KEGG   Rattus norvegicus (rat): 361256
Entry
361256            CDS       T01003                                 
Symbol
Svil
Name
(RefSeq) supervillin
  KO
K10369  supervillin
Organism
rno  Rattus norvegicus (rat)
Brite
KEGG Orthology (KO) [BR:rno00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:rno04812]
    361256 (Svil)
Cytoskeleton proteins [BR:rno04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Gelsolin / villin
     361256 (Svil)
SSDB
Motif
Pfam: Gelsolin VHP DUF4695
Other DBs
NCBI-GeneID: 361256
NCBI-ProteinID: NP_001101886
RGD: 1306354
Ensembl: ENSRNOG00000018110
UniProt: F1M155
Position
17:complement(57343910..57539508)
AA seq 2165 aa
MKRKERIARRLEGIENDPQPILLQSCTGLVTHRLLEEDTPRYMRATDPASPHTGRSNEEE
DTPGSSLEKQTPKYGTETSGIPSSGSMDTHSLESKAERIARYKAERRRQLAEKYGLTLDP
ETDSEYLSRYAKSRKDPDVAERRGKSDKQEEQSKDASSRHSRTESGPRTSLVVSQDGAPL
GSNLSDQELLLNVENQRRVQEPTLGEDGSSAFFSERSTSFSEVPRSPKHIPSSPLQQPAS
PSLPGDSPLSTEARASTGRPTHEWFLQRDSEGDTPSLINWPSRVKVREKLVKEESARSSP
ELTSESLTQRRQQPAPAHFLSIQSESSAFDRVTSKAVSSLRPSRSGVLPADPVHAIKVVT
MDTPESSSECSWVGSATPKVIKSTTLKILEGGSRDAPVLHIHESKAEDELSPEPLERNRK
SLLTSEDDGLVRGHKDPSDDKDLEKATIRSINVEPEREQQVQRTGRSEMVLYVQSAPVSQ
DATSTSPSKEASPKKRKVVARSLSDYTGPPQLQAPRHKDATPKQALELQSPRVEGPGAEA
SILDTRVSVAQLRNVFMESTRASKKPELQSRVERSAEGIGLPMERERGSRKPRRYLSPGE
SRKTSERFRTQPITSAERKESDRYPSGSELPVVEDEEKVDERAKLSVAAKRLLFREMEKC
FDEHSIPKRRSRNAAVEQRLRRLQDRSHTQPITTEEVVIAATEPIPASCSGVTHPVMARL
PSPTVARSTVQPSRLQASAHQKALARDLANEGRESAEPGEPDSSTLSLAEKLALFNKLSQ
PVSKAISTRNRIDVRQRRMNARYQTQPVTLGEVEQVQSGKLISFSPTVNTSVSTMASAVA
PTYAGDLRKPSVDNSASAPDYKSPSPVENSDSPVRSILKPQAWRPLAEHSGSKGMPEESG
ETESKNSLTAAAEDSHIQTRGAVEEEVEPSYPILGRVGEGDGQKEPKYANLRRGSLELGN
SSATHLGDELKEFSTAKSSLQESLDLKDKQASEENADVENVMRKFSLKEFGETASEKTET
AARKASVPMATPGAWKQQESSEQLAEKLFKNPCAMFASGEVKVPAGDSSLDSPSKTMSIK
ERLALLKKSGEEDWKNRLIRKQEYSKATGGLHSPEVEQSLKKKRVTESRESQMTIEERKH
LITVREEAWKTKGRGAANDSTQFTVAGRMVKKGLASPTAITPISSPLCSKSRGTTPVSKP
LEDIEARPDMQLESDLKLDRLETFLRRLNNKVAGMQETVLTVTGKSVKEVMKLDDDETFA
KFYRSVDHSLPRSPVELEEDFDVIFDPYAPKLTSLVAEHKRSVRPKRRVQASKNPLKLLA
ARDDLLQEYTEQRLNVAFMESKRMKVEKMSSNSNFSEVTLAGLASRENFSSISLRSVNLM
EQNSNNSALPYKKLMLLQIKGRRHVQTRLVEPRASSLNSGDCFLLLSPQYCFLWVGEFSN
VIEKAKASELATLIQTKRELGCRATYVQTIEEGINTHTHAAKDFWKLLGGQTSYQSAGDP
KEDELYETAIIETNCVYRLTDDKLVPDDDYWGKIPKCSLLQSKEVLVFDFGSEVYVWHGK
EVTLAQRKIAFQLAKHLWNGTFDYENCDINPLDPGECNPLIPRKGQGRPDWAIFGRVTEH
NETILFKEKFLDWTELKRPTEKNSGEVVHQKDYPRADVKPYDVTRMVATPQMTASTILDG
VNVGRGYGLVEGDDRRQVEITTVSVDVWHILEFDYSRLPRQSIGQFHEGDAYVVKWKYMA
STAVGSRQKGEHPVRVAGKEKCVYFFWQGRHSTVSEKGTSALMTVELDEERGAQVQVLQG
KEPPCFLQCFQGGMVVHSGRREEEEENVQSEWRLYCVRGEVPMEGNLLEVACHCSSLRSR
TSMVVLNINKALIYLWHGCKAQGHTKEVGRTAANKIKEECPLEAGLHSSSNVTIHECDEG
SEPLGFWDALGRRDRKAYDCMLQDPGSFNFAPRLFILSSSSGDFSATEFVYPARAPSAVS
SMPFLQEDLYSAPQPALFLVDNHHEVYLWQGWWPTENKITGSARIRWASDRKSAMETVLQ
YCRGKNLKRPPPKSYLIHAGLEPLTFTNMFPSWEHREDIAEITEMDTEVSNQITLVEDVL
AKLCKTIYPLADLLARPLPEGVDPLKLEIYLTDEDFEFALDMTRDEFNALPTWKQMNLKK
AKGLF
NT seq 6498 nt   +upstreamnt  +downstreamnt
atgaaaagaaaagaaagaattgctaggcgcttagaaggaatagaaaatgacccccagcct
atcctgctgcagagctgcacagggctagtgactcaccggctgctggaagaggacacgccc
agatacatgcgcgccacagatcctgcaagccctcatactgggcgatccaatgaagaggaa
gacactcctgggtcctcccttgaaaagcaaactcctaaatacggcacagaaacctcgggc
atccctagttcgggctccatggacacccacagtctggagtccaaagcggaaaggatcgca
agatacaaagcagagagaaggcggcagctggcggagaagtacgggctgaccctggaccct
gaaaccgactccgaatacttgtctcgatatgccaaatctcggaaggacccggatgtagct
gagagaagagggaaaagtgacaagcaagaagaacagagcaaagatgccagttcccggcac
tccaggacggagtcagggcccaggaccagcttggtggtgtcccaggacggtgccccgcta
ggaagcaacttgtctgaccaggagctgctgctcaatgtggagaaccagcgaagagtccaa
gagcccacactaggagaagatggttcctctgccttcttttctgagcgcagcacctccttt
tccgaagtgcccaggtctccaaagcacatacccagctcaccgctgcaacagccagcctcc
ccgagcctccccggtgactccccactgtctacagaggcgcgagccagcacagggaggccc
acacacgagtggtttctgcagagagactctgaaggcgacacgccctcacttatcaactgg
ccttccagagttaaagttagagaaaaattggtgaaagaggagagtgctcgaagcagccct
gaacttacctcagagtccctaactcagaggagacagcagccagcaccagctcatttcctg
tctatccagtcagaaagttccgcctttgatagggtcaccagcaaagcagtgagctcattg
cggccaagccggagcggtgtcctgccagctgaccctgttcatgccatcaaggtggtgacc
atggacaccccagaaagctcatctgaatgcagctgggtggggtcagccaccccaaaagtt
ataaaatctaccaccctgaagattctagaaggtgggtcaagggacgcaccagtactccat
attcatgagtcaaaagcagaagatgagctctcccctgaacctctggagaggaaccgcaaa
tcacttttgacctcagaagatgacgggcttgtgagaggccacaaagacccctctgatgat
aaagatttagagaaggccaccattcgctccatcaacgtagaacctgagagggagcagcaa
gttcagagaactggccggagtgagatggttctgtatgttcagagtgctcctgtgtcccaa
gatgccacatcgaccagtccctcaaaggaggcatcaccaaagaagcgcaaggttgtggcc
cgttctctctcggattacacgggtcccccgcagctccaggcccccagacacaaggatgca
accccaaagcaggcactggagctgcagagtcccagggtagaagggcctggtgcagaagcc
agtattctggacaccagagtttctgttgcccagctccggaatgtatttatggagtcgacc
agagccagcaagaaacccgaactccaatcccgggttgagaggtcagctgaaggaattggc
ttgcccatggaacgggagagagggtctcggaaaccaagacgctatctttctcctggtgaa
agtagaaaaacttctgagcgatttagaactcaacctataacttcagcagaacgaaaggag
tcggataggtacccttctggttcagaattgccagtggtcgaggatgaagaaaaggtggat
gaacgggccaagctgagcgttgctgccaagaggctgcttttcagggaaatggagaaatgc
tttgatgagcacagcatcccaaaaaggcgttcaagaaatgcagccgtggagcagaggcta
cgtcgcctgcaggaccgttcacacacacagcccatcaccacggaggaagtggtcattgca
gccactgaacctatccctgcttcgtgttctggggtcacccaccccgtaatggcgagactt
cctagccccactgtagctagaagcactgtgcagccttccaggttacaggcatctgctcac
cagaaggctttagccagggacctggcaaatgagggcagagagtctgctgaaccaggcgaa
cctgattcctccactctgagcttagcagagaaattggccttgtttaacaaattgtcccag
ccagtctccaaagccatttccacccgaaacagaatagacgtgcggcagaggaggatgaac
gcaaggtatcagacccagccggtcacacttggagaggtggagcaggtgcagagtgggaag
ctcatctccttctcccctactgtgaacacctctgtttctaccatggcttctgcagttgct
cccacatatgcaggggaccttcgaaagccgtctgttgacaacagtgcaagtgcccctgac
tataagtctccttctcctgtggaaaactcagactctccagtcagaagcattctgaaacca
caagcctggcggcctttggcagagcacagtgggagcaaaggaatgccggaggagtccgga
gagacggaaagcaagaattctctgactgcagctgctgaagacagtcacattcaaacacga
ggagccgtggaggaggaagtggagccctcctaccccatccttggcagagtcggggagggt
gatggtcagaaggagcctaagtatgccaacctcaggaggggaagcttagagctagggaat
tcttctgccacacaccttggtgatgagctgaaggaattttccactgctaaaagcagtttg
caagagagtctggacctgaaggataagcaggcctcggaggagaatgcagatgtggagaat
gtcatgaggaagttctcactcaaagagtttggagaaactgcttctgagaagacggagaca
gctgccaggaaagcctctgttccgatggcaaccccaggggcctggaagcagcaggagtcc
tctgagcagctagcagagaagctcttcaagaacccctgtgccatgtttgcttctggagag
gtcaaagtgccagcgggcgacagtagcctggattcacccagcaaaaccatgtcaatcaaa
gaaaggctagctctgttgaagaagagtggcgaggaagactggaagaacaggctcattcgg
aagcaggaatacagcaaggccactggtggcctgcactcaccggaggtggagcagtccctg
aagaaaaagagagtcacagaaagtcgagagagccagatgacgattgaagagaggaagcac
ctcatcactgtgcgcgaggaagcttggaagacaaagggcagaggcgctgcgaatgactcc
acacagttcaccgtggcaggaagaatggtgaagaaaggtctggcatcacccacggccata
actcccatctcatcccctctctgcagtaaatcaaggggcacgaccccagtttccaaaccc
ttggaagatattgaagccagaccagatatgcagctggaatcggacctgaagttggacagg
ctggaaaccttcctaaggaggctgaataacaaagttgctgggatgcaggaaacagttctc
acagtcactggcaaatctgtcaaggaggtgatgaagttggatgatgatgaaacctttgcc
aaattctaccgcagtgtggatcacagtttacccagaagtcctgtggagctggaggaggac
ttcgatgtcattttcgacccttatgctcccaagttgacatctttggtggcagagcataag
cgctcagtcaggcccaagcgccgggtccaggcttccaagaaccctctcaaactgttggca
gcaagagacgacctccttcaggaatacacggagcaaaggctaaatgttgccttcatggag
tccaagcggatgaaagtggagaagatgtcctccaactccaacttctcagaagtgacgctg
gcgggcctagccagtagggagaacttcagcagcatcagcctgcggagtgtcaacctgatg
gagcaaaactccaacaacagtgccctgccctacaagaagctcatgctgttgcagattaaa
ggaagaagacacgtgcagacaaggctggtggagcctcgagcctcatcactcaacagtggg
gactgcttccttctactctctcctcagtactgcttcctgtgggtgggagagttctccaat
gtcattgagaaagcaaaggcatctgaacttgcgacattaattcagacaaagagggagctt
ggttgtagagctacatacgtccagaccattgaagaaggaattaacacacatactcacgca
gccaaagacttctggaagcttctgggtggtcagaccagttaccagtctgctggagaccca
aaggaagatgagctgtacgagacggccatcatagagacaaactgtgtctaccgcctgaca
gacgacaaactcgttcctgatgatgactactgggggaagattcccaagtgttcccttctg
cagtccaaagaggtgctggtgtttgactttggtagtgaagtttacgtgtggcatgggaag
gaagtcacgttagcacaacggaaaatagcattccagctggccaagcacttatggaatgga
acttttgactatgagaactgtgacatcaaccccctggaccctggagagtgcaacccgctc
attcccaggaaaggacaagggcggcctgactgggcaatatttggaagagttacggaacac
aatgagactattctgttcaaagagaaattcctcgactggacagaactgaagagacccaca
gagaagaattctggggaagttgtccaccagaaggattacccgagggctgacgtcaagccc
tatgatgtgacaaggatggtggcaacgccccagatgacagccagcaccatcttggatggg
gtgaatgttggccgtggctatggcctggtagaaggagatgacagaagacaggttgagatt
accaccgtctctgtggatgtgtggcatattctggaatttgactacagcaggctccccagg
cagagcataggacagttccacgagggagacgcctacgtggtcaagtggaagtacatggcg
agcacagcagtgggaagccgacaaaagggggaacatccggtgagagtggctggcaaagag
aagtgtgtctatttcttctggcaaggccggcactcgaccgtgagtgagaagggaacgtca
gctctcatgacagtggaactggatgaagagaggggggcccaggtccaggtcctgcaggga
aaggagccaccctgcttccttcagtgtttccaggggggtatggtggtacactccggacgg
agggaagaggaagaagaaaatgtgcaaagtgaatggagactgtattgtgttcgaggagag
gtgcccatggaagggaacttgctagaagtggcctgtcactgcagcagcctgaggtccagg
acatccatggttgttctgaacataaacaaggccctcatttacctgtggcacggatgcaaa
gcccaaggccatacgaaggaggttggaaggactgcggcaaataaaatcaaggaagaatgt
cccctggaagcaggcctgcacagcagcagcaacgtgacaatccatgagtgtgacgaagga
tccgagcccctgggattctgggacgctctgggaaggagggacaggaaggcctatgactgc
atgcttcaagatcctggaagttttaacttcgcgccccgcctgttcatcctcagcagctcc
tcaggagacttctcagcgacagagttcgtgtaccccgcgcgagcgccctctgccgtcagc
tccatgcctttcctgcaggaggatctgtacagcgcgccgcagccagctctcttccttgtt
gacaaccatcacgaggtgtacctctggcaaggctggtggcccaccgaaaacaagataacc
ggctctgctcgcattcgctgggcctcagaccggaagagcgccatggagacagtcctgcag
tactgccgaggaaagaatctcaaaaggccaccccccaagtcttaccttatccatgctggg
ctagagcccctgacgttcactaacatgtttcccagctgggaacacagagaagacattgcc
gaaatcacagaaatggacactgaagtttccaaccagatcaccctggtggaagacgtctta
gccaagctgtgtaaaaccatctatcctctggcagatctacttgccaggccactcccagag
ggggtagaccctctaaagcttgagatttatcttacagatgaagacttcgagtttgcactc
gacatgaccagagatgaattcaacgcactgcccacctggaagcaaatgaacctgaagaaa
gcgaaaggcctgttctga

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (22)   
   UniProt (1)   
   RefSeq(pep) (21)   
DNA sequence (21)   
   RefSeq(nuc) (21)   
Protein domain (3)   
   Pfam (3)   
All databases (55)   

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