KEGG   Drosophila melanogaster (fruit fly): Dmel_CG1569
Entry
Dmel_CG1569       CDS       T00030                                 
Symbol
rod
Name
(RefSeq) rough deal
  KO
K11577  kinetochore-associated protein 1
Organism
dme  Drosophila melanogaster (fruit fly)
Brite
KEGG Orthology (KO) [BR:dme00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:dme03036]
    Dmel_CG1569 (rod)
Chromosome and associated proteins [BR:dme03036]
 Eukaryotic type
  Centromeric chromatin formation proteins
   SAC (spindle assembly checkpoint) factors
    Motor proteins
     RZZ complex
      Dmel_CG1569 (rod)
SSDB
Motif
Pfam: Rod_C
Other DBs
NCBI-GeneID: 43719
NCBI-ProteinID: NP_476705
FlyBase: FBgn0003268
UniProt: Q9V9W7
Position
3R
AA seq 2089 aa
MWSNFEASSLEDETISNIFSSRGIFQISSEEEVNKYPDVMASVQCGKMVIGIDKSLLLLE
DELVAKCSFLAFGAAIEAIAISSSGNLIVCGLSDGEVHGVFIKGLLLFSVAVNLEDVSLT
GGTFRSIHQLDQRFYFTCKNGSIYSLSDIDETCLETLGNMSLNENETIACEKALLEDVTI
QRLSKGRSSCSVDCAVLLKRLLTGNISAENNQDDLEAQPGLVITGDQSTMNFRNAANDVT
RINLPAQYGSLKQIFNLEHYIIALTDSGHLVEICPYTRTVYMCQTTQQKNLLIEDLLVME
CSEDNIELLVLTKSTAEGRFIKIVEYPTLNVKNEVEVPDHAWLVRQPKCAVNLYYLAAKE
VNQSSIPSVVEMMLVSETDPSDRFKKLICKGRLEEAEEFGKQFELCLQPIYEAKAKRILV
ELCNSNSQNVDTKFQDLLQLLSQVESKAFIKSHRMINLNSRHILERYLHEVKKRLTFEDD
EEDMLEIDEQLHRLKTLAIIDPYECNTDWQKFIYDNNLVRMVKSLFNTDMPTACLIWRRH
SSSILPLLNEDELRTLLGFIPSNTKPFNVVQWLRQFIPMVSNTHPSIMPFITDWSIEMTR
NLQYSPHWPDIGLEFCTKILDIFEEIQFTYSDVRRQQERNVGKLRDLVNALQDLSVLKTN
YNMGFTLDNYMQDSIDATALSILQHVQLDKLQRLVKNFMYPIFQEKGRQPLDVIKQYISQ
LVASRLSSSSWLDRAMACIELLHNEDSRLECALSVLQNAPVPWPDTLAPLIRLRASTHPL
AVKINAEYEIQVIKIMKVKYGWPADSSDINLELFMMRIVKLNLPDMLDDISALTKAAPEL
STSANFNCCYQMARRGQVEMAYEFFKKLNGEKNSKSAKEVVEIMANILENSSSASFESDI
KVQEHLNVLELFKLFLPHVESVYERRYLVIKHRFRLRKFGILLSCSSELIPLHRRHCLLD
EAIERIIERAQATLNVSAFIASEISELCTALGLPKVFGLHRICQRIGCLPLSCALAYHVV
SFVDCVPANAGEFVNLALELLVQQIESAKGKNQETASSLQLINENDPLSFYLAYELLTSA
LLHESSRRHDLVELIKYIRVAVIHYPLDAIKSHYDGKEQAVNEHICRALDGISVALGETT
INFSCALNGSFDVKTLTVPTTTKKRYSVSMFDEVEVQPIQQQPQKKSVGGRMAIVKFLAR
TLLLMVIETEPNNSLLMQVRNELPENTKADVESACADFFLSLEHLTKVKEHDAWYVMSQY
LLDFQKQNCRTKRIINEGFITLQLRRIFRNAMGSKDVNFIELFTMLVVDSEALALLEKLS
VEVKTDLQKINFLTLSAMYHEHIEDLDSVHMIRTKRLKLFYYLEFCQQDHRIKGKFNADM
DNIEDLLKEFHNKQLDVQLLERMSKDFGFDYQKILITQILSILSAQELRFEVKRDTFGDE
ELVMLSSAQEMRDMCQPYINEINNVELFTSKLKHFIEDINIYFYELYMCVINILMYFDSA
PKEMEIWMNILHFLRHKMITRRRNRPGQVETDTWLKSQRENGVMPKISRYRLPFKPIVEQ
PLKDILDSELNVDNCQSWFPLIQMYTALKGSKDSSQNCDYFCMSAVKNSISEYKSKNDSE
SWSLHPTNNAFLQSILRLVEKVNNPNKAFLILYFVSNYARDGADQVEASYECWKFVKEKG
HLITDPKSREQVAKVKRRYPIQKTQHLLYVYGLTDEKLLRQVENPTELIQALYHHELILK
SSKVDINALVAEIAKLHDLCLATIQYRLLQKWLALTMESAGDGTILEETFMEEQNWPEQA
NGAESSNSQDASENVNRAFYILSSWPKAEAVKFLVGLIFKGGSVNTSTQLQMYECYSKLN
DGSNSFTNTISQRQFISIKCVHELKALGYKSNLEKFSDDHCNKIDILKMIWQRNAQNPLS
LEVMANICLGFDIHLPQIWNGILKRMVMFHMVRELNALLDVLSCRPHLLHLDGLAQAWDY
VLCHPLQNAVELRSFKQEEVLHKTLLRLQGCPVVHALNLLQFAQLCIVVHRPHMAASLLS
FCQSSEQRQKIKKMIHSHPVENLRQQILDLEDAGILPVVLNFALKELNL
NT seq 6270 nt   +upstreamnt  +downstreamnt
atgtggagcaacttcgaggcgtcctccctggaggacgaaaccatctccaacatattttcg
tcgcgaggcatcttccaaataagcagtgaagaggaagtaaacaaatatccagatgtcatg
gcctccgtgcagtgcggcaagatggtcattggcatcgacaagagccttttgctcctggag
gacgaactggtggccaagtgcagctttctggcattcggggcagccattgaggccattgcc
atttcttcaagcggcaacctgattgtatgcggcctcagcgatggcgaagttcacggagtg
ttcatcaagggcctgctcctgttcagcgtggccgtcaatctggaggacgtgagcctaact
ggcgggaccttccggagcatccatcaactggatcagcggttttacttcacctgtaagaat
ggaagcatctatagcttaagcgacattgatgagacctgcttggaaacgttaggcaatatg
agcctgaatgaaaacgaaactatagcttgcgaaaaggccctgctcgaggacgtcaccatt
caacgtctttccaagggcagatcctcgtgcagcgtggactgtgcagtgctgctcaagcgg
ctgctgaccggcaacatcagtgccgagaacaatcaggatgatctggaggcgcaacccggt
ctagttatcactggagatcaaagcactatgaactttaggaatgcagccaatgacgtgaca
cgaataaatttgcccgctcagtacggcagcctaaagcagatcttcaacttggaacactat
attatcgcactcaccgattccggccacttggtggagatttgtccatacactcgcacagtg
tacatgtgtcaaactacccaacaaaaaaatctgctcatcgaggatctgctggttatggag
tgcagcgaagataacattgagcttctggtgctgacgaaatcaacggcggagggacgcttc
attaagatagtggagtacccaacgctcaatgtgaagaacgaggtagaagttcctgatcac
gcatggcttgtgcgtcagcctaagtgtgcggtcaatctgtattatctggctgccaaggaa
gtcaaccagagcagcataccctccgtggtggagatgatgctcgtttccgagaccgacccc
agtgatcgttttaagaagctgatttgcaaggggcgactggaggaggctgaggaatttggc
aagcagtttgagctgtgcctccagcccatctatgaagccaaagcgaaacgcattttggtc
gagctttgcaactcgaattcacaaaacgtggacactaaattccaagacttgctgcaactg
ctgtctcaggtggaaagtaaggcattcataaagagccatcgcatgatcaacttgaactcg
aggcacatccttgagcggtatcttcacgaggtcaagaagcggttgacttttgaggacgac
gaggaggatatgttggaaatcgacgagcaactgcaccgacttaaaactctggccataata
gatccctacgaatgcaacacggattggcagaagtttatttacgataacaacttggtcagg
atggtcaagtcgctattcaacacagatatgcccacggcttgtctcatttggcggcggcat
tcgagcagcattctgccgctgctaaacgaagatgagttgcgcacgcttttagggttcatt
ccgagcaacaccaagcccttcaacgttgtccagtggttgcgtcagttcattccgatggtc
agcaacacccatcctagcataatgccctttatcactgactggagtattgagatgacgcgg
aatctgcagtatagtccgcattggccggatatcggcctggagttctgcacaaagatactg
gacatttttgaggaaatccagtttacttactccgatgtgcggcgtcagcaagagcgcaac
gttggaaaactgcgggatcttgtcaacgcactgcaggatctttctgtgcttaagaccaac
tataacatgggctttacactggacaactacatgcaggattccatcgacgccactgcgttg
agcattttgcaacacgttcaactagataagcttcagcgtctggtgaagaacttcatgtac
ccgatcttccaggagaagggacggcagccactggacgtgattaaacagtacatatcacag
ttagtagccagtcggctatcttctagttcatggctggatcgggcgatggcttgcattgag
ctgcttcacaacgaagacagccgtttggagtgcgccttgtctgtgctgcaaaacgcacct
gtgccctggcctgatacactagctcctctaatccggctgcgtgcctccactcatccattg
gccgtgaagatcaatgccgagtatgagattcaggtgattaagatcatgaaggtcaagtac
ggctggccggccgacagctccgatatcaacctggagcttttcatgatgcgcattgtgaag
ttgaaccttccggacatgctggacgacatcagcgccctcaccaaggcggcgccggagtta
tcaactagtgccaactttaactgctgctatcaaatggcacggagaggacaagttgagatg
gcttatgaattcttcaaaaagctgaatggtgagaaaaattcgaagagcgcgaaggaagtg
gtggagatcatggctaacatcttggagaacagctcctctgcttcgtttgaaagtgatatt
aaagtgcaggagcacctgaacgtccttgagctttttaagttgttcttgccgcatgttgag
tccgtttatgagcgccgctacctagtgatcaagcatcgtttccgcctaaggaaattcggc
atccttttgagctgcagcagcgagctgataccgctgcacagacgtcattgccttctggat
gaggccattgaaaggataattgagcgggcccaggccacgctgaatgtgtccgcattcata
gccagcgaaataagcgaactgtgtaccgctctcggtcttccgaaagtatttggtttgcac
cgcatttgccaacgcattggatgcctgcccctcagctgcgccctcgcttatcatgttgta
agcttcgtcgactgtgtgcccgccaatgcaggcgagttcgtcaatcttgcacttgagctg
ctggttcagcaaattgaaagcgccaagggaaagaatcaggaaacggcctcctccctgcag
ttgatcaatgaaaacgatccgcttagcttttatttagcgtacgagttgctcacctccgcc
ctgctccacgagagcagccgtcgtcacgatctagttgaactcatcaaatacatacgcgtg
gccgtaatccactacccgctagacgccattaagagtcactacgacggcaaggagcaggcc
gtcaacgagcacatctgccgggccctcgatgggatttcggtagccctgggcgaaaccaca
ataaacttcagttgtgctcttaacggatcctttgacgtgaagactctgacggttccaacg
actacgaagaagcgctactcggtgtccatgtttgatgaagtagaagtgcagcctatccag
cagcagcctcagaagaaaagcgtcggaggtcgcatggcaatagtgaagttcttggctcgc
actctgttgcttatggtaatcgaaacggagccaaacaactcattgctgatgcaggttcgc
aatgaactgccggagaacacaaaagcggatgtcgaaagtgcttgcgctgacttctttctg
tcactggagcacttgacgaaggtgaaggagcacgacgcttggtacgttatgtcgcaatat
ctgctggatttccagaagcaaaactgtcgcacgaagcggatcatcaacgagggctttatt
acgctgcagctgcgccgcatattccgaaatgcgatggggagcaaagatgtgaacttcata
gagcttttcaccatgttggtggtggacagcgaggcactagcgctgctggagaagctctcc
gttgaagtaaagaccgatctgcaaaaaatcaacttcctgacactatccgccatgtaccac
gagcatatcgaagacttggacagtgtgcacatgatacgcaccaagagattgaaactcttc
tattacctggagttttgccaacaggatcatagaataaagggcaagttcaatgccgacatg
gacaacatagaggacctgcttaaggagtttcacaataagcaacttgacgttcagcttttg
gaacgcatgagcaaggactttgggttcgactaccaaaagattcttattacccagatacta
agcatattgagcgcccaggagttgcgcttcgaggtgaagagggataccttcggcgacgag
gaactggttatgctaagcagcgcccaggaaatgcgcgatatgtgccaaccgtacattaat
gaaatcaataatgtcgagctctttacttccaagttaaaacactttattgaagacatcaac
atttacttctacgagttgtacatgtgtgtgatcaacatcctaatgtacttcgattcggct
ccgaaggaaatggaaatctggatgaacattttgcacttcctgagacacaagatgatcacc
agaagacgcaatcggccaggtcaggtggaaaccgacacgtggctgaaatcacaaagggaa
aatggcgttatgccgaagatatctcgatatcgtctgccttttaagcccatcgtagagcaa
cctcttaaggatattcttgacagcgaactaaacgtggacaactgccaaagctggtttcca
ctgattcagatgtacacggctttgaagggatccaaggatagttcccagaactgtgactac
ttctgcatgtcagcagtaaagaattcgatatcggagtacaagtcgaaaaatgattcggaa
tcatggagtcttcatcccacgaataatgccttcctgcagtcaatactacgactggtcgag
aaggtgaacaacccaaacaaggcatttctaatactgtacttcgtgtccaactatgctcgt
gatggagccgatcaggtggaggcctcctacgagtgctggaagtttgtcaaggagaagggc
cacctgattacagatccaaagagtcgcgagcaggttgccaaggtgaagcgacggtatcct
attcagaagacccagcacctgctgtatgtctatggcctgaccgatgagaagctactgcgc
caagttgagaaccccaccgagcttattcaggcgctctaccaccatgagctgatcctcaag
tccagcaaagtggatattaacgctctggtcgcagagatagccaagctgcacgacctctgc
ttagccaccatccagtaccgcctgctacagaagtggctcgctctgactatggagtctgcg
ggtgatggtaccattttggaggagaccttcatggaggagcagaactggccggagcaggcc
aacggcgcagagtcctccaacagccaggacgccagcgagaacgtaaatagagcgttttac
atactttccagttggccaaaggcggaggcagtcaagttccttgtgggtctgatcttcaag
ggcggttcggtaaacacctccacacagctgcaaatgtacgagtgctattccaagctaaac
gatggcagcaactcctttaccaacacgattagccaacgccagttcatcagcatcaagtgt
gtgcacgagctcaaggctctgggctacaagtcgaacctggagaagttctccgacgaccat
tgcaacaagattgacattctgaagatgatctggcagcgtaatgcgcagaatcccctttcg
ctggaagtcatggccaacatttgcctgggctttgatatacacttgccgcagatctggaac
ggcattctgaagcgcatggtcatgttccatatggtgcgcgagctgaacgccttgttggat
gtactcagctgccggccgcatctacttcacctggatggactggcccaggcctgggactat
gtgctctgccatcctctgcagaacgcagtcgagctacgatcctttaagcaggaagaggtg
ctccacaagacgctgctgcgcctgcagggctgtccggtggtgcacgccctcaacctgcta
cagttcgcccagctctgcatcgtcgtccatcgaccgcacatggccgcctctctactcagc
ttctgccagagcagcgagcaacgccaaaagatcaaaaagatgatacattcccatccggtg
gagaaccttcggcaacagatcttggatctggaagatgctggtattttgccggtggtgctg
aactttgcgctcaaggaactaaatctgtaa

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (70)   
   KEGG ORTHOLOGY (1)   
   RefGene (65)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (77)   

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