KEGG   Cyanistes caeruleus (blue tit): 111933933
Entry
111933933         CDS       T05602                                 
Symbol
MAP1A
Name
(RefSeq) microtubule-associated protein 1A isoform X1
  KO
K10429  microtubule-associated protein 1
Organism
ccae  Cyanistes caeruleus (blue tit)
Pathway
ccae03250  Viral life cycle - HIV-1
Brite
KEGG Orthology (KO) [BR:ccae00001]
 09120 Genetic Information Processing
  09125 Information processing in viruses
   03250 Viral life cycle - HIV-1
    111933933 (MAP1A)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:ccae01009]
    111933933 (MAP1A)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:ccae04812]
    111933933 (MAP1A)
Protein phosphatases and associated proteins [BR:ccae01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     111933933 (MAP1A)
Cytoskeleton proteins [BR:ccae04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Microtubule-associated proteins (MAPs)
     111933933 (MAP1A)
SSDB
Motif
Pfam: Lactamase_B_6
Other DBs
NCBI-GeneID: 111933933
NCBI-ProteinID: XP_023789479
Position
10
AA seq 3178 aa
MEGIRSWNINTLYCDLNHQLRLFVTRHLAQFSSEVKGQRTLHHQSDTLDTVILVNPNVDS
IVSEVRSLVCDSSAHKLLILCGQSSDHEGDLVLQTGTFTYQKFAEILSDPEVTQILSNSD
SETKASLTVSCLGEGAWSNLGHPGFQDIINLKLNPDPVLPEMDGVSEFAEYVSETVDVPS
PFDLLEPPTSGGFLKLSKPCCYIFPGGRGDSALFAVNGFNILVDGGSERKSCFWKLVRHL
DRIDSILLTHIGADNLPGINGLLQRKVAEQEEEQSQGSTNYSDWMKNLISPELGVVFFNV
PEKLKMPETSMKVKRSIEEACMTLQYLNRLGIKSEPLYRVVSSTIEPITLFHKMGVGKLD
MYILNPVKDSKEMQFLMQKWAGNSKAKTGIILASGKEGEISVPYLTSITALVVWLPASPT
EKIVRVLFPGNAPQNKILEGLEKLKHLDFLRYPVATQKDITSGIPPPVLKQTKMKHRTDS
KESLKSSPKPSVTKQVKKEEAVEEGIKEVKPEVVKDAKIEKKVKEHTEKIPEKPVKHEKI
KTETSDALKAEKRKLAKDKVGKKHLKEKVSKLEEKKDKEKKEIKKEKKDLKKDDGKKDEK
KDSKKDDKKKENKPELKKISKPDLKPFTPEVRKTLYKAKLPGRLKTEKIKVKPEKEPEKV
PADLKTLPMETAPVQVDLGETSIVEQRLVLSSPEDLTKDFEELKHEERRSLQLTQELSDT
ELSDKIMRVSEAELKDSVDMTGQSNLEVDLILKRKMPDQGVTTTDTEKESSAEEMAVHQW
ELRGGPAEKIEDERKTIDENHDIRYWEGKAEQGKDIQMFSDKEHLPSHTDLLAKGARPPV
FREEEKEEEEKISLDRKQREAETCGKYIDGTEAQEEDEKEKREDVIEKAELEEKEEQHMK
AEDKVEKNREFCGLNQDDREDKLFTTTEKEREFSFMDEKTKLLGKDITKEESYLSSLPVP
PGATAEHVSYIQDETIPGYSETEQTISDEEIHDEQEERIPHLKYDVNAYNISVPDHPGSF
EAVHGIQAMPPADLSAKAYAGQESEILAYPTNIVAAPLAEEEHISSATSITECDKLSSFA
TSVAEDQSVASITAPQTEETGKSSLLLDTGNSMPSSRTEATQGLDYVPSAGTISPTSSLE
EDKCFKSPPPEDFHALAEGERKLETQKKDLHEEVEDEEDEEDGTPNIEIPEKLRGHYNAP
VFAPQGCPDNVIISVPTQVMPLSTEEAPFSQADSAEAEERCMSPDDSTVKMASPTPSGPT
SAGHTPFHQSPVEEKLETVDSDLFEKQTDASAKKLEGQSSVVVKAAKGEPLREEEASVAK
SRHEREVPGPVQHELILSSDVPVSPEGEVQKEPVKREELPWLSYHKQDTVVIGEDKERPS
TKPETDQGTKTKTESLIGFPEHLSFEPFVTTGTSLGNVNLPQFTSQSKSKNDKSLQFSPD
GIKSPSFTEERIGTEKSSNISRRVITEEGKLPYFTGDTTEKKSSHVSIEDISPEETKSIS
LTESSSRKTSSDVFIKGISPEDIKALSFTEEISAEEKIMSNCTDKFSSEGVKSMGFTDQS
PATYEKSLDISAKELKEASKYFPCPESISVKDTSPRDSSTEEMSPDDSSLFSASEKGLLR
GRNAGLDSQEVSPDAKGLHFTESSPSEDKTSSHISTEGVKSCRFKEAQEKKSPEMEKLCM
KDLSYEKKVWFPEEVEEVPLLGRRQRYDKERESTFLDEVPEFDTKSLPKMGKEGNLSPAA
PGSQTWRGQERETWGSAFGYLQEGRDSGRGGQLPSEEDEALHHAEDKPMLLQAETECLKM
ESFDYKEDTQKSAKPTSETKKVDVIPADITVPERTQREGSPLSPHYVPGEENQAKALTGN
KKRQELLLTSKQGSSCLDDEEKAVLDIYAKSLDQVLTTSPLSAVGKVIEVPPGAERPCKL
EQCKPPLWEDVPSKTAEKKSDISDLYQETDCKYKSDSRQEDDCKSTEGLYVSKGRKEQAA
AASTLLQSMRAAEYIAESTEGSAELSGQCTQSPPGQGPCQKSSDAVGGAGGMGATIQEVY
PPETYSRSSPEPYSYEEGVYTQRDNDSSTRQEPEEREPTPYPDERSFKYADIYEKIIVSG
VGPSPFTAMGAHSPGHTDKVPVTALNSQKGQNFHVSAKEEESCLYTSAEKELSSPASPKD
KADSVFDYRDIHERYLPLSETERPRTSGGQEKLNVSSALPGELDSALHPLSANTAFASPT
VTTDTSYQGKSSTYIDAGCPDENIILSSQEQVSLSLKSEIPNPEDTYYEKAGRGEESASD
SELEKGAKEKSEKESKLHSPAEKESKLHSPAEAAGTVYAHISAISKFPVSDPFLQTKCQE
PLSPSSTASSPSGPGWQEEYESRTTLSAAAVETYVAGYRDMPDMDRDKQTSEMCRDSSQK
KEIAEKSIKESHFWVEDYPSAAVASECQEQAIYLKSASCKQTEIYEQSPRVESREMESSS
GFESSLLGKSETASTIRHKQTSASCLGDISLSLESPCALLSDQGNKDEYLEVSEKIGSLD
SSFPKFSPLSPYEEGKVFSKGVEKESVTQQLKDDSSSLSEEPSSEATTPVIMTTAESFYS
HMLSTHTGAGVEVATRSAWDVPPRVPDNAMKIHTAETKDFVFAEEHGSLFPCGMGDHTLP
CREECQGSEPTPFSTEQEQQHCGSSPEQKAPFAEHPLPLASLPDVLTPFSHHQHKDETTA
NGPTEVSTSLSAFQSTYHAAEAKDEKTCPDSDSSFSPCTGNKETERQSRPSSLMSPENSF
QTFFPDVQRDEKTEDCGDASHDMETHLGGSSDCGQKFSSCEYKQRKGELSPSFINPSPHE
LSEDSDLSQEEGHPSVQGRPPHTGSSPMQSATVEETPPTSVSDSGTSQSDSDVPPETEEC
PSITADANMDSDEDADFLPVDKAVGNAHHASSRSSHDPQPFPMVDPHPHPPHPDVCMVDP
DMLLNEQSMSRTDKISKKDIKEKNKGVRKPLSKPKSSSPARKLDVKGKRSPTPVKQSSDK
SPKSVTAKKERDGGEKPKPRSSLMPEDELSRSSHSNPGKSLVNGIKTNPASNSPKSSLSV
PMGPPVYVDLAYIPNHCSGKNTDPEFFKRVRASYYVVSGNDAANGEPSRAVLDALLEGKS
QWGENLQVTLIPTHDTEVTREWYQQTHEKQQELNIMVLASSSTVVMQDESFPACKIEF
NT seq 9537 nt   +upstreamnt  +downstreamnt
atggaaggaattcgttcctggaacattaatactctctactgtgatctgaatcatcaactg
cggctctttgtaacccgacatctagctcagttttcttctgaagtcaaaggccaaagaact
ctccatcaccagagtgacaccctggatacggtgatcctggtaaatcctaatgtggacagc
atcgtgtctgaggtccgctcacttgtgtgtgattcatcagcccacaaactactgatcctc
tgtggtcagagctcagaccacgaaggagacttggtcctgcagacagggactttcacttac
cagaagtttgctgagatactttcggacccagaggtcacgcaaattctcagcaactctgat
tcagaaaccaaggcctctcttactgtgtcgtgcctgggagaaggagcctggagcaacctt
gggcatcctggatttcaggacataattaatctgaaactgaatcctgatcctgttctaccg
gaaatggatggggtgtctgaatttgcagaatatgtctctgagacagttgatgtgccatct
ccatttgatcttctggagccacccacctcagggggttttctgaagctttctaagccatgc
tgctacatattccctgggggaagaggtgattctgctctctttgctgtcaatgggtttaac
atccttgtggatggtggctctgagaggaaatcctgcttctggaagctggtaaggcacctg
gataggattgactcaatcctgctcacccacattggtgcagacaacctgcctggcatcaat
gggctgctgcagaggaaagttgctgagcaagaggaggaacaatcccagggctctactaat
tatagtgactggatgaaaaacctaatctctcctgagctaggggtggttttttttaatgtt
cctgaaaagctgaagatgcctgaaacctccatgaaagtaaagaggagcattgaagaagca
tgtatgacactgcagtatctcaacagactgggcattaaatcagagcctctctacagggtg
gtgagcagcaccatcgagcccatcacgctcttccacaaaatgggagtgggtaagctggac
atgtatatactgaaccctgtcaaggacagtaaagaaatgcagtttctaatgcagaaatgg
gctggcaatagtaaagcaaagactggcatcattcttgcaagtgggaaagaaggtgaaatt
tctgttccctatctcacatctatcacagccctagtggtatggctaccagccagtccaaca
gagaaaattgtgagggttttgtttcctggaaatgctcctcaaaataagatactggaaggt
cttgagaaactcaagcacctggattttctgaggtacccagtggctacccagaaagatatc
acttctggaatacctccacctgtgctgaagcagaccaaaatgaaacacagaactgacagt
aaggagagtcttaagtcttcccccaagccatctgtgacaaagcaagtcaagaaggaagaa
gcagttgaggaggggattaaggaagtaaaaccagaagttgtaaaggatgctaaaattgag
aaaaaggttaaagaacacacagagaaaattcctgagaaacctgttaaacatgaaaagata
aagacagaaacaagtgatgctctcaaagctgagaaaagaaaattggctaaagacaaggtt
ggaaaaaagcatctcaaagagaaagtatccaaattagaggagaagaaagacaaagaaaag
aaagagattaagaaggagaaaaaggacttaaaaaaagatgatggaaagaaagatgagaaa
aaagattcaaagaaagatgataaaaagaaagaaaacaaaccagagctcaaaaaaatttct
aaaccagatttgaaaccatttaccccagaagtaagaaaaacattgtacaaggcaaaactt
ccaggcagactcaaaactgagaagatcaaagtaaaacctgaaaaagaacctgaaaaggtt
cctgctgacctcaagacattaccaatggagacagcacctgtacaagtggatctaggagag
acatccatagtggaacagaggttagtcctgtcttcaccagaagatcttacaaaggacttt
gaggaactgaagcatgaggagagacggtctttgcagttgactcaagaactgtctgatacg
gagcttagtgataagattatgagagtatctgaagcagagttaaaagactctgttgatatg
actggtcagagtaaccttgaagtggatttgattttaaaaagaaagatgcctgatcaggga
gtaactactactgatacagaaaaagaatcatcagcagaggaaatggcagtccatcagtgg
gagctgaggggaggtcctgctgaaaaaatagaggatgaaagaaaaacaatagatgaaaac
catgacataagatactgggagggaaaagctgagcagggcaaggacattcagatgttttct
gacaaagaacacctgccatcacatacagacctgttggcaaagggtgctcggccaccagtg
ttcagagaggaagaaaaggaggaagaggagaaaatctctttggacagaaaacagagggaa
gcagaaacgtgtggaaagtatattgatgggacagaggcacaggaagaggatgagaaggaa
aagagagaagatgtgatagaaaaggcagaactagaagaaaaggaagaacagcatatgaaa
gcagaggacaaagtggagaagaatagagaattctgtgggctgaatcaggatgatagggag
gacaaactgtttacgactacagagaaggaaagagaatttagtttcatggatgagaaaacc
aagttacttggaaaggacataacaaaggaagagtcatacctgagcagcctgccagtccca
ccaggagctacagcagaacatgtttcctatatccaagatgaaactatccctggctactca
gaaacagagcagaccatttctgatgaagaaatacacgatgaacaggaagagaggatccca
cacttgaagtatgatgtcaatgcctataacatttctgttcctgaccatcctggctctttt
gaagcagtacatggaatacaggccatgcctcctgctgacctttcagccaaggcctatgct
ggccaggagtctgaaatcctggcatatcctacaaacattgtggcagcacctctagctgag
gaggaacacatatcttctgcgacttccattactgaatgcgacaagctttcatcttttgca
acatcagtagcagaggatcaatctgttgcatccataacagcaccacaaacagaagagact
gggaaaagctctttacttttggacacaggaaacagtatgccctcctctcggactgaagca
acccaaggtcttgattatgttccctctgctggcacaatttctcccacatcatccttagag
gaagacaaatgctttaaatctccaccccctgaagatttccatgcattagcagaaggagag
aggaaactggaaactcaaaaaaaggacctccatgaggaggtagaggatgaagaagatgaa
gaagacgggactccaaatattgagattcctgagaaactcagagggcattacaatgccccc
gtgtttgctcctcaaggatgccctgataatgtgataatcagtgttcccacacaggtgatg
cctttatccactgaagaagcaccattttcccaggctgactctgcagaggctgaagaacga
tgcatgagtcccgatgacagcacagtcaaaatggcctctcccactccatctggccccacc
agtgcagggcacacacccttccaccagtctccagtggaggaaaagctggaaacagtagat
tcagatctatttgaaaaacaaacagatgcttctgccaagaaactggaaggccaaagttct
gttgtggtgaaggcagccaagggtgaacctctcagagaagaggaggcatctgtggcgaaa
tccagacacgaaagagaagtgcctggacctgtgcagcacgaattgattttgagcagtgat
gttccagtgtcccctgagggggaggtacagaaggaaccagtgaagagggaggagctgccc
tggctctcttaccacaagcaggacacagtggtgatcggagaggacaaggagcgtcccagc
acaaaaccagaaacagatcaaggaactaaaaccaagacagaaagtttaattggatttcca
gaacacttgtcctttgagccatttgtaaccacaggaacttctctaggaaatgtgaatctt
ccacagttcacaagccaaagcaaatctaaaaatgacaaatctttgcaattttcaccagat
ggcatcaaatcaccttcttttacagaggagaggattggtacagaaaaatcctcaaatatt
tctaggagagttattactgaagaaggaaaactgccgtatttcacaggagacaccacagaa
aagaaatcttctcatgtttccattgaagatatttccccagaagagaccaaatccatttct
cttactgagagttccagcaggaaaacctcttcagatgtttttattaaaggaatttctcca
gaagacatcaaagcacttagtttcacagaagagatatctgcagaagaaaaaattatgtcc
aactgcaccgacaaattctcttcagaaggtgtgaaatccatgggtttcacagaccagagc
ccagctacatatgaaaaatcactggatatttctgccaaagaactgaaagaagcatcaaaa
tattttccttgcccagaaagtatttcagttaaagacacgtcacccagagattcttcaact
gaagaaatgtctccagatgacagcagtttattttctgcatcagaaaagggcctgttgagg
ggaagaaatgcaggcttggactctcaggaagtatccccagatgcaaagggcttacatttt
acagaatctagcccaagtgaagataaaacatcttcacacatttctactgaaggtgtaaaa
tcttgcaggttcaaggaagctcaagaaaaaaaatctccagaaatggaaaagctttgcatg
aaagatttaagttatgagaagaaagtgtggtttccagaagaggtagaagaggtccctctt
ctgggaagacggcagagatatgacaaggagagggagagtacgttcttggatgaggtacca
gaatttgacacaaaatcccttcctaaaatgggaaaggaagggaacctgtctcctgcagcg
cctggcagccagacctggagaggacaagaaagggaaacatggggttctgcctttgggtat
cttcaggaagggagagacagtgggagaggagggcaattacccagtgaggaggatgaggcg
cttcaccatgctgaagacaagcccatgctactgcaagcagaaactgaatgtttaaagatg
gagtcatttgattacaaagaagacacacagaagagtgccaaacctacatcagaaacaaag
aaagtggatgtgattcctgctgacatcactgtcccagaaagaacacaaagagaaggttct
cctctatctcctcactatgtccctggtgaggaaaatcaggccaaagctttaactggaaac
aaaaaaaggcaagaattgttgttgacctctaaacaaggtagttcctgcttagatgatgag
gaaaaagctgtcctagatatctatgcaaagtcactagaccaagttctgacaacatctccc
ctgtctgcagtaggaaaggtgattgaggtaccaccaggagcagagaggccctgcaagtta
gagcagtgcaagccacctttgtgggaggatgtcccatcaaagacagctgagaagaaatca
gacatcagtgatttgtaccaggaaacagattgcaaatacaagtcagatagcaggcaagag
gatgactgcaaatccactgagggtctgtatgtctctaaaggaagaaaagagcaggcagca
gcagcatctaccctgttgcaatctatgagagcagcagaatatattgcagagtccacagaa
gggagtgctgagctgtcaggacagtgtacacaatcccctccaggacaaggcccatgccaa
aaaagcagtgatgctgtgggcggtgctgggggtatgggtgctaccatccaagaggtatat
cctccagagacctattccaggagttcccctgagccttattcctatgaggaaggggtctac
acacagagagacaatgacagttccacaagacaagagccggaagaaagagaaccgactccc
tatcctgatgaaagaagtttcaaatatgctgacatctatgagaagataattgtgtctgga
gtgggaccttcccccttcacagctatgggtgcacacagcccaggtcacactgacaaggtg
ccagtgacagcactgaactctcaaaaaggtcaaaattttcatgtgtctgcaaaggaagaa
gagtcctgcctttatacctctgctgagaaggaattgtcatctccagcatcccctaaggat
aaagcagattcagtctttgactatagagacatccatgaaagatatctgcccttgtctgaa
acagagaggcctaggacatcaggaggacaggaaaaactgaatgtgtcttctgctctgcca
ggagaactggactctgcactgcacccattgtctgcaaacacagcatttgcctctcccacc
gtcacaactgacacctcttatcaaggaaaatcatccacctatattgatgctggttgtcca
gatgagaacataattttgtctagccaggagcaggtatctttgtccctgaaatctgaaatc
ccaaatcccgaagatacatactatgagaaagcaggtcgaggggaagaaagtgcaagtgac
tcagaactagaaaaaggtgctaaggagaagtctgaaaaggagtctaaactgcacagccct
gctgaaaaggagtctaaactgcacagccctgctgaagctgcaggcactgtctatgcacac
atctcggccatcagcaagttccctgtctcagaccccttcctgcagaccaaatgtcaggag
cccctttctcccagctccactgcctcttctccgtctggtccaggctggcaagaggaatat
gaaagtaggacaactttatcagctgctgctgtggagacatatgttgctggttacagagac
atgccagacatggatagagataagcaaacttcagaaatgtgccgtgattcctcacaaaag
aaagagattgctgaaaaatccataaaggaatcccatttctgggttgaagattatccaagt
gcagcagtggcctctgagtgccaagagcaagccatatacctgaaatctgcttcctgcaaa
cagacagagatttatgaacagagcccgagggtagagagcagagagatggagagctcttct
ggatttgaaagttccttgctaggaaagagcgaaacagccagcacaatcagacataagcaa
acctcagcaagctgtttaggggatatttctctttctttagagtctccttgtgctttgctc
tcagaccagggaaacaaagacgagtacttggaggtttctgagaaaatcggcagcctcgac
tcatcttttcctaaattctcaccactgagtccatacgaagaaggcaaggtgttctccaaa
ggtgtggagaaagagtctgtgacccagcagctgaaagatgactcttccagcctgtcagaa
gaaccttcatctgaagccaccactcctgtgataatgactacagcagaaagtttctattcc
catatgctttccactcacacaggtgcaggagtggaagtggctactaggagtgcttgggat
gtgcctccacgggttccagataatgctatgaaaatacatacagctgaaaccaaagacttt
gtctttgctgaagaacatgggtctctatttccctgtggaatgggtgaccacaccttgcca
tgcagagaagagtgccagggctcagagcccacaccattctctacagagcaagagcagcag
cactgtggtagcagcccagagcagaaggcaccatttgcagaacacccgttgccactcgca
tctctccctgatgtgctgacaccattttctcatcatcagcacaaagatgaaaccacagcc
aatggtccaacagaggtgagcaccagtctgtcagctttccaaagtacataccatgcagca
gaggcaaaagatgaaaaaacatgtcctgattctgacagcagtttttctccatgcacaggc
aacaaggagacagagaggcaaagccgtccttcctctctgatgtcccctgaaaacagtttc
cagacatttttcccagatgtgcagagggatgaaaaaacagaggactgtggagatgcttcc
catgacatggagacccatttaggaggcagttctgattgtggtcagaaattttcctcatgt
gaatacaagcagagaaaaggagaactctctccctcatttatcaacccaagcccccatgag
ctctctgaagacagtgacctctcacaggaagagggtcacccttcagtgcaagggagacca
ccccacactgggagcagtcccatgcaaagcgctacagtggaggaaacccctccaacatct
gtgagtgattctggaacctcccagtcagactccgatgtcccacctgagactgaagaatgt
ccatccatcacagcagatgctaacatggactcagatgaagatgctgatttcctcccagtg
gacaaagctgtggggaatgctcatcatgccagttctaggtccagccatgatcctcagcct
tttccaatggtagatccccatccccaccctccacaccctgatgtctgcatggtagaccct
gatatgttgttaaatgagcaaagcatgagcagaactgataaaatttccaagaaagacata
aaagaaaagaacaaaggtgtgaggaagcctttgagcaaacccaaatcttcctcacctgcc
cggaaattagatgtgaaagggaaacgatcacccactcctgtgaaacagtcatctgacaaa
tctccaaaatctgtcactgccaaaaaagaaagagatggaggagaaaagcccaaaccacgt
agttcgctgatgccagaggatgagttatcccggagtagtcacagcaaccctggcaagagc
cttgttaatggcatcaaaacaaatcccgcttccaatagccctaagagcagtttgtctgtg
cctatgggtccacccgtctatgtggacttggcctacatccccaaccactgcagtgggaag
aacacagatccagagttcttcaagcgggttcgagcatcttattatgttgtgagtggaaat
gatgcagccaatggagagccaagccgtgcagtgctggatgcactcctggaagggaagtct
cagtggggagagaacctgcaggtgacattgatcccaacacacgatactgaggtaacacga
gaatggtatcaacagacccatgagaaacagcaggagctgaacatcatggtactggcaagc
agcagcactgttgtgatgcaggatgaatcttttccagcctgtaagattgaattctaa

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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 (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (1)   
   Pfam (1)   
All databases (14)   

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