KEGG   Thermothelomyces thermophilus: MYCTH_92028
Entry
MYCTH_92028       CDS       T02231                                 
Name
(RefSeq) hypothetical protein
  KO
K10352  myosin heavy chain 9/10/11/14
Organism
mtm  Thermothelomyces thermophilus
Pathway
mtm04814  Motor proteins
mtm04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:mtm00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    MYCTH_92028
   04820 Cytoskeleton in muscle cells
    MYCTH_92028
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:mtm04812]
    MYCTH_92028
   04147 Exosome [BR:mtm04147]
    MYCTH_92028
Cytoskeleton proteins [BR:mtm04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     MYCTH_92028
Exosome [BR:mtm04147]
 Exosomal proteins
  Exosomal proteins of bladder cancer cells
   MYCTH_92028
SSDB
Motif
Pfam: Myosin_head Myosin_N Myosin_tail_1 UDPG_MGDP_dh_N AAA_22 AAA_19 IQ
Other DBs
NCBI-GeneID: 11506064
NCBI-ProteinID: XP_003659869
JGI: 92028
UniProt: G2Q5J1
Position
1:complement(join(6234955..6235419,6235475..6238351,6239411..6241753,6241809..6242258))
AA seq 2044 aa
MSVRNNPFARNASTSTGSSGLGRPKSVIAPSSPSLLTGTPSPPTHSRTQSQNSHNFKAAT
TLTSPAPVRNGHARGTSREGTPSSTTFAPSYLKTEDMRKPTDIVKGIEGENDFSGKKYVW
LKDPQTAFVKGWVVEELEGNRLLVQCDDGSQREVDAESVDKVNPAKFDKANDMAELTHLN
EASVVHNLHTRYMSDLIYTYSGLFLVTVNPYAPLPIYTNEYINMYKGRSREDNKPHIFAM
ADEAFRNLVDEHENQSILVTGESGAGKTENTKKVIQYLAAVAQSQAPAKSRAKQHSNLSA
QILRANPILEAFGNAQTVRNNNSSRFGKFIRIEFNRDGSIAGAFIDWYLLEKSRVVRING
QERNYHIFYQLLKGADEALKKDFFLDGLDVGDFVYTRDGQEIITGVSDRDEWETLMEAFM
VMGFSDEEQASILRTVAAVLHLGNISVVKESRSADQARLAPEANEVAAKVCKLLGVPLEP
FLRGLLHPKVKAGKEWVEKVQTPEQVRFSVDALAKGIYERGFGDLVTRINRQLDRATMGL
DDTRFIGVLDIAGFEIFEHNSFEQLCINYTNEKLQQFFNHHMFVLEQEEYAREQIEWQFI
DFGKDLQPTIDLIELSNPIGIFSCLDEDCVMPKATDKTFTEKLNSLWDKKSQKYRPSRLG
QGFILTHYAAEVEYTTEGWLEKNKDPLNDNLTRLLAASADKHVANLFADCADHDDETGGM
RSRVKKGLFRTVAQRHKEQLTSLMGQLHLTHPHFVRCILPNHTKRPKQFSGPLVLDQLRC
NGVLEGIRIARTGFPNRLPFAEFRQRYEVLCRDMPKGYIEGQAAAKIMLDKFGLEKSLYR
IGLTKVFFRAGVLAELEEQRDALITEIMSKFQSVARGYMQRRIAFKRLYRAEATRVIQRN
FQVYIDLCDNPWWQLLVRMKPLLGATRTAAETLKDEYDHLNESKITIEKELYAQQDKLRR
TMEARATAEKERDEAREEIRRLRAAKIQAEEARREAEIVGERAAFKIAREREESLRKDLE
AAQERLRWFEEECAKLNRQVEDLNKLILESGEFGLKNDQAKERMERELQTVKSRLAASEN
DNRALLNKLQQKGLEIARSASRASEASRGQVLSLQREKAKLEEQNAKLNKQLGDSHLTIA
SLEKRLEKLQLDLEDLNHEVAREVQSSRNAEKASSNFTVQLAEANRTIESEKQLRAQAQG
TVRALQSTLDARDAELAELRAQLLNALKVVDPEAAPLVSSDGGSDSFSNKNFDLVRRIEE
LQQDLRVQKAGRANAEAQLAELRAARNGSPTRRGLEEISIGEAPFTTSPTQKHSKPNARH
YSNTSTPPRRFANAENDHLFDSVRSDKTADILSFNNRMDLKAEVEELQNQLQIAQMQNRH
LQSQLERSVPASDVHPDDSSRVRKLEQANGRLQDLLDESAKQVSALEKALHSGELSLRDI
QTKSHEEILELLHSQEDSRRALLHSHNDAIAELTEMKGQLERLRHDRAKLEVDYRDAKSD
LQEMSLAREQEAASRVQLLQEYADLQIRLDAESSKLADVTASLNLYKSRADEYFSKLEQA
ELAVLKASRAEQFAKSQAKEAEESCAEMMAERKRLEDTIEDLQQQTQRLEEKLEDMSTDL
ESAIQAKKRLQHELEDYRNQRANDIEDKESSMEQLRKKYQAEFATLTKELDLAREEKLFK
QAEIARLREELDDLRSKWDDEVLNSSTWSKEKARLQTTLADVVASRDEAVAAHNEAQGKI
VSLLSQVRSLRSTVDEITADRDSLLREKRSIESRLEEAKAGLEELAKSESPSLRNAASID
KEILELRAGLAQQEDIAAAAVEKMRRAESLVSEIQKDIVAEREASAELLKQKAALEKSLN
EAQLKLIDLETKGYSTASHDIKFLHKRIQELESQLEEQETERNKSQRSVRNVDRIVKDLQ
SQIERKDKQNGQLTEDINRMRDKMDKLLKTIEELQASESNNELSARRAERELREEKERAL
MLERELEAWKLRVEKGSNAGSVAGSVFGGSMRNRHVGWTGDETVSIPQRKSSLSRVPSMT
KGFL
NT seq 6135 nt   +upstreamnt  +downstreamnt
atgtcggtccgcaataatccctttgcgaggaacgcctcaacctcgactggttcgagtggt
cttggccgtccaaaatctgtcattgctccctcatcaccgtctctcctaacggggacgcct
tccccacctacccactcgaggacgcaatcccaaaactcacacaatttcaaggcggcgaca
acattaacgtcgccagcacccgtccgaaatggccatgcccgcggcacatcacgagaaggg
acgccgagctcaaccacttttgcgccgtcctaccttaaaaccgaagacatgcggaaaccc
accgacattgtcaaagggattgagggcgagaacgacttttcaggcaaaaagtatgtctgg
cttaaggacccgcagacggcttttgtcaaaggctgggtagtagaagagctggagggaaac
cggctcttggttcagtgtgatgacggtagccaacgagaagtcgatgctgagagcgtcgac
aaggtcaatccagccaagtttgacaaggcgaacgacatggccgagcttactcacctgaac
gaggcttccgtcgtccacaacctgcacacacggtacatgtccgacctgatttacacctac
tcaggcttgttccttgtgacagtcaatccttacgctcctcttccaatatacaccaacgag
tacatcaacatgtacaaaggcagaagcagggaggacaacaagccgcacatatttgccatg
gccgacgaagcattccgcaacttggtcgacgaacatgagaaccagagcatcttagttacc
ggcgaatccggcgccgggaagactgaaaacaccaagaaggtcatccagtaccttgccgca
gttgctcaatcgcaggcgcctgcgaagagcagggcgaaacagcactcgaacctatcagcc
cagattttgagggcaaacccgatcctcgaagcctttggaaatgcacaaaccgtgcgaaac
aacaattcgtctcgattcggcaagttcatcaggattgagttcaaccgcgacggatcaatt
gctggagctttcatcgattggtatctcctcgaaaaatcccgggtcgtaaggatcaacggc
caggagcgcaactatcacattttctaccagctgctcaagggcgcggacgaggcgctaaag
aaagatttctttcttgacggcttggacgttggcgatttcgtctacactcgggacgggcaa
gagatcattacaggcgtgtccgaccgggacgagtgggaaacgttgatggaggccttcatg
gtcatgggcttttccgacgaggagcaggcgtccattctacgcaccgtggccgctgtgctt
caccttggcaacatttccgttgtcaaggagagcagatcggcagaccaggctcgcctcgcg
ccagaggccaacgaagttgctgccaaagtctgcaagctgcttggtgtgccccttgagcct
ttccttcgcgggttgctgcaccccaaggtaaaagcaggcaaggaatgggttgagaaggtg
cagacgccggagcaagtccgcttcagcgtcgatgccctcgccaaaggcatatacgaacgg
gggtttggcgatctggtgaccagaatcaaccgtcagctcgaccgtgcgaccatgggcctc
gatgacacccgcttcatcggtgtgttggatattgcgggattcgaaatctttgagcacaac
agcttcgagcagctttgcatcaactacacgaatgagaagttgcagcagtttttcaaccac
cacatgtttgttttggagcaagaggagtatgccagggagcaaatcgagtggcaatttatc
gattttggcaaagacctgcaaccgacaatcgacctgattgagctttccaacccgatcggt
atcttctcgtgcttggacgaagactgcgtcatgccaaaagccaccgacaaaaccttcacc
gagaagctaaactcattgtgggataagaagtcacaaaagtatcggccttctcggctggga
cagggtttcatcctcacacattacgctgcggaggttgagtacaccaccgaaggctggctg
gagaagaacaaagaccctctgaatgataacttgacccgcctgcttgccgcctcagccgat
aaacatgtcgccaaccttttcgctgactgtgccgaccatgacgatgagacgggcggtatg
aggagtagggtgaagaaaggtctctttcgaacggtggcccaaagacacaaggaacaactc
acgagtctcatgggccagttgcatctgacacatccgcacttcgttcgatgtattcttcca
aaccacaccaagaggccgaagcagttcagtgggcccttggtcctggaccaactacggtgc
aacggtgtgctagagggcatccgtattgctcgtacgggctttcccaacaggctcccgttc
gccgaattccgccagcggtatgaggtgctttgccgagacatgcccaaaggttatatcgaa
ggtcaggcggcggcaaaaatcatgctggacaaatttggcttagagaagtctctctatcgg
atcggtctgaccaaggtgttcttccgtgctggcgtccttgctgagcttgaggagcaacgt
gacgcactcatcacggaaatcatgtccaagttccaatcagtcgctcggggttacatgcaa
cgacggattgcgttcaaaaggctttaccgagccgaggccaccagggttatccagcgaaat
ttccaggtgtacatcgatctatgcgataatccatggtggcagctgcttgtgaggatgaag
cccctcttgggcgcgacccgaactgcggctgaaaccttgaaggacgaatacgaccacctg
aatgaatcgaaaatcaccattgaaaaagagctctacgcccagcaagataagctccggagg
accatggaagctcgggctacggcggaaaaagaacgtgacgaagctcgcgaggaaatccgg
cggcttcgtgccgccaagatccaggcggaggaagcccggcgcgaagccgagattgttgga
gaacgagctgctttcaagatcgcaagagaacgtgaggaaagtctccgtaaagacctcgag
gcggctcaggagcgactcaggtggtttgaagaagagtgcgccaagctcaatcgccaagtc
gaagacttaaacaagttgattctcgagtccggcgaatttggactgaagaacgaccaggca
aaggagcggatggagcgcgagctccaaaccgtaaagagtcgacttgctgcctctgagaac
gacaatcgggcgctgctcaataaactgcagcaaaaggggctcgaaattgcccggtcggca
tcgagagcaagcgaggcctctcgtggtcaggtcctctctctgcaacgtgagaaggcaaag
ttagaagagcagaacgccaaactcaacaagcaacttggtgactcacatctcaccattgct
tcgctagagaagcggctcgagaagctgcaacttgaccttgaagacctcaaccacgaggta
gccagagaggttcaaagcagccgcaatgccgaaaaggcttcgtcgaacttcacggttcag
ttggcagaggcgaaccgcaccattgaatcggagaagcaactgcgggcgcaagctcaagga
actgtccgcgccttacagtccacccttgatgcccgggatgcagagcttgcggaactgagg
gctcaactgctaaacgcgcttaaagtcgttgacccagaggcggcgcctcttgttagctca
gatggcggttctgattcgttttccaacaagaacttcgatttggttcgaaggatcgaggaa
ctgcaacaagacttgcgtgttcaaaaagctggccgtgccaacgccgaggctcagctagca
gagctcagagctgccaggaacggctctccgactagacgtggcctggaagagattagcatc
ggtgaggccccgttcactacgtcgccgacacagaagcactccaagcctaatgctcgccac
tactcgaatacatcgacaccgccacgtcggtttgcaaatgccgaaaatgatcatcttttt
gactcggttcgctcagacaagactgcagacattctgagcttcaacaatcgcatggatctt
aaggcagaggtcgaggaattgcaaaaccaacttcagattgcacaaatgcaaaatcggcac
ctccagagccaactggagcgctcagtaccagcttcagatgtgcaccctgatgacagtagc
cgagtgcggaagcttgagcaagcaaacgggcggctgcaggatctgctcgacgagtcggcg
aagcaggtttcggctctggagaaagcccttcatagcggtgaactgtctctccgggacatt
caaacgaagtctcacgaagagattcttgaactcctccatagccaggaggattctcgccgg
gcgctcttgcatagccataatgatgccatcgcggagttgacagagatgaagggccagctg
gagaggttgaggcatgaccgtgcgaagctcgaagtggactaccgcgacgccaagtcagac
cttcaggagatgtcactcgcgagagagcaagaggcagctagccgcgtccagctgctgcag
gagtacgccgatctccagattcgcctggacgccgagagctctaagcttgccgatgtaact
gctagtctcaacctttacaagagccgtgcggatgagtactttagcaagctggagcaggcc
gagctcgctgtgcttaaagcgagccgtgccgaacagtttgcaaagtcccaggctaaggag
gcggaggagagctgtgcagagatgatggcggagaggaaacgtctcgaagacaccattgag
gatctgcagcaacagacgcagagactcgaggagaagctggaggacatgtcgacggacctg
gaatccgcaattcaggcgaagaagagactgcagcacgaactcgaggactaccgcaatcag
cgagcgaacgacattgaggacaaggagtcgagcatggagcagctacgcaagaagtaccag
gccgagtttgccactctcacgaaggagctggatctcgcgcgagaggagaagttgttcaag
caggcggagattgcgaggctgcgcgaagagctcgatgatttgcggtccaagtgggatgac
gaagtgcttaacagctccacatggtccaaagagaaggcacgtctgcagactacgctcgct
gatgtggtggcttcgcgggatgaggcggttgctgctcacaacgaggctcagggcaagatc
gtgtcactcctgtcgcaagttcgctccctccggtcgacagtcgatgagattaccgccgac
cgtgacagccttcttcgcgagaagcggagcatcgagtctcggttggaggaagccaaagcc
ggtcttgaagagcttgccaagagtgagagcccgtcgcttcgcaacgctgccagcatcgac
aaggaaattctcgagcttagggcagggcttgcgcaacaagaagacatcgcagccgcagcg
gtggagaagatgcgccgtgctgagtcgcttgtgtcggaaatccaaaaggacatcgtcgca
gagagggaggcgagcgccgagctgctcaagcagaaagcagccctcgagaagtcgctcaac
gaggcccagctcaagcttatcgatctcgagactaagggttactcgacggccagccacgac
atcaagttcctgcataagcgcattcaagagcttgagtcccagctcgaggagcaggagacg
gagcgcaacaagtcgcagcgctctgtgcgcaacgtcgaccgcatcgtcaaggacctgcag
tcgcagattgagcggaaggacaagcaaaatgggcagctcaccgaggacattaatcgcatg
cgtgacaagatggacaagctactcaagaccatcgaggagctgcaggcgtccgagagcaac
aacgaactgtcggcgcgccgggcagagcgcgagcttcgcgaggagaaggagcgcgcgtta
atgctagagcgcgagttggaggcttggaagctgagggtggagaagggtagcaacgctggg
tcagtagccgggagcgtctttggcgggagtatgaggaacaggcatgtgggctggactggc
gacgagacggtcagcattccgcagaggaagagtagccttagtcgggtaccttccatgaca
aaggggttcttgtga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (79)   
   KEGG ORTHOLOGY (1)   
   RefGene (74)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (95)   

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