KEGG   Drosophila yakuba: Dyak_GE20395
Entry
Dyak_GE20395      CDS       T01068                                 
Name
(GenBank) uncharacterized protein, isoform I
  KO
K09255  ankyrin-2
Organism
dya  Drosophila yakuba
Pathway
dya04624  Toll and Imd signaling pathway
dya04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:dya00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    Dyak_GE20395
 09150 Organismal Systems
  09151 Immune system
   04624 Toll and Imd signaling pathway
    Dyak_GE20395
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:dya04812]
    Dyak_GE20395
Cytoskeleton proteins [BR:dya04812]
 Eukaryotic cytoskeleton proteins
  Intermediate filaments
   Intermediate filament-binding proteins
    Dyak_GE20395
SSDB
Motif
Pfam: Ank Ank_2 Ank_4 Ank_3 Ank_5 UPA_2 ZU5 Death
Other DBs
NCBI-ProteinID: KRK01375
FlyBase: FBgn0237711
UniProt: A0A0R1DWU2
Position
3L
AA seq 2720 aa
MAQFVTHIQPTLMEASQGHVPHHHGHQVGVQHSSHLPHSGHNMPSPPTHNHHHGHGHGHH
ATSGAHHGGAAGHSQKQSAHHTTTTGHASKGQHHSPPSRIHSPPPEHHVDHVGHYEYFQH
QHEQIFHHEGANGGAGHKQQTHHHPNKHEHCPTGHQSAGDGNTSFLRAARAGNLERVLEH
LKNNIDINTSNANGLNALHLASKDGHIHVVSELLRRGAIVDSATKKGNTALHIASLAGQE
EVVKLLLEHNASVNVQSQNGFTPLYMAAQENHDAVVRLLLSNGANQSLATEDGFTPLAVA
MQQGHDKVVAVLLESDTRGKVRLPALHIAAKKDDVKAATLLLDNDHNPDVTSKSGFTPLH
IASHYGNQNIANLLIQKGADVNYSAKHNISPLHVAAKWGKTNMVSLLLEKGGNIEAKTRD
GLTPLHCAARSGHEQVVDMLLERGAPISAKTKNGLAPLHMAAQGEHVDAARILLYHRAPV
DEVTVDYLTALHVAAHCGHVRVAKLLLDRNADANARALNGFTPLHIACKKNRLKVVELLL
RHGASISATTESGLTPLHVAAFMGCMNIVIYLLQHDASPDVPTVRGETPLHLAARANQTD
IIRILLRNGAQVDARAREQQTPLHIASRLGNVDIVMLLLQHGAQVDATTKDMYTALHIAA
KEGQDEVAAVLIENGAALDAATKKGFTPLHLTAKYGHIKVAQLLLQKEADVDAQGKNGVT
PLHVACHYNNQQVALLLLEKGASPHATAKNGHTPLHIAARKNQMDIATTLLEYGALANAE
SKAGFTPLHLSSQEGHAEISNLLIEHKAAVNHPAKNGLTPMHLCAQEDNVNVAEILEKNG
ANIDMATKAGYTPLHVASHFGQANMVRFLLQNGANVDAATSIGYTPLHQTAQQGHCHIVN
LLLEHKANANAQTVNGQTPLHIARKLGYISVLDSLKTITKEDEAAAAPAQTEEKYRVVAP
EAMHESFMSDSEEEGGEDNMLSDQPYRYLTVDEMKSLGDDSLPIDVTRDERMDSNRMTQS
TEYASGVPPTIGEEVISPHKSQVYGSSPKATVDGVYIANGSGLDEPPHVGRKLSWKSFLV
SFLVDARGGAMRGCRHSGVRMIIPSRSTCQPTRVTCRYVKPQRTMHPPQLMEGEALASRV
LELGPCSTKFIGPVVMEVPHFASLRGKEREIIILRSDNGETWREHTIDNSEEIIHDVLQQ
CFEPEEIAQLEEQAGNHVCRFVTYDFPQYFAVVSRIRQEVHAIGPEGGMVSSTVVPQVQA
VFPQGALTKKIKVGLQAQPVDPDLTAKLLGRGVAVSPIVTVEPRRRKFHKAITLSMPAPK
AHSQGMINQYSGNTPTLRLLCSITGGPSRAQWEDVTGSTPLTFVNDCVSFTTTVSARFWL
MDCRNISDATKMATELYKEVIHVPFIAKFVVFAKKIEPFEARLRVFCMTDDREDKTLEKH
ELYTEVAKSRDVEVLEGKPQYIEMAGNLVPVTKSGDQLQVQFKAFRENRLPFTVRVKDQH
ADIVGRTLFMKEPKVAKGEPPQQPICILNIVLPEAVIPDSTTAFSDRVTSAYRTSMFSLS
KHQNDHYIGDIRIVDLSNLLGKDWIQLAPEIGINGEEIDEIINHNTDSIARQAQSMIRLY
KDKPNYDILSLETALKNIGRDDIMKKCKSGRLSHSREFDEADLMKNSESVEELVRRESKR
IQQINEREEVKYSAEEKEVEESESDEEAAKRTVAERREKIVKRLSMERSIPASTQKKEIT
REITEIKRKSLIEDKKAHHESEILMQLPADNVIIKTTTVPDQVIKMKMGKMDSTEISKSE
FDKELTHKFRTSGRSSEEEDQPSSPDQTDKIVQDISAAEKKEKDGVTFSRVTTITRQEAR
DITEDFLEIEKRSQLPATSTNATVHEKFDEEIKEKTSPLASVPQETVKEVQQVISEVTEI
ASKKVENIISSFESSKSVEATPVLPTQSSVESTKVSETIKNLEDAKTVPTEQTKTVHVIE
SSSIEETIAEFEAKKVKYDFHGGEPKTQIPKFTRKPSDDSMKPTAAPRATVECETESVIE
TKAEKPISKIPVKTIPTEAQKVVEVDARKITQDFLQGEKLAAEPKTSPAASKIPKVEPRK
SMDKQVERESKILDDVVASTATIMTAGLGSEQFKEQIVEQSEIVAKSETVAEKVSELLET
FHKIEEKVAKSEKTSEISSKVEELVKIEDKPLSQVQPKEDKVAEKVAEVIETFHKIEEQI
TTADAHQLTRDFLSMEQQTQLPSMPQAAEKPLESSLTSTSASEPESIVTVKSSPPASKIP
VVEPRKIVFEETTKPLVEPELVKTTEKKPLNERQLTADFLSMEQQTQLVSEPAKSLVEEV
VKSAEQMVEQPKQQKPLSERQLTEDFLLMEQQTQLPTDICKPTDKLIDGIESAAPVGDQA
SPFHTPKLTTSVVTQEPQPLASEYDSDTFGKQATMPLGDSLLEQGLIAPVSMEPRKSLTD
AEFCKSVGETITKKMSVGVIEISDELKKIESEIPHSQTPPPTPSDNKTEKQNEEPELISL
ERDYLADTVTTLHTTTESTLERVSAITKIETLQEKKVDLSSLDTAKISHEIGDVKVGGGD
DDSDGDGDGVSGDLVARIREEANILVDRVLEESVEIIESHGHQANGHEIAKLDYNSESEN
YAITCDDISGVDVIKSPTIESMSGKSFDDNMSFTDEHIHLPLHAQNTTTTMTTTITTQFQ
QQQSQSAVPSTSAAKDKAPF
NT seq 8163 nt   +upstreamnt  +downstreamnt
atggcccagtttgtgacccacatccagcccacgctgatggaggcgtcccaaggtcatgtg
ccccaccaccacggacatcaggtgggtgtgcagcactcgtcgcatctgccccacagtggc
cacaacatgccctcgccgcccacccacaatcaccaccatggccacggacatggccatcat
gccaccagcggtgctcatcatggaggagcagctggccactcgcagaagcagtcagcacat
cataccaccaccaccggccacgcctccaagggacaacaccacagtccgccctcgaggata
cattcaccgccgccagagcaccatgtggatcatgtgggacactacgagtacttccagcat
cagcacgagcagatcttccaccatgaaggagcgaatggtggtgccggccacaagcagcag
acccaccaccatcccaacaagcacgagcactgccccacaggacaccagagtgcgggcgat
ggaaacacttcctttctgcgcgccgctcgtgccggaaatctggagcgcgtgctcgagcat
ttgaagaacaacattgacataaacaccagcaatgcgaatggcttgaatgccctgcacctg
gcctccaaggatggccacatccacgtcgtctcggaactccttcgtcggggagcgattgtg
gacagtgccaccaagaagggaaacactgccctgcacatcgcctcattggctggacaggag
gaggtggtgaagctactgctggagcacaatgcctccgtgaatgtgcaatcccagaatggt
ttcactccactctacatggccgcgcaggagaaccacgatgcggtggtgcgtctgcttctg
tccaacggagccaaccagagtctggccaccgaggatggcttcaccccactggcggtggcc
atgcagcagggccatgacaaagtggtagccgtcctcctcgagagtgatactcgtggcaag
gtcaggctgccagcactgcacattgccgccaaaaaggacgacgtcaaggcagcgactctg
cttctcgataatgaccacaatccggacgtgacttccaagtcgggcttcaccccgctgcac
attgcttcccactatggtaaccagaacatcgccaacctgctcatccagaagggcgccgat
gtcaactactcggccaagcacaacatcagtccgctgcatgtggccgccaagtggggcaag
accaacatggtgtccctgctcctggagaaaggtggcaacatcgaggccaagacccgtgac
ggactcactccgctccattgcgccgctcgctccggtcacgagcaagtggtggacatgcta
ctcgaacgtggagctcccatctcggccaagaccaaaaatggcttggcacccctccatatg
gccgcccagggtgagcatgtggatgctgcccgcatcctactgtaccatcgtgcacccgtt
gatgaggtgacagtggactatctgactgcccttcatgtggccgcccactgtggtcatgtt
agggtggccaagttgctactggatcgaaatgccgatgccaatgcaagggcattgaatgga
ttcacaccactgcacattgcgtgcaagaagaaccgcttgaaggtggtggagctgctgttg
cgacatggtgccagcattagtgccaccacagagagtggacttacgccgctccatgtggcc
gccttcatgggctgcatgaacattgtcatctatctgctgcagcacgacgccagtcccgat
gtgcccactgtgcgcggcgagacgccactccatctggccgccagagccaaccagaccgac
atcattcgcatcctgctgcgcaatggcgcccaggtggacgcacgtgctcgggagcaacag
acgccgctgcacatcgcctcgcgtctgggaaatgtggacatcgtgatgcttctgctgcaa
catggcgcccaggtggacgccaccaccaaggacatgtacacggcactgcacatcgcagcc
aaggagggccaggatgaggtggccgctgtgctaattgagaacggcgccgccttggatgcc
gccaccaagaagggattcacgccacttcacttgacggccaagtatggacacattaaggtg
gcccagctgctgctccaaaaggaagcggatgtggatgcgcagggcaagaacggtgtcact
ccattgcatgtggcttgccactacaacaaccagcaggttgccctgttgctgctggagaag
ggagccagtccacatgccacggccaagaatggacatactccgctgcatattgccgccaga
aagaaccagatggacatagctactactctattggaatatggcgctttggccaatgccgag
agcaaggctggattcactccactgcatttgagcagccaggagggtcatgccgagatctcc
aatctgctgatcgagcacaaggccgccgtcaatcatccggccaagaatggtctaacgccc
atgcatctgtgcgcccaggaggataatgtgaatgtggccgagattctggagaagaacggc
gccaacatcgacatggccaccaaggctggctataccccattgcatgtggcctcgcatttt
ggccaggccaacatggtgcgtttcttgctgcagaatggcgcaaacgtggatgcggccacc
tccattggctacactccgctccatcagacggcccagcagggtcattgccatattgtgaat
ctcctgctggagcacaaggccaatgccaatgcccaaacggtcaatggacaaacgccattg
catattgcccgcaaactgggctacataagtgtcctggactcgttgaaaaccatcaccaag
gaggatgaggcagctgctgctccggcccaaaccgaggagaagtaccgcgtggtggcgccc
gaggccatgcacgagtccttcatgtccgactccgaggaagagggcggcgaagacaatatg
ctatcagatcaaccataccgctatttgaccgttgatgaaatgaaatccctaggcgacgac
tcgctgcccatcgatgtaacccgtgatgagcgcatggactccaaccggatgacccagagc
accgagtacgcctctggagttccgcccaccattggtgaggaggtgatcagtccacacaag
agccaggtgtacggcagttcacccaaggccaccgtcgatggagtttacattgccaatgga
tctggtcttgatgagccgccgcatgtgggtcgcaagctaagctggaagagcttcttggtg
tccttcctggtggatgcccgtggaggagcgatgcgcggctgtcggcacagtggcgtccgc
atgatcataccctcgaggtccacttgtcagccaaccagggtaacctgtcgctatgtgaag
ccgcagcgcaccatgcatccgccccagttgatggagggcgaggccttggccagtcgtgtc
ctggagctgggtccttgctccaccaagttcattgggcccgtggtgatggaggtgccacac
tttgcctcgctgcgcggcaaggagcgcgagatcatcatactgcgttcagacaatggagaa
acatggcgggagcacaccatcgataactccgaggagatcatacacgatgtcctgcagcag
tgctttgagccagaggagattgcccaactggaggagcaggctggcaaccatgtgtgccga
ttcgtcacctatgacttccctcagtatttcgctgttgtatcacgcatacgtcaggaggtc
catgccattggaccggagggcggcatggtgtccagcaccgtggtgccacaggtgcaggcc
gtcttcccacagggagccctcaccaagaagatcaaagttggcttacaggcccaaccggtc
gatcccgacctcacggcgaagctattgggtcgcggcgtggccgtatccccaattgttacg
gtcgagccgcgtcgccgtaaattccacaaggccatcacactcagcatgcccgcgcccaag
gctcacagccagggtatgatcaaccagtactcgggcaatacgcccaccctgcgtctgcta
tgctccattacaggcggaccatctcgtgctcaatgggaggatgtcaccggttccacgccc
ctgacatttgtcaacgactgtgtctcctttaccaccacagtatcagctcgtttctggctg
atggattgccgcaacatctcggatgccaccaaaatggccactgaactgtacaaggaagtc
atccatgtgccgttcattgccaagtttgtggtatttgccaagaagatagaaccattcgaa
gcgagactccgggtcttctgcatgaccgatgatcgtgaggacaaaaccctggagaagcat
gagctctacacggaagtggccaagagccgtgatgtcgaggtcctcgagggcaagccgcag
tacatcgagatggctggcaatctagtgcctgtgaccaaatcgggcgaccagctccaggtg
caattcaaggccttccgagagaaccgtctgccgttcactgtacgtgtcaaggatcaacat
gctgatattgttggacgcacgttgttcatgaaggaacccaaggtggccaagggcgagcca
ccgcaacagcccatctgcattctgaacatcgttctcccggaggctgtgattcccgattcc
acaaccgcgttttcggaccgcgtcacctccgcttacaggacctcaatgttcagcttgagc
aagcatcaaaatgaccattacattggtgacatccgcatcgtcgatctatccaacctgctg
ggtaaggactggattcagctggccccggagatcggcatcaatggggaggagatcgatgag
atcatcaaccacaacacagatagcattgccaggcaggcacagagcatgattcgcctgtat
aaggacaaaccaaactacgatattctttcgctggaaacggcactcaaaaacattggacga
gacgacatcatgaaaaagtgtaagagtggacgactgtcgcattcgcgtgagttcgatgag
gcggacctaatgaagaactcggagtccgtggaggaattggttcgcagagaaagcaagcga
atccagcaaattaacgaacgcgaagaagtcaaatactctgccgaggagaaggaggtcgag
gaatcggagtccgatgaggaagctgccaagcgaacagtagcggaacgacgggaaaagatt
gtgaagcgtctgtccatggaacgatccattcctgcctcaacccaaaagaaagagatcacc
cgcgaaataaccgagatcaagcgaaagagtctcatcgaggacaagaaggctcaccatgag
tccgaaattctaatgcaactgcctgccgataacgtgattatcaagacaaccactgtaccc
gaccaagtcattaagatgaagatgggcaagatggactcaaccgagataagcaagagcgag
ttcgacaaggaactcacgcacaagttcaggacatccgggcgtagctcagaggaggaggac
cagccatcgtctccagatcagactgacaagattgtccaggacattagtgctgccgagaag
aaggaaaaggatggcgttaccttcagccgagtgacgacaataacccgccaagaggctcgc
gacattaccgaagacttcctagagattgagaagcgcagccaactgccggctacttccaca
aacgcaacagttcatgagaagttcgatgaggagatcaaggagaagaccagccctctggct
tcagtgccgcaagaaaccgtcaaggaggtgcaacaagttatcagcgaggtcaccgaaata
gccagcaagaaggttgaaaacattattagctcctttgagagtagcaagtctgtggaagct
actccagttctgcccacacagtcgtctgtcgaatcaacgaaggttagcgagaccattaag
aacctggaggatgccaagaccgtgcccacggagcaaacgaagactgtccatgttatcgag
agctctagtatcgaggagacaattgccgaattcgaagccaagaaggtcaaatatgacttc
catggcggtgagcctaagacacagatccctaagttcacacggaaacctagcgatgattca
atgaagcccactgcagctccacgtgcaacagttgaatgcgaaaccgaatcggtcattgag
acaaaggccgaaaaaccgatctcaaagattccagtcaagacaataccaaccgaagctcag
aaggtggtcgaagtagatgcacgtaagatcactcaagacttcctgcagggtgagaaactg
gcagccgagcccaagacatctccggcagcaagcaagatacccaaggtggagccgagaaaa
tctatggataagcaggtcgaacgggaatcaaaaatcttggacgatgttgtggcctctaca
gccaccattatgaccgctggactagggagtgagcagttcaaagaacaaatcgttgagcag
tctgaaattgtcgccaaatccgagacagtcgcggaaaaggtcagcgaactgctagaaaca
ttccacaagatcgaggagaaggtcgccaaatcggagaagacctcggaaatatccagcaaa
gtggaggagctagttaaaatcgaggacaaacctctctcacaagtacagcccaaggaggat
aaggtggctgaaaaggttgctgaagttatcgaaacattccacaaaatcgaggagcagatc
accactgccgatgcccaccagctcactcgtgattttctgagcatggagcaacaaacccaa
ttgccaagcatgccacaagctgctgagaagcccctcgaatccagtttgacatccacaagt
gcttcggaaccagaatcaattgttacagtgaagtcctcaccgcctgcgagtaagatacct
gtagtggaacccaggaaaatcgttttcgaagaaaccacaaagcctctggtcgagcctgag
ctagtgaagaccactgaaaagaagcctctcaacgagcgacaactaaccgctgatttcttg
agcatggagcagcaaacacagctggtctccgagcctgccaagtcgttggtagaagaggtg
gtgaagtcagccgagcaaatggtagaacaaccgaaacagcaaaaacccctgagtgaacgt
caactgacagaggacttcctgcttatggaacagcagacacagctgcctacagacatttgc
aagccgacggataagctgatcgatggtattgagtctgcagcaccagttggagatcaagct
tcgccgttccacacgcccaagctgaccaccagtgtggtcacccaggagccacagccactg
gcgagcgaatatgacagtgacactttcggcaaacaggccaccatgccgctaggagattca
ttgttggagcagggacttattgcaccagtctccatggagccacgaaagtcactgaccgat
gccgagttctgcaaatcggtgggcgaaacaatcaccaagaagatgagcgtgggagtgatt
gaaataagtgatgagctcaagaaaatagagagcgaaatcccacactcccagactccgcca
ccaactccgagtgacaacaaaaccgaaaagcagaacgaagagcctgaactgatcagccta
gaacgtgattatctggccgacactgtgaccaccctgcatacgactacagagtcgaccctc
gaacgcgtttctgccattaccaaaattgaaacccttcaggaaaaaaaagtagacctatcc
agtctggataccgcaaagatctcacatgaaattggtgatgttaaagttggtggtggtgat
gatgatagtgatggcgatggcgatggcgttagcggagatcttgttgcacgcattcgcgag
gaagccaatattctggtggatcgcgtgctcgaagaaagtgtcgagatcattgagagtcac
ggccatcaggccaatggccatgagatcgctaagctggactacaactcagaaagtgagaat
tatgccatcacatgcgacgatatcagcggcgtcgatgttatcaaatcgcccaccattgag
tccatgtcgggcaagtcgtttgacgacaacatgagcttcaccgacgagcacatacattta
cccttgcatgcccagaacacgaccaccaccatgacaacgacaattaccactcagttccaa
cagcagcagtcccagtctgctgtcccaagtacatcggcggcaaaagacaaggcgcccttc
tag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
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 (8)   
   Pfam (8)   
All databases (18)   

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