KEGG   Python bivittatus (Burmese python): 103061252
Entry
103061252         CDS       T03091                                 
Symbol
MAP1B
Name
(RefSeq) microtubule-associated protein 1B
  KO
K10429  microtubule-associated protein 1
Organism
pbi  Python bivittatus (Burmese python)
Pathway
pbi03250  Viral life cycle - HIV-1
Brite
KEGG Orthology (KO) [BR:pbi00001]
 09120 Genetic Information Processing
  09125 Information processing in viruses
   03250 Viral life cycle - HIV-1
    103061252 (MAP1B)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:pbi01009]
    103061252 (MAP1B)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:pbi04812]
    103061252 (MAP1B)
Protein phosphatases and associated proteins [BR:pbi01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     103061252 (MAP1B)
Cytoskeleton proteins [BR:pbi04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Microtubule-associated proteins (MAPs)
     103061252 (MAP1B)
SSDB
Motif
Pfam: MAP1B_neuraxin Melibiase_2_C
Other DBs
NCBI-GeneID: 103061252
NCBI-ProteinID: XP_007422633
UniProt: A0A9F2KU52
Position
Unknown
AA seq 2360 aa
MATVVLEPESEPSCSLPSAVPPSPSLSHRFLDSKFYLLVVVGELVTEEHLRRAISNIERG
IRSWDTNLIECNLDQELKLFVSRHSARFSPDVRGQKILHHRSDVLETVVLINPSDEAVST
EVRLMITDAARHKLLVLTGQSFENTGELILQSGSFSFQNFIEIFTDQEIGELLSTTHPAN
KASLTLFCPEEGDWKNSNLDRHNLQDFINIKLNSSPILPEMEGLSEFTEYLSESVEVPSP
FDILEPPTSGGFLKLSKPCCYIFPGGRGDSALFAVNGFNMLINGGSERKSCFWKLIRHLD
RVDSILLTHIGDDNLPGINSMLQRKIAELEEEQSQGSTTNSDWMKNLISPDLGVVFLNVP
ESLGNPDPNVQLKRSVEEACFTLQYLNKLSMKPEPLFRNVGNNTEPIILFQKMGVGKLEM
YVLNPVKSSKEMQYFMHQWTGTNKDKTELVLPNGQEIDIPVSYLTSISSLIVWHPANPAE
KIIRVLFPGNSTQYSILDGLEKLKHLDFLKQPTVTQKDLTGNLASPAVKQAKLKQRTDSK
ESLKPVTKTLSTKTVRKESREETSDAGKSSPPEKAQKVENKPIIKKDKPAKSESRLSVTE
KDLTAKEQQLVKSETAEKQATDVKPKVIKEKQVKKEVKVKPEEKQEEKEKSKKEVPKKDE
KSQAKKEEKPKKDDSKKEVKKESKKEPKKEALPKESKKEEKKEVKREEKKEPKKLPKEIK
KTSAVLPESKKVTAKPKPQKKEEPVKKETGLAGKPKEKVKSKSLKKELKVAETPAAAVTA
LGAGAATVAAAGLAASGKELEVERSLMSSPEDLTKDFEELKAEEVEVVKEIKLQEDKVEN
ESQPAVIEQEEGYKVQKEEIGPAYSPDEDITATEPEGECEQTPEELESVGKDRVDDSEKF
EEEGAGFEESSEAGDYEEKAETEEAEIQGDNEEEELPPDFKKQDIKDIIETGEIEKEMIE
APEYEKMKGLMYDKQAEFRVEYEEHYEENVEETTVEKAETEETEEVEEEDKTEEVKDEEE
TEKIEVEEDYVMAVVDKAAEAAEIDDKYGLRITTPTKLSESPSPAKEPASSIHDETLPGG
SESEATVSDEENREDQPEEFTATSGYTQSTIEISSEPTPMDGMSTPRDVMSDETNNEESE
SPSQEYVNITKYESTLYSQDFARPKVSPLPDAFNGLSEGSKTDATEGKDYSVSASTISPP
SSLEEDKFNKSSFQDLYRLRENEFKTINKLEISETWDEKLSPTIDESPAPLSPVTKTPLS
ERSVNFSLTPNEIKTSTEPVALTTLAEKQHDIQEEQCPSPDDKTLEVVSPSQSAAGSAGH
TPYYQSPTDEKSNQIPAEIPGKTTEVPISFEVSDAKDNIAKHRISPMDEPVPDSESPFEK
VLSPLRSPPLIGTESSYDTFLSADIKSVRETEVTFEKKSETDGSMLQKSSVSELTSTNIF
QEQQDEKDVELTPPKSDILLEKKKDDLETSEIQSALVLDERKLAEVSPTQVDISHLGYFK
EDTKMSISESTVSDKSATPVDEVVAEDTYSHIEGVASVSTASVATSSFPEPTTDDVSPSL
HAEVGSPHSTEVDDSLSVSVVQTPTTFQETEMSPSKEECPRPMSISPPDFSPKTAKSRTP
ILDHRSPEQSTMSVEFGQDSPEQSLAMDFSRQSPEQPIVGAAVHHISENGPTEVDFSPSD
MQEHGFPNKISPVEQTCYGHEKDISEIISVSQIEASPSPSSSSVHTPSQASSPLQEEILS
GVTQPSDMPIHSTFPSEKMQSLGEKLSPKSDLSSLTPRESSPLYSPSFSDSPPIMKETMA
ASQSSLLSLHVSPDKLFGYHTSIVQDPETKHGQELLVSKDQKDTEEAAISPETLIYSYKE
TGKSTRSPEAVSYSYEKTEEVTESPETLDYNYAATKEITRSLEADSYSYEITEKTTKSPE
ALDYSYEKSAKPSESVHYPYESTEKATKSPDISSYHYENDKYFVSEKSEIRQDVDLCLVS
SCEYKHPKTELSPSFINPNPLEWFANEEQSQDQEKLLIQSGGAPPPSGGKQQARLCGETP
PTSVSESVPSQTDSDVPPETEECPSITADANIDSEDESETIPTDKTITYEHIDPPPAPVQ
DRSPSPRHPDVSMVDPETLPIDQNLGKPLKKDLKEKTKTKKQGTKTKSSSPAKKNDGKPK
QVASPKPAGLKESLDKVSKTASPKKKESVEKAAKNVSTPEVKSHNEEKDKETKNAANSTT
SKSAKTTTSGPGNGKSTKSIAVPPGPPVYLDLVYIPNHSNSKNVDVEFFKRVRSSYYVVS
GNDPAAEEPSRAVLDSLLEGKAQWGSNMQVTLIPTHDSEVMREWYQETHEKQQDLNIMVL
ASSSTVVMQDESFPACKIEL
NT seq 7083 nt   +upstreamnt  +downstreamnt
atggcgacggtggtgctggaacccgagtcggagccgtcttgtagccttcccagcgcggtc
cccccctcgccgagcctgtcgcaccgctttctcgacagcaaattttatctcctggtcgtg
gtgggcgagctggtcacagaggagcatctgagaagagccataagcaatatagagcgaggt
atccgatcatgggacacaaacctcattgaatgcaacttggatcaagaacttaaacttttt
gtgtctcgccattcagctcgattctctcctgatgtgagaggtcagaaaatccttcaccac
agaagtgatgtcttagaaacagttgtcctgattaacccttcagatgaagcagtcagtact
gaggtgcgtttaatgataacagatgctgcacgacataagcttctggtactgactgggcag
agctttgaaaatacaggcgaactcattcttcagtcaggatctttctcatttcagaatttc
attgagatcttcactgaccaagagattggagaattattgagcactactcaccctgctaac
aaagccagcttaactcttttctgtcctgaggaaggggactggaagaattcaaaccttgac
agacacaaccttcaagatttcatcaacattaagctgaactcttctcctattttgcctgaa
atggaagggctttctgaattcacagaatacttgtcagagtcagtggaagtaccatcacca
tttgatattttggagccaccaacatcaggaggttttctgaaactttctaagccttgttgt
tatattttccctggtggaagaggagattcagcattgtttgcagtgaatggattcaacatg
cttatcaatggaggttcagagaggaaatcttgtttctggaaactcatccgacatttggac
agagtggattcaattttgctgactcacattggagatgataatttgccaggaattaacagc
atgctacaacggaaaatagcagaattagaagaggagcagtctcaaggctctaccaccaac
agtgactggatgaaaaatctaatttctcctgatttgggagttgtatttcttaatgttcct
gaaagcctaggaaatcctgatcctaatgtgcagttaaaaagaagtgtagaggaggcttgt
tttacattgcaatacttaaacaagctatccatgaaaccagaacctctctttagaaatgta
ggaaacaacactgagcccattatcctttttcaaaaaatgggtgtagggaaactggaaatg
tatgtgcttaatccagtcaaaagcagcaaagagatgcagtatttcatgcatcagtggaca
ggtacaaacaaagataaaactgaactggtgctaccaaatggtcaagaaatagacatccca
gtttcctacttgacttcaatctcctctttgattgtatggcatcctgcaaaccctgctgaa
aaaattatcagagttcttttcccagggaacagtacccagtatagcatattagatggccta
gagaaactcaaacatttggacttccttaaacaaccaacagtgacacaaaaagacttaact
ggtaatctggcaagtccagcagtaaaacaagcaaaactgaagcagagaacagatagtaaa
gaaagtctcaagccagtcactaaaacgctgtctacaaagactgtcagaaaagagtcgcga
gaggagacatctgatgcagggaaatctagcccaccagaaaaggctcaaaaagtagaaaat
aaacccatcataaaaaaagataaaccagcaaaaagtgagagtaggctctctgtgactgaa
aaagacctgacagcaaaggaacagcagcttgtgaaatctgaaactgctgaaaaacaagca
actgatgtgaaaccaaaagtaataaaggagaagcaggtgaaaaaggaagtgaaagtaaaa
cctgaagaaaaacaagaagagaaagaaaagtcaaagaaagaggtgcctaagaaggatgaa
aaatcccaggccaagaaagaagaaaagcctaaaaaggatgattccaagaaagaagtaaag
aaagaatctaaaaaagagccaaagaaagaagctcttccaaaagaatccaaaaaagaagag
aaaaaggaagtgaaaagggaagaaaagaaagagcccaagaaacttcctaaggaaataaag
aaaacctctgctgttttgcctgaatcaaagaaggttacagcaaagccgaaaccacagaag
aaggaagaacctgtcaaaaaagaaactgggcttgctgggaaacccaaagaaaaagttaaa
agcaagtcactgaagaaagagctcaaagtggccgaaaccccagctgcagcagtgacagct
ttgggagctggggctgcaacagtagcagctgcaggcctggcagccagtgggaaagaactt
gaagttgagagatcgcttatgtcctcaccagaagacttaacaaaagattttgaagaacta
aaagcagaagaagttgaagtagtgaaggaaataaagcttcaggaagataaagttgaaaat
gaaagccagccagctgtcatagaacaagaggagggttacaaagttcaaaaagaagaaata
ggccctgcttattctcctgatgaagacataaccgccacagaacctgagggagaatgtgaa
caaactcctgaagagctggagtctgtgggaaaggacagggttgatgacagtgaaaagttt
gaagaggaaggagcaggatttgaagaatcttctgaggcaggtgactatgaagaaaaggct
gagacagaggaggcagaaatacaaggggacaatgaggaagaagagctaccaccagatttc
aaaaagcaagacataaaagatatcattgaaacaggagagattgaaaaagaaatgatagaa
gctcctgaatatgaaaaaatgaaagggttaatgtatgataaacaagcagaatttagagtg
gagtatgaagagcactatgaagaaaatgtagaagaaacaacagttgaaaaggcagaaaca
gaagagactgaagaagttgaggaagaagacaaaactgaggaggtcaaagatgaagaagaa
actgaaaaaatagaagtggaagaggattatgtcatggctgtggtagacaaagcagctgaa
gctgctgaaattgatgataaatacggtttgcgtataactactccaactaaattgtcagaa
tctccatctccagcaaaggaaccagcatcttcaatccatgatgaaactctacctggtggg
tcagaaagtgaagcaactgtttcagatgaagaaaacagggaagaccaacctgaggaattc
actgctacttcaggttatactcagtccactattgaaatatccagtgaaccaactccaatg
gatggaatgtcaaccccaagagatgtaatgagtgatgaaacaaataatgaagaaagtgaa
tcgccttcccaagagtatgttaacattactaagtatgagtcaacactatattctcaagat
tttgctagacctaaagtttctcctcttcctgatgcttttaatgggttatccgaaggatct
aaaacagatgctactgaaggcaaagactatagtgtttcagcttctaccatttcaccacct
tcttcgctagaagaagataagtttaacaaatcttccttccaggacctgtatcgtcttcgg
gaaaatgaattcaaaactattaataaattagaaatttcagaaacttgggatgagaagctt
agcccaactatagatgaaagtccagccccactatcgccagtcactaaaactcctcttagt
gaacgtagtgtgaacttttccctaactcccaatgagattaaaacatcaactgaacctgta
gctctcacaacattggcagaaaaacaacatgatatccaggaagagcagtgccccagccct
gatgataaaacattagaagtggtatccccttcacaatcagctgctggaagtgctggtcat
acaccttactatcagtctcccactgatgaaaagtcaaaccaaattccagctgagattcct
ggaaagacaactgaagtaccaatcagttttgaagttagtgatgccaaagacaatattgca
aaacacagaataagcccaatggatgaaccagtgcctgactctgaatcgccttttgagaaa
gtgctctcacctttacgaagtccaccacttataggtacagagtcttcctatgacacgttt
ttgagtgctgatataaaatctgtcagagaaactgaagttacctttgaaaagaaaagtgaa
acagatgggtccatgttgcagaagagctcagtttctgaacttacttctacaaacattttc
caagaacaacaggatgaaaaagatgtggagctgacacctccaaagtcagacattcttcta
gaaaagaaaaaggatgatttagaaacttcagaaattcagtctgcattagttttggatgag
aggaagctagcagaggtttctccaactcaggtagatattagtcatttaggctatttcaag
gaggacaccaaaatgtcaatatctgaaagtacagtctctgataaatctgcaactcctgtt
gatgaagttgtagcagaagatacttattcacatattgaaggagttgcatctgtttctaca
gcatctgttgctactagttcattcccagaaccaaccactgatgatgtatctccttcactg
catgctgaggttggatctcctcactctactgaagttgatgattctctttctgtgtctgtt
gtacaaacaccaactacatttcaggaaacagaaatgtctccatctaaagaagagtgccca
agaccaatgtctatttctccaccagatttttcccctaaaacagcaaaatcaaggacacca
atactagatcataggtctcctgaacaatcaactatgtcagtagaatttggacaagattca
cctgaacagtccttggccatggattttagcagacagtctcctgaacaacctatagtaggt
gctgctgtgcaccatatatctgaaaatggtccaacagaagttgattttagcccttcagat
atgcaagaacatggatttccaaacaaaatatcgccagtggaacaaacatgttatggccat
gagaaggatatttcagagattatttcagtttctcagatagaggcctcaccttcaccttcc
tcttcctctgttcatacaccatcacaggcaagttctcccctacaagaagaaattctatca
ggtgttacacagcctagtgatatgccgatacattctacatttccatcagaaaaaatgcaa
agcttgggggagaaactctcaccaaagtctgatttatcttcattaacaccccgggaatct
tctcctttatattcacctagtttttcagattcacctcccataatgaaagaaacaatggct
gcttctcagtcatctctattatcactgcatgtatccccagacaaattgtttggctatcat
acatcaatagttcaagaccctgagacaaaacatggtcaagagcttctagtctctaaggat
cagaaagatacagaagaagcagccatatcaccagaaactcttatttactcttataaggaa
actggaaaaagcactagatcacccgaggctgttagttactcctatgaaaaaacagaggaa
gtcactgaatcccctgaaacccttgattacaactatgctgcaacaaaggaaatcaccaga
tcgctagaggcagatagttattcctatgaaataacagaaaaaaccaccaagtcaccagaa
gcccttgattattcttatgagaaatccgccaaaccatcagagtctgtccattatccttat
gaatccacagagaaagccaccaaatcacctgacatatcaagttatcactatgagaatgat
aaatattttgtttcagaaaaatctgaaatccgtcaagatgttgatttatgtcttgtctca
tcctgtgaatacaagcatcccaaaacagaactgtcaccttcttttataaatcctaacccc
ttagaatggtttgcaaatgaagaacaatctcaagaccaagaaaagctgttaattcagtca
ggaggtgctccaccaccctctggaggaaaacagcaagcccgcctgtgtggtgaaactccc
cctacttctgtaagtgaatctgttccatcacagaccgactcagatgtaccccctgaaaca
gaagagtgtccttctattacagcagatgctaacattgattcagaagatgaatctgaaact
ataccaacagataaaacaattacatatgaacacattgaccctcccccagcccctgttcaa
gatcgcagcccttcacctaggcacccagatgtctccatggtagatccagagacattaccc
attgaccagaacctaggcaagcctttgaagaaggatctgaaagaaaagacaaaaacaaaa
aagcaggggactaagactaaatcttcctctcctgccaagaagaatgatggcaaacccaag
caggtggcttctccaaagcctgctggcttgaaggaatcattggataaagtttcaaaaaca
gcttctccaaagaagaaggagtctgtggagaaagctgccaaaaatgtctctactccagag
gtaaaatctcataatgaagagaaagataaggaaactaagaatgcagccaattctacaaca
tcaaagtcagcaaaaactacaacttcaggacctggaaatgggaaatcaacaaaatctata
gctgtgcctccaggacctcctgtgtatttggacctggtctatattcccaaccacagcaat
agcaagaatgttgatgtagaatttttcaaaagggtgagatcatcctactatgttgtgagt
ggtaacgatcctgctgctgaagaaccaagcagggctgtcttggattccctgttggaaggc
aaagctcagtggggaagcaacatgcaggtgactttaattccaacccatgactcagaggtg
atgagggaatggtatcaagagacccacgagaaacaacaggatcttaacatcatggttttg
gcaagcagtagcactgttgttatgcaagatgaatctttccctgcatgcaagattgaactg
taa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (99)   
   KEGG ORTHOLOGY (1)   
   RefGene (95)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (109)   

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