KEGG   Drosophila yakuba: Dyak_GE13115
Entry
Dyak_GE13115      CDS       T01068                                 
Name
(GenBank) uncharacterized protein
  KO
K10414  dynein cytoplasmic 2 heavy chain
Organism
dya  Drosophila yakuba
Pathway
dya04145  Phagosome
dya04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:dya00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    Dyak_GE13115
  09142 Cell motility
   04814 Motor proteins
    Dyak_GE13115
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:dya03036]
    Dyak_GE13115
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:dya03037]
    Dyak_GE13115
   04812 Cytoskeleton proteins [BR:dya04812]
    Dyak_GE13115
Chromosome and associated proteins [BR:dya03036]
 Eukaryotic type
  Centromeric chromatin formation proteins
   SAC (spindle assembly checkpoint) factors
    Motor proteins
     Dynein complex
      Dyak_GE13115
Cilium and associated proteins [BR:dya03037]
 Primary cilia and associated proteins
  Dynein and associated proteins
   Dyak_GE13115
Cytoskeleton proteins [BR:dya04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     Dyak_GE13115
SSDB
Motif
Pfam: AAA_6 DHC_N2 DHC_N1 AAA_5 AAA AAA_30 AAA_22 AAA_18 AAA_16 AAA_28 AAA_7 Zeta_toxin RNA_helicase DUF815 Rad17 nSTAND3 RsgA_GTPase ABC_tran Ploopntkinase3 KTI12 AAA_29 DUF2789 NTPase_1 RuvB_N AAA_23 DUF4372 AAA_17
Other DBs
NCBI-ProteinID: KRJ98960
FlyBase: FBgn0230814
UniProt: A0A0R1DUS8
Position
2R
AA seq 1819 aa
MTDLLDIIGKRLLEVCLTQLLAEDVWSLNSSHVDNLMSQSIDTVDAWIQLCDSLTRLFWP
NYVKHPWLGDSHVPKRGQLFKERLSEIRGIKQLYKQIATLLEDTELQEMFQEQAPFTEFN
IFDTSSLGQNKWHKALQHFEQVLQPIDERIAAALKGQLHNHLSNPRQVIFIFSKYETLIQ
RPAVLELLTIEREQFLQSLHILLQDLRKAMVDSNMEPDTGHLSVICNECRWLKVVQHQIQ
EIEKVSHLISGREGFDKINKAVQEIKEETESLLRTNFEIWSGQCSTAVKSGELRLRDDQA
VVKFEKEGRQLMRVTFNPKLVTFCQDVREFENLGYNVPLELRSAATHAAKYMCYARRLQQ
IATFHNTIGDRMIPCQRPIMLKNALELQRLVQSETVAWQDESSVQRYVDILQAAVSKLSS
DNTLLVGYHEQAKRSVLKLMSTDLLTQNQIWKDELRHLRELVATLERQGYTHLDAFKLHW
DHQLYKVLEYQYILGLLDMNNKLPDIHVNLVLRHRELVFSPPEEEIRELYFSQLRRFIER
PCNFHGLSEHSQELFKSMVTVNRHHFGPLYQRAAELFDKLEDFKTIWLPWIALGCVDVDQ
LCGIHLNEAGDWDRNFRSCKHFSQQLAKLQQAEESIDCIVINVLPLRSDIGYISRRYWES
LANSLRTAILTDVSLIQEFLQSALQFLQNVPMDEGSISQSGMKYEKIMSELPQIEKTLDA
VRAKDACLAGWCKERVTALSGILLQWEQLQPLLENHAVILQRQVDMIKNQAETQLQNLKN
EAEKFLLRWESTISELEANEHSTLDVFKERRLHWQQLQEKKTHLLEECSKFNMEFPSEML
IPFSEIEEQMEQQSKQWQVYDSFLTELQPILQEDWAIYRRRPYVLNEFIGKWEGSVHASI
DLPSKRIRHQVEQLQLALPILQQLQSDSLSERHWARIFQLLNHKESKPLHSILLQDILQD
FEALQSAAQEIISIVRQASSEQIVRQALIELDQWSVTAQLKLITRTDASGQSVSLIKDYQ
EVLNKIGDNQSLLQSAKNSAAFESFSDQAELWESRLNTLDSLLSSLNHSQRRWVYLEPVF
GSGTLQQEQALFKRIDKDFRFVMREIEMDPRVTSLTKINNITTIVNALETQLARCQQNLM
SYITDKRNSFPRFYFLGDDDLLELLGQASKDAEVIQRHIRKLFPGCHRLSIRQVDPNPAT
SSDVNQYSITSVHSAEGDELKLSQPVEMKGDIESWLNQLVTVVQDTLRDQIYECYTSTTG
GSDNLDEKILKKYASQVLATARALHFTRQAEQAIGGMSLGKLKQQLKDEITHLAALKNKS
ENGTLISLKLRALLLDLVHYSGVTEQLQKHNVVHTSDWHWLCQLRYYLGKMGGTSGEVNA
NRQVCVHMVYAEFEYAYEFLGQASKLVHTRLTHRCYLILTQAMHMGLGGNPFGPAGTGKT
ECVKALGAMLGRLVLVFNCDENVDTESMSLILTGLARCGAWGCFDEFNRLQEATLSSISM
LIQPIQSALKERANSVQIGERQIQLNQHCGIFVTLNPAGAEYGGRQKLPGNIQALFRPIV
MQQPEPGEIARVMLFVEGFSEASAIASRIVELFELSGKMLSAQRHYDWGLRELKTVLMVC
GEGLRAKLASEDNNQDSANLEMSVVVRCLRSSTMSKLAPHDVTRFEMLLRNVFPEIGSSP
APETQLHQSLSAAFAQLGLCRSERQIEKALQLHEQLQKRMGVVLVGPPGCGKSTIMAILK
QALSGTQLKVHTISPKSMSRIQLLGRLDADTRQWQDGVLTHTAVAVNQEPSQVHSWIVCD
GSIDPEWIEALNSVLDDNK
NT seq 5460 nt   +upstreamnt  +downstreamnt
atgacggacctgttggacatcattggaaagcgactgctggaggtctgcttaactcaattg
ctggccgaagacgtctggagcctcaattccagtcatgttgacaatcttatgagccagagc
atcgatactgtggacgcttggatccagctctgcgactccctcacccgtctattttggcca
aactacgtgaagcacccgtggcttggagattcgcatgtgcctaagcgagggcaacttttc
aaagagcggcttagtgagatccggggcatcaaacagctttacaagcagattgccaccttg
ctggaggataccgagctacaggaaatgtttcaggaacaggctccctttacagaattcaac
atttttgacacatcctcgttggggcagaataaatggcataaggctctgcagcactttgaa
caggtcctgcagccaattgatgagcgaattgccgccgcccttaagggacagttgcataac
cacctgagtaatccacggcaggtgatcttcatcttctccaaatacgaaactcttatccag
agacctgctgtactggaattgttgaccatcgaaagggagcagtttttgcaatcgctgcac
atccttttgcaggatctacgcaaggctatggtggattcaaatatggaacccgatactggt
catctgtcagtgatatgcaatgagtgccgctggttgaaggtggtgcaacatcagatccag
gagatcgaaaaagttagccatttgataagtggacgggagggtttcgacaagatcaacaag
gcagtgcaggaaatcaaggaggaaaccgagtccctgctgcgtactaacttcgagatctgg
tcaggacagtgctccacggctgtcaaaagcggtgagctaagacttcgtgacgatcaggcg
gtggtaaagttcgagaaagagggtcgccagctgatgcgggtcaccttcaatcccaagctg
gtgactttctgccaggatgtgcgcgaatttgagaatctgggctacaatgttcccctcgaa
cttcgatccgctgccacccacgcagccaaatatatgtgctatgcccgccgattgcagcag
atcgccactttccataacacgatcggtgatcggatgatcccctgccaacggcccattatg
ttgaagaatgccttggagctccagcgtttggttcaaagcgaaacggtcgcctggcaggac
gagtcctccgttcagcgatatgttgatatcctacaggcggccgtttctaaactgtcctcg
gataatacactgctggtgggatatcatgagcaggccaagagatcagttttgaaactcatg
tccaccgatctattgacccaaaaccaaatttggaaggacgaactgcgtcaccttcgtgaa
ctggtggccactttggagcgccaaggatacacccacttggatgccttcaagctgcactgg
gatcaccagctgtacaaagttctggagtaccagtacatattgggcttgctcgacatgaac
aacaagttgccagacatacatgtaaatctggtattgcggcatagagaactagtcttcagt
ccaccggaggaggaaattcgggagttgtacttcagtcagctgagacgcttcattgagaga
ccctgtaatttccacggcttatctgaacacagtcaggagctcttcaaatccatggtcaca
gtgaaccgccatcactttggaccactttaccaaagggcagctgaattgtttgacaagttg
gaggatttcaagaccatctggttgccctggatagctttgggatgtgtggatgtggatcag
ctctgtgggattcatttaaacgaggccggggattgggatcgtaacttcagatcgtgcaaa
cattttagccaacagttggcaaagcttcagcaggcagaggaatccatcgactgcatagtg
atcaatgtcttgcctttgagatcggatattggatatattagcagaaggtattgggagtct
ctggcaaatagcctgcgaactgctatcctgacggatgtgagtctgatccaggaattcctc
caaagtgccctgcagttcctgcaaaatgtacccatggacgagggtagcattagtcaatcg
ggaatgaagtacgagaagataatgagtgagttgccgcaaatcgagaaaactttggatgcc
gttcgagcaaaggatgcctgtctggcgggctggtgcaaggaaagggttacagctctgtcg
ggaatcctgctgcaatgggagcagttgcagcctcttctcgagaaccatgcagtgatcctc
cagcgacaagtggatatgatcaaaaaccaggccgagacacaactccaaaacctgaagaac
gaggccgagaaatttctactcaggtgggaatccacaatatccgaactggaggccaacgag
cactccactctcgacgtattcaaggagcgcagactccattggcaacaattgcaagagaag
aagacccatctgctagaggagtgctccaaatttaacatggaatttccatcagagatgctt
attcccttctcggaaatcgaagagcaaatggagcagcaatcgaagcagtggcaggtctac
gacagtttcctcaccgaactgcagccaattcttcaggaggattgggccatctacaggcga
cgtccctacgtgctgaacgaattcattggcaaatgggagggatcggttcatgcctcgatt
gatttgccctccaagagaattcgccaccaggtggagcagcttcaattggctctaccaatt
ctacagcaactgcaatcggattctttgagtgaacggcactgggctagaatatttcagctc
ctcaatcacaaggaatccaagccactgcattccatactcctccaggatatcctacaggac
tttgaggccctgcaatcggctgcccaggagatcattagtatagttcgacaggcgtcgagt
gaacagattgtgaggcaggctttgattgaactagaccagtggtcagtcacggcccaatta
aaattgatcactaggacagatgcctctggtcagagtgtctctttgataaaggactaccag
gaggtgcttaacaagataggggacaaccagtctcttttgcaatcagccaagaactcagct
gcctttgaaagcttttcggatcaggctgaactttgggagagtcgcctaaatacgctggat
tccctgttaagtagcttaaatcattctcagagacgttgggtttatttggaacctgtcttt
gggtccgggaccctgcaacaggagcaggcactatttaaacgcatcgacaaggactttcga
tttgttatgcgtgaaatcgagatggatccgcgggtgacttcgctgacgaaaataaacaac
atcaccaccattgtcaatgctctggagacccaactggccaggtgccagcagaacttgatg
agctatataaccgacaagcgcaactcatttccccgcttctactttctgggcgatgatgat
ctactcgagctcctcggacaggccagcaaggatgcggaggtcatccagcggcacatccgt
aaactgttccccggttgccaccgtctcagcatccgccaggtggaccctaatccagccaca
tcctctgatgtcaatcagtacagtattacatccgtgcacagtgctgagggcgatgagctc
aagctaagtcagcccgtcgagatgaagggcgacatcgagagctggctgaatcaactggtg
actgtggtgcaggatactctgagagatcaaatttacgagtgctacaccagcaccaccggc
ggaagtgataacctcgacgagaaaatcctaaaaaagtatgccagccaggtgttggccaca
gccagagcccttcacttcacccgtcaggcggaacaggcaattgggggcatgtccttggga
aaactaaagcagcagttaaaggatgaaatcacccacctcgctgccctgaaaaacaagtcc
gagaacggaaccctgatcagcctcaaactaagagcccttctcctggacttggtgcactac
tccggtgtgacggagcagctccagaaacacaatgtggtgcataccagcgattggcattgg
ctgtgtcaactcagatattacctgggaaaaatgggcggcacatcgggcgaagttaatgcc
aatcgacaagtttgcgtccacatggtttatgccgaatttgaatacgcctacgagtttctg
gggcaggccagcaagctggtgcacacacggctcactcaccgctgctatctcatcctcacg
caggcgatgcacatgggcctgggcggtaatccctttggcccggctggcaccggaaagacg
gagtgcgtcaaggccctcggggccatgctgggccgcttggtgttggttttcaattgcgac
gagaatgtggacaccgagtcgatgagcctcatcctcaccggtctggcgcgctgcggggcg
tggggctgctttgacgagttcaaccggctgcaggaggccactctgtcgtccatctccatg
cttatccaacccatccagagtgccctgaaggagcgggccaacagcgtccagattggcgag
cggcagatacaactcaaccagcattgtgggatctttgtgactctgaatcccgccggagcg
gagtacggtggtcgtcaaaagctccccgggaacatccaggcccttttccgacccattgtt
atgcagcagccggagccaggtgaaatcgcccgggttatgctgtttgtcgagggcttttcc
gaggcctccgccatcgcatcccgcatcgtggagctgtttgaactcagcggcaagatgctg
tctgcccagcggcattacgactggggactgcgggaactgaagacggtgctcatggtgtgc
ggagaaggtttgagagctaaattagccagcgaggataacaaccaggacagtgctaacttg
gagatgtcggtggtggttcggtgtttgcgttcatccaccatgtccaagctagccccccac
gatgtcactagatttgagatgctactccggaatgttttcccggagattggcagctcgccg
gcgccagaaacccagctccatcaatctctatccgccgcctttgcgcaattgggcctctgt
cgaagcgaaaggcaaattgaaaaagccttgcaactgcatgagcaactgcaaaaacggatg
ggagttgtgttggtgggaccgccaggatgtgggaaatccaccatcatggcaatccttaaa
caggcactgagtggaacccagctgaaagtccacaccatcagtccaaagtcaatgagtcgg
attcaattgctgggacgcctggatgccgatactcgtcagtggcaggacggagtactgacc
cacacagcggtggcggtcaatcaggagccatctcaagtccactcgtggatcgtttgcgac
ggcagcatcgatcctgaatggatagaggcactgaactcggtcttggacgataacaagtaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (27)   
   Pfam (27)   
All databases (39)   

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