KEGG   Scleropages formosus (Asian bonytongue): 108922326
Entry
108922326         CDS       T04919                                 
Name
(RefSeq) microtubule-associated protein 2-like isoform X2
  KO
K10430  microtubule-associated protein 2
Organism
sfm  Scleropages formosus (Asian bonytongue)
Pathway
sfm04517  IgSF CAM signaling
Brite
KEGG Orthology (KO) [BR:sfm00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04517 IgSF CAM signaling
    108922326
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:sfm04812]
    108922326
Cytoskeleton proteins [BR:sfm04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Microtubule-associated proteins (MAPs)
     108922326
SSDB
Motif
Pfam: MAP2_projctn Tubulin-binding
Other DBs
NCBI-GeneID: 108922326
NCBI-ProteinID: XP_018587916
UniProt: A0A8C9S923
Position
1:19019627..19091938
AA seq 1849 aa
MADRQQPEDSSLQWGSATARDPAAQAEENGYSTYRTCQPDGGHGATAPYSATATSTTTEN
GFNGDLSGRPIVPSVEDSANLPPSPPPSPSAEQFGPLEQEEDTFEVLTAVHEEEDIEAAA
HKEQEQQTSGKEPELGPTAKLLEQTEDLWKTHAQPCLQVKAASVSTGVANMKALDSGLEH
CPQEALKMDTENPTWRGQTSPADTDFPKVGGYPEELTTQLKSILVPADAKKFASSDNHST
EQVLKEEYSSNGLHQSKETTEPTSKKHEESTGPRERDHKMDSPKETAEMDDKIITGTTSE
AQPLAEVVESSSVVAKSVEPLSHETSAALEEIKSDTSVDPERICKKGMTESDEKEKDIAL
DAEQLDFHEEPTHSKPCMVLGQGSVEEHDVPCVKDRDKAFPQEKSTTEKEDSRLHPDIVD
PSSTLDMYLESSESDKSGMSSYFETSAVKEDYSGGQNEGYYELTDITEKKAETQPSEDRK
SPVGELKTHPSTERRDECRLSPSKLSMDQRSYSLNIPFASMEQGGGQGQLRNFSPLATDI
LSYTSGSLDESADYLPVTTPSAEKPPAFPPFILGSFTSVTAPPCEATADTKASPQAESPE
SPLPMKYNNKNTTIMAPDLPEMLDLAGTRSRITSEGTDHEITRRKSVPADVSAYIGHSLA
HLGFMDQSQKATGNESQIDDLGYCVFNEYSGPMPSPADVHSPMDPLPPQIFTTMPSEDEK
DVGLITADEERDQNEQEQKVKVKDETKDNEEAAEVSSASKDVKIQESVKELGEDSLIADA
RIAAGEIKTAANIPTSLYEHEPNKVSIKTELASDIKDQIIPEVEEQDLSREVSPIPPEKF
GIEAKEAQPEIQTESLMTPTVVLTTDEAKMESEENSKLTVEDQIATYERQIHKLETENRP
LSVEEERELQELREKVKDKPDLVHQEAYEEVDAEDVYQLTSIGKDRITRPVEPSPTSSME
STAEEEVQQDLKNEEVASLKAKISGEALKSNTEGNLCVSGPLLVKKFEEAPEAEDVKDLE
AVSEGSTTEKKPDTVEVDMSKQKEEEVAPMIEDGFSPETEPLVPMETTTEEHLDVCEPDN
SQLNSVEVFPNQMKIVSPKKEPISPSATPSVSSSTEEKVDVNILEKPKVREEPSETDFMK
PSEVNTEEVKVLDINAPRKLEQPEDTGHSKVQLTQSESLEALAPEVSTKPDVPFCTQPWE
SVSVTSTEEKYKVKEDDAELTEDHESLHELEAPAALEKDESQEKSSNKTKGDKEQSEGRE
LVETTEATGRELVEPHAIIKSIVTVEEDFITVVQTIDEGVEPGHSVHFSTHLEECQQPNA
KEEEQDEKDDTAELSREIEVEAASVEEVSDIPESQDIQDSPLKEVVPESECQTEPYDDYK
DETTIDDSILDTDSAWVDTQDEDRSMATEPIEPLPKIQSPVKKPVVKKQPKEKPTGRLKG
RVSSLDRKPTQREFNVVLREEAKNKKAIIKKADLTKKFDTQTRSPSRKSVLKPAVRQPRP
IQPHACAKRKPTGLGSLEDRQPINLARRSLERTSDRSSRSPEKRSSLPRPTAMLSHRAPA
GSQDESSTSITCSSYTAPRRPTSFPSDGRAERRSKRAPSMTGMDSTRSRSARSGSSTPHT
PGSTSVTPSTPPSYSCRTPGTPGTPSYPRTPGTPKSLSLSQERKVAIIRTPPKSPATTPK
QLRVIHQPLPDLKNVKSKIGSTENIKYQPKAGQVYIQNKKIDVSHVTSKCGSLSNIHHRP
GGGNVRIESVKLDFKEKAQAKVGSLDNAHHIPGGGHIHIESHKLTFRESAKARVDHGAEI
VTQSPVLSGTASPHRLSNISSTGSINLLESPQLATLAEDVTAALAKQGL
NT seq 5550 nt   +upstreamnt  +downstreamnt
atggcagaccgtcagcagcctgaggacagttccttgcagtggggctcagccacagcgcgg
gaccctgcggctcaggctgaagagaacggctattcaacatacaggacctgccagccagac
ggggggcacggcgccactgccccctactccgccaccgccaccagcacgaccacggaaaat
ggcttcaatggggacctatctggaaggcccatagttccatctgttgaagactcagccaat
ctgcctccttcccctccaccttcgccatctgctgagcaatttggaccattggagcaagaa
gaggatacctttgaggttcttactgcagtccatgaggaagaggacatagaagcagccgct
cataaggagcaagagcagcaaacaagtgggaaggaacctgagctgggacccacagcaaag
ctcttagagcagacagaggatttatggaagacccatgctcagccctgtctgcaggtcaaa
gcagctagtgtatctactggggtcgccaacatgaaagctcttgattcagggttggaacac
tgccctcaggaagccctgaagatggacacagagaaccccacttggagggggcagaccagt
cctgcagacacagacttccccaaggtggggggatacccagaggagctgaccacccagctg
aagtcaatactggtccctgctgatgcaaagaaatttgcttcttctgacaaccatagtact
gaacaagtcctaaaagaggaatattcatcaaatggactgcaccagtctaaagaaaccact
gagcccacctctaagaaacatgaagagtcaactggtccaagagagagagatcacaaaatg
gacagccccaaagaaactgcagaaatggatgataaaattatcactgggaccacttctgag
gcacagccactagctgaagtggttgaatctagcagtgttgtggctaagtctgttgaacct
ctgagtcatgaaacaagtgcggcattagaggagatcaagtcagacacatcggttgacccg
gagaggatctgtaagaaaggaatgactgaatctgatgagaaagaaaaggatattgcttta
gatgctgaacaattggattttcatgaagaacccactcactccaaaccttgcatggttctt
gggcaaggcagtgttgaggagcatgatgttccctgtgtcaaagacagggacaaagccttt
cctcaagaaaagtccaccactgaaaaagaagactcaaggctgcaccctgacattgttgat
ccctccagtaccttggatatgtatttagagagcagtgaaagtgacaaatctggaatgtca
tcttactttgagacctctgctgtaaaggaagattattctggtggacaaaatgaaggctat
tatgagctcacagatatcacagagaagaaagcagagacacaaccttcagaagacaggaag
agccctgtaggggaacttaaaacccatccttccactgaaagaagggatgaatgcaggctg
tcaccaagtaagttatcaatggatcagagaagctactctctgaacatcccatttgcatcg
atggaacaaggtgggggtcaagggcagttaagaaacttttccccattagcaacagatatc
ttgtcttatactagtggaagtttagatgagtctgctgactatcttccagttacaactcca
tcagctgagaagcccccagcttttcctccttttattctggggtcattcacctctgtaaca
gctcctccatgtgaagcaacagctgacacaaaggctagcccacaggcagagtctccagaa
tcacccctccccatgaagtacaacaataaaaataccaccataatggcccctgatttgcct
gaaatgctagatctagccggcacaagatcaagaatcacttcagagggcactgaccatgaa
attacaaggagaaagtctgtacctgctgatgtctcagcttacattggccactcactggcc
catttgggtttcatggaccaaagtcagaaggcaacaggaaatgaaagtcaaatagatgat
cttgggtattgtgttttcaatgagtactcaggccccatgccttctcctgctgatgttcac
agtcctatggacccactccctccccagatcttcaccaccatgccttcagaagatgaaaag
gatgtgggcctgataacagctgatgaagagagagaccaaaatgagcaagaacaaaaagtt
aaagtaaaagatgaaaccaaggacaatgaggaagcagctgaagtatccagtgcctcaaag
gatgttaaaatacaggaatcagtcaaagagctgggagaggatagcctaatagctgatgca
agaatagctgcaggagaaattaagactgcagcaaacatacctacatcactgtatgaacat
gagccaaacaaagtcagcataaagacagagctggcaagtgacattaaagatcaaataatt
cctgaagtggaagagcaggacctctcaagagaggtatctccaatcccaccagaaaagttt
ggcatcgaggctaaggaggcacagcctgaaatacagactgaatctttaatgactccaact
gttgtgctgaccactgatgaagcaaagatggagtctgaagaaaattcaaaactaacagta
gaagatcaaatagctacatatgagagacaaattcataagctagaaacagagaatagacct
ctaagtgtggaggaagagcgggagttacaagagctaagagagaaagtaaaggacaagcca
gatttagtgcatcaagaagcctacgaagaggttgatgcagaagatgtatatcagctcact
agtattgggaaggatagaatcacaagaccagtagaaccttcaccaacttcatccatggaa
agcactgcagaagaggaggtacagcaggatttaaaaaatgaggaggttgcaagcctgaaa
gcaaaaatttcaggagaagcactaaagagcaatacagagggaaatctctgtgtttctgga
ccactgttggtgaagaagtttgaggaagcaccagaagcagaggatgtgaaagatttggaa
gcagtttcagagggcagtactacagagaagaaaccagataccgttgaagtagacatgtca
aagcagaaggaggaagaagttgctcctatgatagaagatgggttttctccagaaacagag
cccttagtaccaatggagacgacaacagaggaacatctagatgtttgtgaaccagacaac
tctcagctgaatagtgtagaagtttttcctaatcaaatgaagatagtttcgcctaagaaa
gagcccataagcccttcagcaacaccatcagtgagtagctccactgaagagaaagtggat
gtcaatattcttgagaaacccaaggtacgagaagaaccttctgaaacagatttcatgaaa
ccatcagaggtgaacactgaagaagtgaaggtattagacattaatgcaccaaggaagctg
gagcagccggaggacacaggtcattccaaagtacagcttacccaatcagagagcctagag
gctttagccccagaagtttctacaaagccagatgtgcctttttgtacacagccatgggag
tctgtttcagtcaccagtactgaagaaaaatataaagtcaaagaagatgacgcagagttg
actgaagaccatgaaagcttgcatgagctggaagcccctgctgctcttgagaaagatgag
agtcaagagaagtccagcaataagacaaagggagataaagagcagtctgaaggtagagag
ttagtggagacaacagaggctacaggtagagagcttgtggagccccatgctattatcaaa
tccatagtcactgttgaggaagacttcatcacagtagtgcaaaccattgatgagggggta
gagcctggtcacagtgtccacttctccacacatctggaggagtgtcaacagcctaatgca
aaagaggaagagcaggatgagaaagacgatacagccgaattgtctcgagaaattgaggtg
gaggctgccagtgtggaggaggtttctgatatccctgaatctcaagatattcaagattct
cctttgaaggaagtagttccagagagtgaatgccagacagagccttatgatgactacaag
gatgagacaaccattgatgactccatcttagatacagacagtgcctgggttgacactcaa
gatgaagacaggagtatggccacggagcccattgagcccctccccaaaatacagagtcct
gtcaagaagccagtggtgaaaaagcagccgaaggagaagcctacagggagactcaagggg
cgtgtctccagcttggatcgtaaaccaacccaaagagagttcaatgttgtcttaagggag
gaagccaaaaataaaaaagcaatcattaagaaggcagaccttactaaaaaatttgacaca
cagacccgctctccatcccggaagagtgtattaaaacctgcggtcagacagcctaggccc
atccagccgcacgcctgtgctaaaaggaaacccacaggtttaggatcactggaggataga
cagccaatcaatttggctcgccgctccctggagaggacctcagaccgcagttcgcggagt
ccagagaagagatcatcacttcccagacccaccgccatgctcagccaccgtgctcctgct
ggcagccaggatgagagctccacctccattacctgttctagttatactgcaccccgtcgc
cccacctccttccctagtgatggcagagcagagcgcaggtccaaacgggctcccagtatg
acaggcatggactcgacccgctcccggtcagcccgaagcggctcgtccacaccccacacc
cccggctcgacctccgtcacacccagcacccctcccagctactcttgccgcacccctggc
acccctggcacaccaagctaccctcgcacaccaggcacacccaagtccttgagcctgtcc
caggaaaggaaggtggccatcatccgcaccccccccaagtcacctgcaaccacacccaag
cagctgcgtgtcatccaccagccattgcctgacctcaaaaatgtcaaatccaagattggc
tccacagaaaacattaagtaccagcctaaggcaggccaggtctacattcagaacaagaag
atcgacgtgagtcatgtgacctctaagtgtggatctctgagcaatattcaccacagacca
ggtggcggtaatgttcgaattgagagtgtgaagctggacttcaaagaaaaggcccaggcc
aaggtgggatcactagacaatgcccatcacataccaggaggaggtcacattcatattgag
agtcacaagctgacttttcgggaatcagcaaaggcacgcgtagaccatggggcagagatt
gtgactcagtcaccggtcctgtcaggcactgcctcaccacaccgcctcagcaacatctca
tccactggcagcatcaacctactagagtctccacagctggccacgttggctgaggatgtc
actgctgcactggccaagcagggcttgtga

  All links  
Gene (67)   
   RefGene (64)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (2)   
   Pfam (2)   
All databases (78)   

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