KEGG   Sinocyclocheilus rhinocerous: 107757801
Entry
107757801         CDS       T04916                                 
Name
(RefSeq) microtubule-associated protein 1A-like
  KO
K10429  microtubule-associated protein 1
Organism
srx  Sinocyclocheilus rhinocerous
Pathway
srx03250  Viral life cycle - HIV-1
Brite
KEGG Orthology (KO) [BR:srx00001]
 09120 Genetic Information Processing
  09125 Information processing in viruses
   03250 Viral life cycle - HIV-1
    107757801
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:srx01009]
    107757801
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:srx04812]
    107757801
Protein phosphatases and associated proteins [BR:srx01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     107757801
Cytoskeleton proteins [BR:srx04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Microtubule-associated proteins (MAPs)
     107757801
SSDB
Motif
Pfam: Lactamase_B Lactamase_B_6 Lactamase_B_2
Other DBs
NCBI-GeneID: 107757801
NCBI-ProteinID: XP_016430871
Position
Unknown
AA seq 2632 aa
MEMPLGDATIGPQEKREIIQHLGQQRCVGPPFCQTRYYMLIVIGEISTDHQLDSVKEHIK
QGILSWDVDLTICDLNKELKLFEARHSAQFSSEVKGQRLLQYKSDVLETVVLVNPSEENI
AIEFRTLLCDSAGHKLLVLSGQSTEQSSDIILQSGVFGWKKLSDILSSCRIKDLLNQPSA
SQQACLTVSCKGEGGWSSLGYVQEQSILKYRLNPEPVLPEMEGVSEFTEYVSETVDVPSP
FELLEPPTSGGFLKLSKPCCYIFPGGRGDSALFAVSGFNILIDGGSDRKSCFWKLVRHLD
RIDSVLLTHIGADNLAGINGLLQRKIAEQEEEKSRGSNTYGDWMKNLISPELGVVFFNVP
DKLKVPESTLKAKRSIEEASLTLQYLHKLGIKPEPLYRVMSNTIEPLTLFHKLGVGKLDM
YILNPLKDSKEMQFFMQKWAGNSKAKTGIVLANGKEGEISVPYLTSVTALVVWVPASPTE
KIVRVLFPGNAPQNKIFEGLEKLRHLDFLRYPVATKKDMSSGVPPPLIKQTKMKLRTDSK
ESLKSSPKMSSTTKASKKEANEDIESKSDSVKENKVEKKDKKIKEAVKTPKQLKPKTASP
DSRKQEKKKLQREKSPKKHIKEKASKMEKKKDQEKKDTKKEKTDVKKEDVKKELKSKEEK
KKEKEKIKPELRKITKPDLKPFTPEVRKTLNKAKVQVKPKTEKNKAAKEQENRPAAKQAS
VEKKESVRSLVSSPEDLTKDFEALQLEEELSKLTESKVLPNFQSAVDSVVPHIESPDEGI
TTTDVETESPHEERVPYGVNEIKSHSKTTDRFENEGATTEDDIEDDYTTKLKSATTSDFL
EMGENKEWQEKAKEEEKELEMKPKKSDSEEEEDVIEKAELEEAEELVHEEELKYKSDEAR
KEKLGKDWETKQSDIKSAKPLGAAEHVSFIQDETIPGYSETEQTISDEEINEETEERMPH
LQYDVSSYEISVPDEPGTFDTIHGMKPPTISVASELSSKGFAVDLEPVLSAYATNIIVAP
LAEEEHISSATSITEYDKLSSFATSVTEDQSIASVTAPPTEDAGKSSLYLDTVNSIPSFV
QTDATQGKEYLHSAGTISPTSSLEEDKCFKSPPSEEYQPIVPETENAVKATVPTNYEDEE
DEEEDEDQTPNVDMPLGKIHEGYASAAMLQDTEQASNKFPTSTAPISPQMMYVSTQEKDE
KEISLSKDESKLGTFEKSLSFSSNLPCTSETSIISESEERCLSPDDSTVRFASPTQSGPT
SSSYSPTEERPQKPLIMDKEEKLDKETFDSQMCLAQEVPADKKCVKIIDDEVDPFGKEFS
STKPALYDSEEDEEEDKEDYYGKGSYNVCGKTKYKEERECNFLDEENSEETSPLKEEKQF
ENEKESMDKEDKPQNVTYLGHECKSQMLSSGEEDESETEDGTYSSIKVPQGKLDSMSASQ
GKKDASFSEIDDPKVISKDSDKSVHFSLYSFPECEKGLKGEFERVVRQDTPYVGKSFTYS
DVYDSKSNSVDSYSPNLPTEHTFDDTDVTLKKTEKEESLDSSTGKISDLKASDEKETSST
LYSETQSIYGTPQLKDTSEGTFSVKINEVEEKTTVKNPSFSAERDPFSVKFEKSDFSGLA
EGGASQSGHYATDSLISAHSAKSSISMLGQFTFGTKEIVAGDMKMFADGEDEDEEDEEDE
DDEDEEYGEHVSDSDTEKGAKDRQEKDAQHPLSSDISTVPTQFQEEKKDTITQHYSFGSD
TYGKSLGSSTFESTLIHEGPKDSVQTVKGDASPFPTESHITGSSGFERSSSEERDEFVEN
YEKDVKSYLPLSSKSAEDKFSTHYDGKDLEFNKQKTPDGAEKKTGDPVSLGFSYTTMSAT
AYSSSSSYSHSSSASASLSTSRQFGDEIETPASTGFEYSSFKDEHSPVMDSPFSSSGGQA
KDEYLEVSEKLTPATTTAVSTSSLARFSPLSPFEENKPFPPHAGTCIGDKKEPAYSTSNI
SDQGPQSQCFYKLERDEDSRLQAEFGATGPYTSMPLTTQKDTMPEDLYGASSTLQFECPE
KQYYEDTESSEEEDDYMYETEQDKLQYQRSPLKAQADKKNATFSLGETLIKDIPSGLGAT
LTDALTSHTSSFPEPTKPDTTNGPAEVTLSAPEAFGGSSKGIGLSKIEMQDQEFDVKKIR
SPSEWEMQQQRDIYPGASPPHYRHEDEYEEEEETEPEHPARPLSLSTKDQPFQTSYYADD
PSRHDDDSDYPSNVGIHQHSSTASPGYSSCEYKQRRGDTSPSFINPSLCQLSSDEENEEQ
RSQASDQQQPSGKTRSHKQPRHHSHSHHGEDSELQHFSGAMAAGISAIGEDTPPTSVSEP
LHSQSDSDVPPGTEECPSITAEGNNDSDEDADYLPVDKSSGVYGGKHYSSRSPAKNHDPF
PSPMMDPAPCPPRPDVCMVDPEALSSLTDKPIKKDSKTKSLRKLGKTKSSSPARKTDARR
KRSPTKEPSTHTTSLRKKEMEDDLSRSSHNTGKGLVNGLKNSAGSNSAKCSSSVPPGPPI
YVDLAYIPNHCSAKNVDQEFFKRVRSAYYVVSGNDSSSEEPSRSVLDALLEGKAQWGSNL
QVTLIPTHDTEVTREWYQQTHEKQQELNIMVLASSSTVVMQDESFPACKIEF
NT seq 7899 nt   +upstreamnt  +downstreamnt
atggaaatgccgctaggagatgctactataggtcctcaggagaagcgcgagattattcag
caccttggacagcagcggtgtgtcggtcctcctttctgccagactcgatactatatgctt
attgtgattggagaaatttcaacagatcaccagcttgattcagtgaaagaacacattaaa
caggggatcctgtcatgggacgttgatttgaccatttgtgacttgaataaggaactgaag
ctctttgaagcaagacactctgcccagttctcgtcagaggtgaaaggacagagacttttg
caatacaagagtgatgtccttgagactgttgtgttggtgaatccttctgaggagaatatt
gctatagagttcagaacactgctctgtgactcagcaggacataagttattggtcctaagt
gggcaaagtactgaacagagcagtgatattatcctgcaaagtggagtgtttggttggaaa
aaattatctgacattctctcaagttgtaggattaaagatctcttaaaccagccatctgca
agtcagcaagcctgtttgactgtgtcctgtaaaggagaagggggctggagctccctaggg
tacgtacaggaacagagcatactcaagtacagactgaacccagagcccgtgctgcctgag
atggaaggggtgagcgagtttacagaatatgtctctgagacagtggatgttccctctcct
tttgagctcctggaaccaccaacctcaggagggttcctgaagttgtccaaaccatgctgc
tatatctttcctggaggacggggcgactctgctttgtttgcagtcagtggttttaatatt
ttaatcgatggtggatcagacagaaaatcttgcttctggaagctggtcagacatttggat
aggattgattctgttctccttacccacataggagcagataatctcgctggtataaatgga
ctgttacagagaaaaatagcagagcaggaggaagagaagagccgtggttctaatacttat
ggagactggatgaaaaacctgatctcaccagaacttggtgttgtgttctttaatgttcca
gacaagctgaaggtacctgaatccacgctgaaagcaaagaggagcattgaggaggcctct
ctcacattgcagtaccttcacaaactgggcatcaaacctgagcctctatacagagttatg
agcaacacaattgagcctttaacactctttcacaagttgggtgttggcaaacttgacatg
tatattctaaatcctctcaaggacagtaaggaaatgcaattcttcatgcagaagtgggct
ggtaacagtaaagctaagactggcattgtcctggccaatggcaaagagggtgagatttca
gttccttacctcacatcagtgacagctctggttgtgtgggtacctgccagtccaacagaa
aagattgtcagagtactgtttcctggaaatgccccacaaaacaaaatatttgagggtctg
gaaaagctgaggcatctagatttcttgcgatatccagtagccactaaaaaggacatgtca
tctggagttccacctccactgattaaacaaactaaaatgaagctgagaactgatagcaaa
gaaagtcttaaatcatcccctaaaatgtcttccactacaaaagcaagcaagaaagaggca
aatgaagatattgagtcaaagagtgactctgtaaaagagaacaaagttgaaaagaaagat
aagaaaataaaagaggctgttaaaactcccaaacaacttaaacctaagacagcatcaccc
gattcacgtaagcaggagaaaaagaagctgcagagagaaaagtctcctaaaaaacatatc
aaggagaaagcatctaagatggagaagaagaaagatcaggaaaagaaagacacaaagaaa
gaaaaaacagatgtaaaaaaagaggacgtcaaaaaagaactcaaaagtaaggaggagaag
aaaaaagaaaaagaaaaaattaagccagagttgagaaaaatcacaaaacctgacttaaag
cccttcacccctgaggtccggaagactctgaacaaagcaaaggttcaagtaaagcctaaa
acagaaaaaaataaagctgcaaaagagcaagaaaacaggccagctgctaagcaagcttca
gtagagaaaaaggagagtgtcaggtccttagtctcctccccagaagatcttaccaaggat
tttgaagccttgcaactggaggaggagctttccaagctcacagagagcaaagtactccca
aattttcagtctgcagtggacagtgttgtccctcacattgaatctcctgatgaaggaata
actacaacagatgttgagacagagtcccctcatgaggaaagggtaccatatggagtaaac
gaaattaaatcccactctaaaaccactgatagatttgagaatgaaggtgctactacagaa
gatgacatagaggatgactataccacaaaactgaaaagtgctacaacatctgactttttg
gagatgggcgaaaataaagaatggcaagaaaaagcaaaagaagaagagaaagagcttgaa
atgaaacctaaaaagagtgacagtgaagaagaagaggatgtgattgagaaagcagagcta
gaggaggcagaggagttagtgcatgaagaggagctcaagtacaaatctgatgaggctagg
aaagaaaaacttggaaaggactgggagacaaaacaaagtgacattaaatctgccaaacct
ctgggtgctgcagagcatgtgtctttcatccaagatgaaaccattccaggttactctgag
acagagcagaccatttctgatgaagagattaatgaggaaacagaggagcgaatgccacat
cttcaatatgatgtcagctcttatgagatctcagttcctgatgaaccagggacttttgac
accattcatggcatgaaaccaccaaccatatctgttgcttctgagttatcatcaaagggt
tttgcagtagacctggagccagtcctatcagcttacgcaaccaatataattgtggctcca
ttggctgaagaagagcatatatcatcagccacatccataactgaatatgacaaattatca
tcttttgcaacatctgttactgaagatcagtctatagcatccgtgacagcaccacctact
gaagatgcagggaaaagctctttatacttagataccgtaaatagtataccatcatttgta
cagacagatgccactcaaggaaaggagtacctccactcagctggaactatttctccaact
tcttccttagaggaggataagtgttttaaatcacctccttcagaagaatatcaacccatt
gtgccagaaacagaaaatgcagtgaaggctactgttcccacaaattatgaggatgaagaa
gatgaggaagaagatgaggatcagacaccgaatgttgatatgccacttggaaagatccat
gagggttatgcatctgctgccatgctccaagacactgaacaagcttctaataaatttccc
acatcaacagcacctatttctcctcagatgatgtatgttagcacacaagaaaaagatgaa
aaggaaatctcactctctaaggatgaatctaaattgggcacctttgagaaaagtttgtcc
ttctcatcaaatttgccttgcacctcagagacaagtattatttcagagagtgaagaaaga
tgcctcagcccagatgacagcactgtgaggttcgcctcacctacacaatcaggaccgacc
agcagtagctactctcccactgaggagaggccacaaaagccactgattatggacaaagag
gaaaaactagataaggagacttttgattctcagatgtgtttggcccaagaggttcctgct
gacaaaaagtgtgtgaaaataattgatgatgaagtggatccttttggaaaggaattctcc
agcacgaaacctgcattatatgactcagaagaggatgaagaggaagataaagaggattat
tatggaaaaggaagctataacgtgtgtggtaaaactaaatacaaagaggagagggagtgc
aattttcttgatgaagaaaactctgaagagacatcacccctaaaagaggagaagcagttt
gaaaatgagaaagaatctatggataaggaagataaaccacaaaatgtgacctacttgggc
catgagtgcaaatcccagatgctcagctcaggagaggaagatgaaagtgaaactgaggat
ggtacttactcaagcataaaagtaccacagggcaagttagattccatgtcagcaagccaa
ggcaaaaaagatgcgtcattctcagagatagatgacccaaaagtgatttctaaggacagc
gataaaagtgttcacttcagcttgtattccttccctgagtgtgagaagggcctcaaaggt
gagtttgagagggtggttaggcaagatacaccctatgttgggaaaagctttacatactct
gatgtgtatgacagtaaatcaaattcagtggattcctactctccaaatctgccaacggag
cacacttttgatgatactgatgttactttaaagaaaacagaaaaggaggaatccctagat
tcgtccactggcaagatttctgaccttaaagcatcagatgaaaaggaaacatcatcaact
ttatatagtgaaacacaaagtatatatgggacaccacagttaaaggatacatccgaagga
acattctctgtgaaaataaatgaagttgaagaaaagacaactgtgaaaaacccatctttt
tcagcagagagagacccattttcagttaaatttgaaaagtctgatttcagtggattggca
gagggtggtgcatcacagtcaggccattatgcaacagacagcttaatctctgctcacagt
gctaaaagttctatttctatgttaggccaatttacatttggcacaaaagaaatcgtggct
ggagacatgaagatgtttgctgatggagaggatgaagatgaagaagacgaagaagatgaa
gatgatgaggatgaggaatatggagagcatgtaagtgatagtgatacagagaaaggtgcc
aaagacagacaagaaaaagatgcccagcatcctctaagcagtgacatcagcactgtacct
actcaattccaggaagaaaagaaagacaccattacacagcactacagctttggctctgac
acctatgggaaatctttaggttcttcgacatttgaatccactctaatccatgagggtccc
aaggactcagtgcaaactgttaaaggtgatgcctcaccttttcctactgaaagtcatatt
acaggctcatctggatttgaacgttcttcaagtgaggagagagatgagtttgtagaaaat
tatgagaaagatgtcaagtcatatttacccctttcgtcaaagtctgctgaagataaattc
tctactcactatgatggcaaagatcttgagttcaacaagcaaaagacaccagatggagca
gagaaaaaaacaggagaccctgtttcattgggcttcagttacacaaccatgtcagccaca
gcatattcctcttcctcttcgtacagtcattcctcatcagcttcagcatctctgtccact
agccgccagtttggggatgagatagagactccagccagtactggatttgagtactcatct
ttcaaagatgaacattcaccagtaatggactcacccttctctagttctggtgggcaggct
aaggatgaatatttagaagtgtctgaaaagctgacccctgcaaccactacagctgtatcc
acctctagccttgcaagattctcaccattatcaccatttgaggagaacaagcctttccct
ccacatgctggtacttgtataggtgataagaaagaacctgcctactctacaagcaatatc
tcagatcaaggcccacagagtcagtgcttttacaaattggagcgggatgaggactcaaga
ttacaagctgaatttggtgcgactggaccttatacctcaatgcctctgaccacacagaaa
gacaccatgcctgaagatctgtatggtgcttcatcaacacttcaatttgagtgccctgaa
aaacagtactatgaagacacagagagtagtgaagaggaggacgattatatgtacgaaact
gaacaggataaacttcagtaccaaagatctccacttaaagctcaagcagacaagaaaaat
gccacattttccttgggtgagacactaataaaggacataccttctggtttgggagccact
ctcacagatgcgcttacctcacatacatcctctttccctgagcccacaaaaccagacaca
acaaatgggcctgcagaagttactttgagtgcaccagaggcttttggaggatccagcaag
gggataggcttgtcaaaaatagagatgcaagaccaagaatttgatgtgaagaaaattaga
agcccaagtgaatgggaaatgcagcagcaacgagacatctacccgggagcatccccacct
cattatcgacatgaagatgagtatgaagaagaagaagagactgagccagagcacccagcc
cgtcctctttctctttcaaccaaagaccaacctttccaaacctcctattacgcagatgat
ccaagcagacacgatgatgactccgactatccttcaaatgttggtatccatcaacattca
tccacagcttctccaggctattcctcctgtgagtacaagcagaggagaggagacacatct
ccatccttcatcaacccaagcttatgtcaactttcaagcgacgaagaaaatgaggaacag
agaagccaagcatccgatcaacagcaaccttcggggaagaccagatctcacaaacaacct
cgacaccactctcacagtcatcatggcgaggacagcgaattgcaacacttctctggagcc
atggctgctgggattagtgccataggggaggacacacctccaacctctgtcagtgagcca
ttgcattcccagtcagattctgatgttccaccaggtacggaagagtgtccatcgatcaca
gcagaaggaaacaatgactctgatgaggatgcagattacctgcctgtagataaatcatct
ggagtttatggggggaagcattattcatctaggtcgcctgctaaaaatcatgatcccttc
ccatcaccaatgatggaccctgctccttgtccccctcgccctgatgtatgtatggttgat
cccgaggctctgtcaagcctaaccgacaaaccaatcaagaaagattccaaaaccaagagt
ttacgtaaattaggtaagactaagtcctcatctcctgctcgcaagactgatgccaggcgg
aagaggtccccaaccaaggagccctccactcacaccacttctcttaggaagaaggaaatg
gaggacgatctttcaaggtcaagccacaacaccggcaaaggccttgtcaatggccttaag
aacagtgcaggttcaaattctgcaaaatgcagttcatctgtgccccccggtcctcctatc
tatgtggatctggcctacattcccaaccactgcagtgctaaaaatgtggaccaggagttt
ttcaaacgtgttcgttctgcatattatgtagtgagtggaaacgactccagcagtgaagaa
ccgagccgcagtgtactagatgccttgctagagggaaaggcacaatggggatccaatcta
caggtaacattgatacctactcatgacacagaagtgacccgcgaatggtatcagcagacc
catgagaagcaacaggagctgaacatcatggtcctggccagcagcagcacagttgtgatg
caggacgagtcattcccagcctgcaaaatagagttctaa

  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 (3)   
   Pfam (3)   
All databases (14)   

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