KEGG   Naumovozyma dairenensis: NDAI_0D01830
Entry
NDAI_0D01830      CDS       T02234                                 
Symbol
NDAI0D01830
Name
(RefSeq) hypothetical protein
  KO
K10352  myosin heavy chain 9/10/11/14
Organism
ndi  Naumovozyma dairenensis
Pathway
ndi04814  Motor proteins
ndi04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:ndi00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    NDAI_0D01830 (NDAI0D01830)
   04820 Cytoskeleton in muscle cells
    NDAI_0D01830 (NDAI0D01830)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:ndi04812]
    NDAI_0D01830 (NDAI0D01830)
   04147 Exosome [BR:ndi04147]
    NDAI_0D01830 (NDAI0D01830)
Cytoskeleton proteins [BR:ndi04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     NDAI_0D01830 (NDAI0D01830)
Exosome [BR:ndi04147]
 Exosomal proteins
  Exosomal proteins of bladder cancer cells
   NDAI_0D01830 (NDAI0D01830)
SSDB
Motif
Pfam: Myosin_head AAA_7 ATG16 TsaE HALZ AAA_16 AAA_22 AAA_19
Other DBs
NCBI-GeneID: 11494868
NCBI-ProteinID: XP_003669740
UniProt: G0W9N6
Position
4:complement(424039..429711)
AA seq 1890 aa
MTDQPSLVWVPDQTQVFRQAELISTEIVKNTRLNQDEEMAIVRLIDSNEEAKFLISETAP
INPTTFDKIDNMSELTHLNEPSVLYNLENRYKDDLIYTYSGLFLVAINPYSNIKIYTQEY
INLFNGSQKEENKPHIFAVAEEAYQNLLSEKQNQSVLVTGESGAGKTENTKKILQYLASI
TSSTTTISNPTSPNKTNFIQEGTFERKILQSNPILESFGNAQTVRNNNSSRFGKFIKIEF
DDRGKINGAHIEWYLLEKSRVIEQHPDERNYHIFYQLLTGLSEQELRKLELYSKSTSDYY
YLSRSNSSIPGVNDAQDFQELLDALGTVGFTKNEIDDIFKIISIILHVGNVEFVSEKAQQ
ASFKNDQSILAKLLGVTVEQWSTAILRPKAKAGREWVSQGKDAKQSRFILNSLARTLYER
LFAYIVERINHSLDHGSMTTNYIGLLDIAGFEIFKHNSFEQLCINYTNEKLQQFFNHHMF
ILEQNEYMRENIHWDFVDFGKDLQASIHLIDKRGSPMGILPILDEESILPKSSDDSFFSK
LISNWDKKSDRFKRSKLEKCFILKHYAGNVEYNIEGWLSKNKDPLSEYMLNMLSSSSDSL
ISEFFNNPLTSSSSSASIATMDDKPKNRGSAIRTAAMRHREQLNFLLDQLSTTHPHFVRC
IIPNNRKMAKSFDRKLILDQLRCNGVLEGIRIAREGYPNRIFFKEFFQRYKILASSHDLF
SNSNSKKNCEILIASLDLEPNLYKIGNTKLFFKAGVLAKLESRKDQKIKQVIIRLNSQVR
GKMIRDEVGGKLKRIRAARVIGSTFRTYNKLMENPWYNLFVKIKPLLDSSSDISKTKTFN
DKINSLEQKIEAVEIERNITKETNELVNKELKELRSILETEKEKLKEKELVLLSTKEKTE
LLEKQLVDAVKLKDAIEEEKWKLKDEYEAIVEDIKNSKVESQEKESSLKQLEEKYQTLQI
EVNTLQEKLTSQKEAREALLHAKYLQEKELAQLKEKNKLQELEIQKLQNDVNHSGEDLDL
KIASLEKSCNSAKTRLGTLADENADLRSQLSNSKKEQSNSARQLNLKMAEIERLKAKIHQ
NQKSIQEISEQRDRIVTEQDSIVSELHSTREELSHYKLKCQDMEGELANLKIMNVQIEEG
SASQERDDSKIKQLEQRLVEETSLNQYLNKKLSARLANETLLTNDNNMFYNSEISKEQII
SMYNDMKIKLADVMKNLEDEIEEKKNLISRLRFTETRLASSSFDSQNSHAQINKLKEIIK
NANIQVELDKELTDVKPDEVNLEKMVLEVQHLKRQLEIQTKAQYDAENVASALHEKFNKI
QRADSASDIFKLKYEASEERIKALENKLKHNPLKDRTNLPSGDIFINRDSVTKYEEEVRF
HKLENYKLQETIADANNKISHLNHDIRQSQSREELHKEQIVRLKKNLESIEYQKGLLLTT
IDQQKKRFDECVQDLHENETQLNEYKLALKQAESDVNSMSSIIEKLKSQNKQKDKTIWER
ETEKNELDMQLQESLLELKRIQDLNNLLNADLAHLKERLTSTQDTSYYTDEIERLKSDIA
ESMNTETSLKKEVATLKYKLDSTSNESESKVSELLKQVAHYSNLVGILSNERDVSQASHA
ELSKRYEELIAKVNSLTSTVESLSNEKSNLASRLEELKSAMGKTTDDFSKSLQEKDKISS
NVAYLQETLAFQQEQNARNGLLVKQLQESVDTLKNALNQEKEKNIELYQENQTLIKMDSQ
LKEKLNSMQSQLSDSSEKDAWLIKIHELEELVNKESSLKYEELKKVQTMDRVIEDLKKKN
NRQSEVIDIANKDRKEFEEEIQKHTGHIIELERHIDKQDVDLKKIVRDNAYYQDRVMELE
KEISFWKDQFQSLNAEEKDLSDIRTQEVMI
NT seq 5673 nt   +upstreamnt  +downstreamnt
atgacggatcagccttcattagtttgggtgcctgatcaaactcaagtattcagacaagct
gagctcataagtactgaaattgtaaagaatacccgtcttaaccaagatgaagaaatggcg
atagtgagactaatagattccaatgaagaggctaagtttctgatatcagaaactgcgcca
attaatcctacaacgtttgataaaatcgataatatgtcagaattaacacatttaaatgaa
ccatcagttctgtacaatttagaaaacagatataaggatgacttaatatacacctactcg
ggactgtttctagtagctatcaatccatattctaatattaaaatttatactcaagaatac
attaatttattcaatggttctcaaaaggaggaaaataaaccacatatatttgctgtagct
gaagaggcatatcagaatttactatctgagaaacaaaatcaatcagtactggttactggt
gaatcaggagcaggtaagacagaaaacacaaagaaaatacttcaatatctagcatccatt
acctcttctacaacaacaatcagcaaccctacatcaccaaataaaacaaactttattcaa
gaaggaacttttgaaaggaaaattttacagagtaacccaattctagagtcatttgggaac
gcacaaacagtacgtaacaataactcatcgagattcgggaaattcattaagattgaattc
gatgacagaggaaagattaatggtgcacatatagaatggtatctcttagaaaaatcaaga
gtaattgaacaacacccagatgagagaaattatcatattttttatcaactgttaacaggt
ctatccgaacaagaattaaggaaattagaactatattcaaaatccacctctgattattac
tacctttctcgatcaaattcgtcaattcctggtgtcaatgatgcccaagatttccaagaa
ctactagatgctctgggtactgttggattcacaaaaaatgaaatcgatgacatcttcaag
ataatatccatcattttacatgtaggtaatgtggaattcgtttctgaaaaagctcaacaa
gcgtcttttaaaaatgatcaatctatattagctaagttattaggtgttactgtagaacaa
tggtccactgcgattttaaggccaaaggctaaagcaggcagagaatgggtttctcaaggt
aaagatgcaaaacaatcgcgttttatactgaattccttagcgagaacattgtacgaacgg
ttatttgcctatattgttgaaagaataaatcatagtctagatcatgggtctatgacgaca
aattacattggtcttttagatatcgcggggttcgaaatctttaaacataactcgttcgaa
caattgtgtatcaattatacaaatgaaaaacttcaacaattcttcaatcatcatatgttt
atcctcgagcagaatgaatacatgagagaaaatatacattgggatttcgtcgattttggt
aaagatttacaggcatccatccatttaattgataaaaggggttctccaatgggtatactc
cccatcctagatgaagaatctattctcccaaaatcatctgatgattcattcttttcaaaa
ctaatatcaaattgggataaaaagtcagataggttcaaacgttctaaattagagaaatgt
ttcattttaaaacattacgccggcaatgtcgaatataatattgaaggatggctatcaaaa
aacaaagatccattgagtgaatacatgttgaatatgctatcgtcttcctctgattctttg
atttcagagttctttaacaatccacttacatcctcttcttccagtgcttcgatagcaacg
atggatgataaaccaaaaaatcgtggtagtgctattagaactgcggcaatgcgccacaga
gaacaattaaatttccttttagatcaattatccactacacatccacattttgtccgttgt
attattccaaataataggaaaatggctaaatcctttgatagaaaattaatcttagaccaa
ctacgctgcaatggtgtccttgaaggtataagaattgcaagagaaggttatccaaatcga
atctttttcaaagaatttttccaaagatataaaatattagcatcttcccatgatcttttt
tcaaacagtaattcaaaaaagaattgtgaaatattaatcgcatcgttagatttagaaccg
aatctatataagattggaaataccaagttatttttcaaagctggagtccttgctaaatta
gaatctcgcaaagatcaaaaaattaaacaagtgataatacgattaaactctcaggtcaga
ggtaaaatgattagagatgaagtaggtggaaaattgaaaagaatacgggccgcacgtgtt
atcggatcaacctttagaacatataataaactaatggaaaatccgtggtataatttgttc
gtcaaaatcaaaccccttcttgattcttcaagtgatataagtaaaacaaagacattcaat
gataagataaattctctggaacaaaaaatagaagctgtcgaaatagaaagaaatataacg
aaagaaacgaatgaactggtaaataaagaattgaaagaacttcgatctattttggaaact
gagaaagaaaaactgaaagaaaaggagttggtactactgtctaccaaagagaaaactgag
ctgttagagaaacaattagtcgacgctgtgaagttaaaggatgctattgaagaagagaag
tggaaactgaaagacgaatacgaagcaattgttgaagatatcaaaaactcgaaagttgaa
tctcaagaaaaagaatcatcattgaaacaactagaagaaaaataccaaaccttacagata
gaggtaaataccctccaagagaaattgacctcacaaaaggaagcccgggaggctttatta
catgcaaaatatttgcaagaaaaggagcttgcccaattgaaggagaagaacaaattgcag
gaactggagattcagaaattacaaaatgatgtgaaccactctggtgaagacttagatctt
aaaattgcatcattagagaaaagctgtaattccgcaaagactagattaggtacgttggca
gatgaaaatgctgacttacgatcccagttatctaattctaaaaaagaacaaagtaatagc
gcacgccagctgaatttgaaaatggctgaaattgagagattaaaggctaaaattcaccaa
aatcaaaaatcgattcaggaaatttcagaacagagagatcgtatcgttacagagcaagat
tccattgtatctgaattacattccactagagaagaattgtcacactataaattgaaatgc
caagatatggagggcgaactcgctaatttgaagataatgaacgtacaaattgaagaaggc
agtgcaagccaagaaagagatgactccaagattaagcaactcgaacagcgattggtagag
gaaacttccttgaatcaatacctcaacaaaaaattgtcagcacgtttggcaaatgaaaca
ctattgacaaatgataataatatgttttacaattctgagataagtaaagaacaaataatc
tcgatgtataatgatatgaaaataaagcttgcggatgtgatgaaaaatttggaagatgaa
atagaagaaaagaaaaacttgatctcaagattgagatttacagaaacaaggctggcatcg
tcttcatttgattcccaaaactcccatgcacaaattaacaaactaaaagagatcataaag
aatgccaacatccaagttgagttagataaggagttgacagatgttaagccagatgaagtg
aatttggaaaagatggttcttgaagttcaacatttgaaaagacaactagaaatacaaact
aaggcacagtatgatgctgagaatgttgcatctgcgctccatgagaagttcaacaagatt
caaagagcagactctgcatcagatatttttaaattgaaatatgaggccagtgaagaaagg
attaaagcattagaaaataagttgaagcataacccattgaaggatagaactaatttgcct
tctggtgatattttcataaaccgagacagtgtaacgaaatatgaagaagaagtaagattt
cataaattagagaattacaaactacaagaaacgattgctgatgcaaataataaaatttcc
catttgaatcatgatattagacaatcccaatcccgggaagaattgcataaagaacagatt
gtaagactcaaaaaaaatcttgaatcaattgaataccagaagggtttgcttctcactaca
atagatcaacaaaagaaacgttttgatgagtgtgtacaagatttacacgaaaatgaaacc
caattaaacgagtataaattggcattgaaacaagctgagagtgatgtcaatagtatgtca
agtataattgaaaaattgaaatcacaaaataaacagaaagataagacaatttgggaaagg
gaaacagaaaaaaatgaactagatatgcaattacaagaaagtttgttggagttgaagagg
attcaagatttgaataatcttctcaatgcagatttagctcatttgaaggaacgcttaacg
tcgacacaagatacttcatattatacagatgaaattgaacgattaaaaagcgatatagct
gaatccatgaatactgaaacatctctgaagaaggaggttgctacattaaaatataagttg
gattcgacaagcaatgaatcagaaagtaaagtttccgaattgttaaagcaagtagctcat
tattctaaccttgtcggcatattgagtaacgaacgtgatgtttcacaggcatctcatgca
gagttatcaaaacgttatgaagaattgattgccaaggtgaattctttaacttcgacagtg
gaatcattatccaatgagaaatcgaatttggcttctcgattagaagaactgaaatctgct
atgggtaaaacaacggacgatttttcgaaatcattacaggaaaaggataaaatttcatcg
aatgttgcctacttacaagaaactttagcgttccaacaagaacaaaatgctaggaatggc
ctcttagtgaagcaacttcaggaaagtgttgatacattaaagaatgccttaaatcaagaa
aaggagaagaatattgaactatatcaagaaaatcagacattgattaagatggattctcaa
ttaaaggaaaaactcaattccatgcaatcgcaattatcagattcttctgagaaggatgct
tggttaattaaaatacatgaattggaagagcttgtcaataaagaaagctctttaaaatat
gaagagcttaaaaaggtgcaaactatggatcgagtaatcgaagatttgaaaaagaaaaat
aatagacaaagtgaagtgatcgacattgccaataaagatagaaaagaattcgaagaggag
attcaaaagcatacgggtcatattattgaactggaaagacatatcgataagcaagatgtc
gatttgaaaaaaattgtgagggataatgcctactatcaggatagagttatggaattagaa
aaggagatatccttctggaaggatcaattccaatctttaaatgccgaggaaaaagacctt
tctgatattcgaactcaagaggtgatgatctag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
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 (8)   
   Pfam (8)   
All databases (21)   

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