KEGG   Tetrapisispora blattae: TBLA_0E02420
Entry
TBLA_0E02420      CDS       T02489                                 
Symbol
TBLA0E02420
Name
(RefSeq) hypothetical protein
  KO
K10357  myosin V
Organism
tbl  Tetrapisispora blattae
Pathway
tbl04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:tbl00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    TBLA_0E02420 (TBLA0E02420)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:tbl03019]
    TBLA_0E02420 (TBLA0E02420)
   04131 Membrane trafficking [BR:tbl04131]
    TBLA_0E02420 (TBLA0E02420)
   03029 Mitochondrial biogenesis [BR:tbl03029]
    TBLA_0E02420 (TBLA0E02420)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:tbl04812]
    TBLA_0E02420 (TBLA0E02420)
Messenger RNA biogenesis [BR:tbl03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Factors involved in mRNA localization
    Cargo complex
     TBLA_0E02420 (TBLA0E02420)
   mRNA cycle factors
    P-body specific factors
     TBLA_0E02420 (TBLA0E02420)
Membrane trafficking [BR:tbl04131]
 Others
  Actin-binding proteins
   Myosins
    TBLA_0E02420 (TBLA0E02420)
Mitochondrial biogenesis [BR:tbl03029]
 Mitochondrial quality control factors
  Mitochondrial dynamics
   Retention of mitochondria
    TBLA_0E02420 (TBLA0E02420)
Cytoskeleton proteins [BR:tbl04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     TBLA_0E02420 (TBLA0E02420)
SSDB
Motif
Pfam: Myosin_head DIL IQ nSTAND3 Myosin_N AAA_22 AAA_16 TsaE ABC_tran RNA_helicase
Other DBs
NCBI-GeneID: 14496369
NCBI-ProteinID: XP_004180815
UniProt: I2H4J4
Position
5:600043..604803
AA seq 1586 aa
MSYEVGTRCWLPDTEKGWIGCEITNIKNTNDTKAPYIIECTCEDGTIIPIESSTLDISTD
ILDDDEANKNLPLLRNPPILESTDDLTSLSYLNEPAVLNAIKQRYSQLNIYTYSGIVLIA
TNPFDRMDQLYSQDMIQAYAGKRRGEMEPHLFAIAEEAYSLMKNDKKNQTIVVSGESGAG
KTVSAKYIMRYFASVEEEFYSQTDDHQRQVEMSETEEKILATNPIMESFGNAKTTRNDNS
SRFGKYLEILFDDHTAIIGAKMRTYLLERSRLVYQPAIERNYHIFYQILKGLPQDMKDQL
YLKDAKDYFYTNQGGDNEINGVDDAKEFKITTDALTLVGIDQETQNQLFKILASLLHIGN
IELKKTKNDASLSSDEPNLKIACELLGIDPSNFAKWITKKQIITRSEKIVSNLNYSQAIV
SRDSVAKFIYSGLFDWLVDNINTVLCNPDVEDKIATFIGVLDIYGFEHFDKNSFEQFCIN
YANEKLQQEFNQHVFKLEQEEYINEQIEWSFIEFNDNQPCIDLIENKLGILSLLDEESRL
PAGSDESWTQKLYQTLDKPPTNKVFKKPRFGQTKFVVSHYAIDVAYDTEGFIEKNRDTVS
DGHLEVLRASTNQTLLNILNTMDRKNNEDDTSKSKTDDFKGKKLVGRAAAKKPTLGSMFK
KSLVELMTTINSTNVHYIRCIKPNNEKEPWKFDNLMVLSQLRACGVLETIRISCAGFPTR
WTFNEFVLRYYFLLSSDKWIHIFQNQDTTETDIIDLCKKILHETVKDSQKYQIGNTKIFF
KAGMLAYLEKLRSDKMHQSSVLIQKNIRAKHYRKKYLATITSIKLLQSAVNGVVVRKRVD
HKLKTRAATTIQSLYRGFAARKQFNSIITSVIRIQSKVRQKLAQQEVHAKRQNIAAVNIQ
KRIRSFKPRSNFINMRRSTVVVQSLIRRKFAKQKLSKLKSEAKSLNHLQEVSYKLENKVV
ELTQNLASRVKENKDLTIRIKDLQKSLNDTTLLKEQLDNAKIQREEALLKQKDENDVELK
EIEDKLALAKQEIENKKQEIEEIKIKHDELKQESIKQLAELNEARQQLADSRTENNDLQN
EVLSLKEEITRLQASMTTATLSAAALAHTPSRGSNSNNGSNLFPMNSPRSPNKIETPQTP
LNDSISKNVENNDIDDAMSTKSTLSEIDDEIYKMLQETATLNAEITNGLLKGYKVPHLGV
ATNITNKEILYPSRIIIIVLSDMWRLGLTQQSEVFLAEVLQTIQSIVFTLKGGDIIAGGA
FWLTNVHELYSFVVFALQSIDNDDAYKNGLDQGEIKEYLNLVTELKDDFESLSYNVYNLW
MKKLEKELQKMVIQAVILSEALPGFQEKSNSLLPKIFGSTPTYKMDNILNFLNNIYWSMK
SFKIENEVFRQIIVTLLNFIDSTCFNDLIMRRNFLSWKRGIQLNYNITRLEEWCKAHHIA
DGADHLKHLIQTAKLLQLRKQTVDDILILREICNALTPMQLQKLMSLYSIADYEEPIPTD
IMNYVADFVKNETAHSSTGKSKIHSDEILLHIPNGPFEDPFRKTGTREFGRIEAYIPSWL
DLPLTQRIVSLVTKYVSIQDSSNNRA
NT seq 4761 nt   +upstreamnt  +downstreamnt
atgtcttatgaagtgggtacccgttgttggttgccagacaccgagaaaggttggataggt
tgtgagattactaatattaaaaatacaaatgatacaaaagcaccttatataatcgaatgt
acatgtgaagatggtacaataatacctatcgaatcaagtactttggatatatcaacagac
atattggatgatgatgaagcaaacaaaaatttgccacttttaagaaaccctcccatttta
gaatccactgatgacttaacttccttatcttatttaaatgaacctgctgttttgaacgcc
attaaacaaagatattctcagttgaatatttacacatactcaggtatagttcttattgcc
acaaacccctttgatagaatggatcaattatattctcaagatatgatccaagcttatgct
ggcaaacgtagaggagaaatggagcctcatttgtttgccattgctgaagaagcctatagc
cttatgaaaaacgataaaaaaaatcaaactatcgtcgtttctggtgaatctggtgctggt
aagaccgtctctgctaaatatattatgagatattttgcctctgtcgaagaagaattttat
tctcaaactgatgatcatcaacgtcaagtggaaatgtctgaaactgaagagaaaattctg
gcaacaaacccaattatggaatcctttggtaatgcaaagaccactagaaatgacaactca
tcaagattcggtaaatatttggagatcttattcgacgatcataccgctattattggtgca
aagatgagaacatatttattagaaagatcaagactggtgtaccaacctgcaattgaaaga
aactatcatattttttaccaaatcttaaagggtcttccacaagacatgaaggaccaatta
tatttaaaggatgccaaggattatttttatacaaatcaaggtggtgacaatgaaattaat
ggtgtcgatgacgccaaggaatttaaaattactactgatgcattaactttagttggtatc
gatcaagaaactcaaaaccaattgtttaaaatattggcatctcttttacatatcggtaat
atagaattgaaaaaaactaaaaatgatgcttctttatcttctgatgaaccaaatttaaaa
attgcatgtgaattgttaggtatcgatccttcaaattttgcaaaatggattaccaaaaaa
caaatcattacaagatctgaaaaaatcgtctctaatttaaattattctcaagcaattgtt
tcaagagattctgttgctaaattcatttattctggtcttttcgattggttagttgataac
atcaatacagttctttgtaaccctgatgtagaagataaaatcgccacttttattggtgtt
ttagatatatacgggtttgaacattttgataaaaattcttttgaacaattctgtattaat
tatgcaaatgaaaaattacaacaagaatttaaccaacatgtatttaaattagaacaagaa
gaatatattaatgaacaaattgaatggtcctttatcgaatttaatgacaaccagccttgt
attgatttaatcgaaaacaaattaggtatcctttctttattagatgaagaaagtagatta
cctgcaggttctgatgaatcttggactcaaaaattataccaaactttagataaaccacca
actaataaagttttcaaaaaaccaagatttggtcaaacaaaattcgttgtaagccattac
gctatcgatgtcgcttatgatactgaaggtttcatcgaaaagaatagagataccgtttct
gatggccatttagaagtattaagagcctccacaaatcaaactttattaaacatcctaaat
acaatggatagaaagaataatgaagatgatacttccaaaagtaaaactgatgattttaag
ggcaaaaaactagttggtagagcagctgctaagaaacctactttaggttccatgtttaaa
aaatctttagttgaattaatgactacaattaattctacaaatgttcattacattcgttgt
attaaaccaaataatgaaaaagaaccttggaaatttgataatttaatggttttatctcaa
ttgagagcatgtggtgttcttgaaactattagaatctcttgtgcagggttccccacaaga
tggacgtttaatgaattcgtattgagatattacttccttttatcttctgataaatggatt
catattttccaaaatcaagataccactgaaacagatatcattgacttgtgtaaaaaaatt
ctacatgaaactgttaaggattctcaaaagtatcagattggtaatactaaaatcttcttc
aaagctggtatgttagcttatttggaaaaattaagatccgataaaatgcatcaatcatct
gtattgattcaaaagaatattagagctaaacattacagaaagaaatatttagcaaccata
acttctataaaacttcttcaaagtgctgttaatggtgttgttgttagaaagagagttgac
cacaaattaaaaacaagagctgccacgacaatccaatcattatatagagggtttgctgct
cgtaaacaattcaattcaattattacaagcgttattcgtattcaatcaaaggttagacaa
aaattggcccaacaagaagttcacgcaaagcgtcaaaatattgctgctgtgaatattcaa
aagagaattagatctttcaaaccaagatctaactttatcaatatgagaagatcaactgtt
gttgttcaatcattaattagaagaaagtttgccaaacaaaaattatctaaattgaaatct
gaagctaaatctttgaatcatctacaagaggttagttataaattagaaaacaaggttgtt
gaattaactcaaaatcttgcctcaagagttaaagaaaataaagacttaactattcgtatt
aaagatctacaaaaatcattgaatgatacaactctactaaaagaacaattagataacgct
aaaatccaacgtgaagaagctttattgaaacaaaaagatgaaaatgatgtagaattgaag
gaaattgaagataaattggctctagctaaacaagaaattgaaaacaagaagcaagaaatt
gaagaaattaagattaagcatgatgaattaaaacaagaatcgatcaaacaactagcagaa
ttgaatgaagctagacaacaattagctgattctagaacagaaaataacgatttacaaaat
gaagttctttcactaaaagaagaaatcactcgtttacaagcttctatgaccacagccaca
ctatctgctgctgccttggctcataccccaagcagaggaagcaattctaataatggatct
aacttattcccaatgaattctccaagatctccaaataagatagaaactccacaaactcca
ttgaacgattcaatctccaagaatgtagaaaataacgatattgatgatgctatgtcaacg
aagagtacgttatcagaaattgatgatgaaatatataaaatgctacaagaaactgccact
ttaaatgccgaaattactaacggtttattaaaaggctacaaagttccacaccttggtgtt
gccactaatattactaacaaagagattttatacccatctagaatcattatcattgtctta
agtgatatgtggagattaggtttaactcaacaaagtgaagtattcttagcagaggttcta
caaacaattcaaagtattgtatttaccttaaaaggtggtgatattattgcaggtggtgcc
ttttggttgacaaacgttcatgaattatattcatttgttgtttttgctttgcaatccatt
gataacgatgatgcttataagaatggtctagatcaaggtgagatcaaagaatatttgaat
ttagttactgaactaaaggatgattttgaatctttaagctacaacgtttataatttgtgg
atgaagaaattagaaaaagaattgcaaaaaatggttatccaagcagttatattatcagaa
gcattaccaggtttccaagaaaagagtaacagtttattaccaaagatttttggttctaca
ccaacctataagatggataacattttaaatttcttaaacaatatttattggagtatgaaa
tcattcaagatagaaaatgaagttttccgtcaaatcattgtaacattattaaatttcatt
gattcaacttgttttaatgatttgattatgagacgtaactttttgtcatggaagcgtggt
attcaattaaattataatattacaagattagaagaatggtgtaaagctcatcatattgct
gatggtgctgatcatttgaaacacttgattcaaacagccaaactattgcaattgagaaaa
caaacagtagacgatattctaattttaagggaaatttgtaatgctttaaccccaatgcaa
ttgcaaaaactaatgtccttgtatagtattgctgattatgaagaaccaattcctacagat
atcatgaattatgtcgcagatttcgtaaagaatgaaacagctcattcatctacaggtaaa
tccaagattcatagtgatgaaattttattgcatattccaaatggtccatttgaagatcca
tttagaaagacaggtactagggagtttggtagaattgaagcatatattccatcatggtta
gatttgccattaactcaaagaattgtcagcttggttaccaaatacgtttccattcaagat
tcctcaaacaatagagcttaa

  All links  
Ontology (5)   
   KEGG BRITE (5)   
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)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (10)   
   Pfam (10)   
All databases (24)   

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