KEGG   Nothobranchius furzeri (turquoise killifish): 107392141
Entry
107392141         CDS       T05163                                 
Name
(RefSeq) microtubule-associated protein 1S-like
  KO
K10429  microtubule-associated protein 1
Organism
nfu  Nothobranchius furzeri (turquoise killifish)
Pathway
nfu03250  Viral life cycle - HIV-1
Brite
KEGG Orthology (KO) [BR:nfu00001]
 09120 Genetic Information Processing
  09125 Information processing in viruses
   03250 Viral life cycle - HIV-1
    107392141
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:nfu01009]
    107392141
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:nfu04812]
    107392141
Protein phosphatases and associated proteins [BR:nfu01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     107392141
Cytoskeleton proteins [BR:nfu04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Microtubule-associated proteins (MAPs)
     107392141
SSDB
Motif
Pfam: Lactamase_B_6 Lactamase_B
Other DBs
NCBI-GeneID: 107392141
NCBI-ProteinID: XP_015825236
UniProt: A0A1A8VF31
Position
sgr16:24537384..24548902
AA seq 1350 aa
MASSRLLEREVCATANLGFCLHKYSLLIIIGRTARHGQTEHISREVERGIRSWDVDLKSC
NLDLFLQEFLSHHTASFKGAGQKCLRHGTRVLDTQVLINPSQEVAHSEVFALLSRDSAHK
LLILAGLSVEESGDLLFHRGLFSPDHLRQIITEQFLDHKSSASCPPTTKTSLTLSCPNTG
QWRTILLRNPPLQGPFTLQINPPEVLPAMESLGEFTSLISGTISPASPFDLLPPPTTVGF
LKLSRPCCYVFPAGRGDCTFFAVNGFTVLVDGGSDSQACFWKLVRHLDRIDAVLLTHIGP
ENLPGVVSFLERKVAEKELSSDVKDDSSKRLISPELGVVFFNAPGALQEQQHSCEDNVLT
GMQQAAVSLQLLKKLDIRPQPMFRPQGVPIKPLTLFQKMGVGQLDLYILSPGKGSQEYET
FMQNWPDRTSSSSLSKSQSLPLTALVSVSVLLVWHPACPQEKVVRVLLPGITPQAKLLQG
LEKLKGLDFLQKPTVTTGDLEKIEEDRKAKRTDSLESGRSQGKERMPKQGKERGVKEEGK
DVPLKEKGKMLSGVGGRDTDKAKIKETSLKHKASFSEKSSSKKGAGKSGKKEENNIKKPE
QMKRDPLKPKGENKTKTKKDVKRDSKTGEKKTQKLSGNEANNSKKGSSNTELNTMTKQKT
GVRLEISDSGSSVADEQNQKMETKDLRGSKMSTPEEMTEDFLRLQEENEREEVQVERADE
EKQKSCAFKSEKSFGALSGDGCNKTSERPEGEAAGCSGIFKVEGDNVVQPGTSTKGEVDL
KKKLPEELVKANKPAMVVGFPSPLNKTAKAERTVQLDITPTEYTLLDGALRNTPPSHSSP
ENQAPNSPDEETVEPVSPDSRPNSAGHTPYCLSPDDVWCNRAALSRLQAQMSNLDVADGS
EPSGARPSEGPSCQTKSTPEKCSISKEKHLSFLSLGAFKEGSSEPSPSVTTTTTHSLPAE
VSSPQSTEVDESLSMSFEQGPTTASQREGDDSVYHSHSNGGYFVGMPLPMKQPPRSLGQS
SEMGRPFAPNSLHFEALAHDVDLCLVSPCEFKHFKQPDSSSGASDSSRGAPNYHGNNNNS
KDRSPSESNAPACTEDCPSTTADGVLDSDSDESCSDPSNSPCDRSGSQPLPPDPLPAPLR
DSPPLPPQPDTSMPVPQFDSEAHLKRTKTTGNNGKKISAIVDGPQKSSAGKNRMGSQSGV
IKGNISTARTSSSSSKPAPAKTSPTPGSKTTSAGEVGVYVDLAYIPSGASSPTVTVDFFR
CIRSSCYIVSGYSPEREELMKQTLDALLEGKTSWPDPMQVTVIPTFESMLMQEWYQHTLG
RQRELSISVLGSNSTVAMQDETFPACKIEF
NT seq 4053 nt   +upstreamnt  +downstreamnt
atggcgtccagccggctgctggagagggaggtctgtgccaccgcaaacctcggcttctgc
ctccacaaatactccctgctcatcataatcggacggaccgctcgccacggacagacggaa
cacatcagcagggaggtcgaaagagggattcgctcatgggacgtggacctgaaatcctgc
aacctggacctgtttctccaagaattcctctcccatcacacggcatcttttaaaggtgca
ggacagaagtgtctgcgccacggaaccagagtcttggacactcaggtcctgatcaatccc
tctcaggaagtagctcactcagaggtgtttgcgctgctgtccagggattcggctcataag
ctgctgatcttggctgggctgagtgtggaggagagtggagacctgctgtttcacagagga
ctcttttcaccagatcatctgagacaaataataacagagcagtttctagatcacaagagc
tctgcatcctgtccccccaccaccaaaaccagtctgaccctcagttgtcccaacactgga
cagtggagaacgatcctcttgaggaacccgcccctgcagggtcctttcactctccaaatc
aaccccccagaagtgctgccagctatggagtctctgggggaatttacttccctcatttct
gggaccatttcccctgcatctccctttgaccttctgcctcctcccaccactgtgggtttc
ctcaagctgtcccgtccttgctgctacgtgttccccgccggccgtggcgactgcaccttc
ttcgccgtcaatgggtttacggtgctagtggacggcggctcggactctcaggcctgtttc
tggaagctggttcgccacctcgacagaatcgatgcagttttgttgacgcacatcggccca
gagaaccttcctggggtcgtctctttcctggagaggaaggttgctgagaaggagctgagc
tcggatgtcaaagatgactcgtctaagaggcttatctctccagaactcggagttgtattc
tttaatgctcctggcgcactacaggagcagcaacactcttgcgaggacaatgtactgacg
ggcatgcagcaggctgctgtaagcctgcagctgttgaagaagttggacatcagaccacaa
ccaatgtttcgcccacaaggagttcccataaaacctctaaccctgttccagaagatggga
gtgggacagctggacttatacatcctcagcccaggaaaaggcagccaggaatatgagaca
ttcatgcagaactggcctgataggacttcctcgtcttcattgtctaagtcccaaagtctc
cctcttaccgccctagtctctgtttctgtcctgcttgtgtggcatccagcgtgtcctcaa
gagaaggtggtccgggtgcttttaccgggcataactccacaggcgaagctcctccagggg
ctggagaagctcaaaggcttggacttcctccagaaacccacagtcaccactggagacctt
gaaaagattgaagaagacagaaaggcaaagaggactgatagtttggagagtggaagatct
caagggaaggagagaatgcccaagcaagggaaagaacgaggagtaaaggaagagggaaag
gatgtaccgctgaaggagaaaggaaagatgttaagcggagttggtggtagagatacggat
aaagccaagatcaaagagacgagtttaaaacacaaagcatccttttcagaaaagagtagt
tcaaagaaaggagcagggaagagtggaaagaaagaggagaacaacattaaaaagcctgag
cagatgaaaagggatcccttaaaaccgaagggcgaaaataaaacaaagaccaagaaggat
gtaaaacgtgattccaaaacaggagagaagaaaacacaaaaactatcagggaatgaagca
aacaacagtaagaaaggatcttctaacactgaactaaatacgatgacgaaacagaaaact
ggggttaggttggagatctcagactcagggtcttctgttgctgacgaacagaatcaaaag
atggagacaaaagacctccgtggctccaagatgtctacccctgaggaaatgaccgaggac
tttctcaggctccaagaggaaaatgaacgggaagaggtgcaggtagaaagagccgatgaa
gaaaaacagaaaagctgtgcgttcaaaagtgagaagagctttggagccttaagtggagac
gggtgtaataaaacatctgaaagaccagagggggaggcagcgggttgttcaggaatattt
aaagtagagggtgacaatgtggtgcaacctgggacaagtacaaaaggagaagtagatttg
aagaaaaaacttccagaagagcttgttaaagctaacaaacctgcaatggtggtaggattt
ccctctcctttgaacaagacggcaaaggcagagcgtacagtccagctggacataaccccg
acggagtacacgcttctggatggggctttgagaaacacccctccctcacattcatctcca
gagaaccaagcccctaacagccctgatgaggagacagtggagccagtttctcctgactcg
cgtcccaacagcgcaggccacaccccttattgcctgtccccggatgatgtttggtgcaac
agggctgctctgagccggctacaggcccagatgagtaaccttgatgtggccgatggctct
gagccaagtggcgccagaccaagtgagggcccgtcctgtcaaaccaaaagcactccagaa
aaatgctcaatctccaaagagaaacatctaagtttcctgtctttgggtgcatttaaagag
ggatcttcagagccctctccgtctgtgacaaccaccaccactcactcactaccagcagag
gtgagctcgcctcagtccactgaagtagatgagtccctgtccatgtcctttgagcaaggc
ccaaccacagcgagccagagagaaggagatgacagcgtttatcactctcactccaatggt
ggatattttgtgggaatgcctttaccaatgaaacagcctccccgatctttaggtcaaagt
tcagagatgggcagaccttttgcacccaactcgctgcactttgaggcattggctcatgac
gtggatctgtgtttggtttctccatgtgagtttaagcatttcaaacagcctgattcaagc
tccggcgccagcgactcgtccagaggagctccaaattaccatggcaacaacaacaactcc
aaagacaggtcaccaagtgagtcaaatgcccctgcttgcacagaggactgcccgtccacc
acagcagacggagttctggactcggactcggatgagtcgtgtagcgacccgtccaactcc
ccgtgtgaccgcagcggcagtcagcctctgcccccagaccctctcccagctcctctcagg
gacagtccgccccttcctccccaacctgacacctcgatgcccgttcctcagtttgactct
gaagctcacctgaagagaacaaaaaccactggaaacaatggcaaaaaaatctcggctatt
gtagatggtccccaaaaatcaagcgcagggaaaaatcgaatggggagccaaagtggagta
ataaaaggtaatatctccacagctcgtacttcttcctccagcagtaaaccggcaccagca
aaaacctcacccactcctggctccaagacgacatctgctggggaggtgggtgtgtatgtt
gacctggcctacattccctctggagcctcatctcctacagtcactgttgacttcttcagg
tgcattcgctcctcctgctacattgtcagcggctacagcccagagcgggaggagctgatg
aagcaaactctggatgcactgctggaaggcaagacatcctggccggatccaatgcaggtg
acagtgatccccacttttgagtcgatgctgatgcaggagtggtaccagcacacgctgggc
aggcagcgggagctcagcatctcggtcctgggatccaacagcacggtcgccatgcaggat
gagaccttccctgcctgcaagattgaattctga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (39)   
   KEGG ORTHOLOGY (1)   
   RefGene (35)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (2)   
   Pfam (2)   
All databases (53)   

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