaccaaggagcccgaacagatagaacctgagcag
agagagcccacaccctatcctgatgagagaagtttccagtacgcagacatctatgagcag
atgatgcttactgggcttggccctgcatgccccactagagagcctccgcttggggcagct
ggggactggcccccacgcatctcagccaaggaggaggctgctggccgaaacccatctgca
gagaaggagctttcatctcctgtctcacccaagagcctccaatctgacactccaaccttt
agctatgcagccctggcgggacccactttaccccctaggcaagagcctgagccgggtccg
agtatggagcccagcctcaccccacctgcagtgcccccccgtgttcctatccccctgagc
aaaggcccaagcccctctcttaatggtaatatcctgagctgtagcccagataggagaacc
ccatcacccaaggaatcaggccagggtcactgggatgacagcactagtgactcagagctg
gagaagggagcacgggaacagccagagaaagaggccgagtccccgagtccccctcacccc
atccctgcagggccccctacattgtggcctgaaagtgaggcacataccagccctccctcg
gactcacacctgggccctgcccgacccagcctggacttccctgcttcagcctttggcttc
tcctcactgcagccagcccccccacagctgccctcnnnnnnnnnnnnnngctcggcaccc
ggtggctcccttgccttctctggggacagagctctggctctggctccgggtccccccacc
agagcccggcatgatgagtacctcgaagtgaccaaggcccccagcctggactcctcactg
ccccagctcccatcacccagctctcctggggctcctctcctctccagtctgccaagacct
gcttcaccagccctgtctgaaggctcctcctctgaggccaccacacctgtgatttcaagt
gtggctgagcgcttccctcctggcctggaggctgtagaacgggggtctggagagctggtc
tcaggaatggaaccagctgcccaaagtctctgggacctcactcctctgagcccagcaccc
ccagcttcactggacttggtcccagctccagctccaagcttacctggagacatggatgac
agcactctgccctgccgcctggaatgcacaggagctgccaccaagaagccaagcccattc
cagagtccctctggggattgtgccaccaatggcccaactgaaaccagccccaacccccca
ggccctgccctggccaaggctgagaaagaagcagctgagacttgccctgcctgggaacgt
ggggcctggcctgagggagccgagaggagttcccgacctgacacacttctttcccctgag
cagccactgtgccctggaggggcttctggaggccaacccagaagtgtctcccctgaggtt
gaggctgggccccagggatgtgctgctgagctccggccccaccgaggggaactctcccca
tcttttctgaacccacctctgccccaatccacagatgaaggtgacctctcaactgaagat
gctcggctagtagggaggggagggcggcgccgggcagggggcccaggggccacagggggc
ccgtgccctgtggctgatgagacacccccaacatcagccagtgactcaggctcctcacaa
tcagattctgatgttccaccagaaactgaggagtgtccatccatcacagctgaggcagct
cttgactcagatgaagatggagacttcctgcctgtggacaaagctggaggggtcagtggg
actcaccatcccaggcctggccatgacccaccccctatccctcagccagacccccgccca
tcccctcctcgccctgatgtgtgcatggctgaccctgaggggctcagctcagaatctgga
agggtagaaaaactacgtgagaaggagaaagcacaggggagagtagggcgcagggcccca
ggcaggggcaagccagcatctcctgcccggcgtctggatcttcggggaaaacgctcaccc
acccctggtaaagggcctgcagatcgagcatcccgggtcccaccccgaccacgcagcact
ccaagccaagtcactccagcagaggaaaaggatggacacagccccatgtccaaaggcctg
gtcaatggactcaaggcaggatcatcggccttgggttccaagggcagctctggctcccct
gtatacgtggatctcgcctatatcccgaatcattgcagtggcaagactgctgaccttgac
ttcttccgtcgagtgcgtgcatcctactatgtggtcagtgggaatgaccctgtcaatggc
gagccgagccgggctgtgctggatgccctgctggagggcaaggcccaatggggggagaat
cttcaggtgactctaatccctacccatgacacggaggtgactcgtgaatggtaccagcag
actcatgagcagcagcaacaactgaatgttctggtcctggctagcagtagcaccgtggtc
atgcaagatgagtcctttccagcctgcaagattgagttctga

All links

Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (12)   

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