KEGG   Rattus norvegicus (rat): 316982
Entry
316982            CDS       T01003                                 
Symbol
Resf1
Name
(RefSeq) retroelement silencing factor 1 isoform X1
Organism
rno  Rattus norvegicus (rat)
SSDB
Motif
Pfam: DUF4617 MgsA_C
Other DBs
NCBI-GeneID: 316982
NCBI-ProteinID: XP_006237770
RGD: 1309621
Ensembl: ENSRNOG00000036913
Position
4:184057165..184093374
AA seq 1509 aa
MSWNAKPENAVAKPPKFSKTQSSILQQFLMTSTTSQSSFSYPAHNQEACMYSSNSNSVSQ
PLLSGRNYMTPQTQISVSNMPSRTIVTSQSSMEGVVCTNVKGPQQPNHNLQTVSSGVMQN
VWFGSSVKNFMPSHTEATISHNPDGRTNMPYMQTPQSQLVTSDTYSMQLQMVPFNSGKVP
VAYQGNQGLNHFIPDQLADWTQYTSSELTYPEYRPPLKQYSRILPATTSLQVKNNPLPTY
TQALQSKHSAPLSSHPYAAETSKRLSALPYSCRYGSQHVQNTQPVSKHLPMEVPQSPEVH
SSEKKQDSYRGFKQQWQNPNESFTIGKFSDLKINAKQSYSDTVRSSGDGVQALVQNNQEK
RKYPYSPSTNQVIDTNATKEKLARDIKSLVEIKKKFTELARKIKINKSLLMAAGCSKTAN
TSYTEPIQHSEFSAKEMSAKNGNDCSMELLATCLSLWKNQPPKTTEENVPKPLEEKQCNT
SRISTTVVGSSHPTNEVHVKSFCSGVGNSQKLLSSSQTILSVLTPSGESSGVAVGKGTEL
QIAVVSPLVLADTNPLPGKELAPEVLPEPPYPVVKEGSICSLQHQQAETAALPFHITGVV
ADSNLSVEMSLPAQKEKQHKPTQGDPDIADHGLGKLSPLGTEAVPNSVDSTTVSGPMLQI
ESICSLAEGDVSYNSQIAEIFNSVQNEPEKPSPNQVINNQQEQVDGTTENKDFSLQKDKK
YIRYTYVPREITEQPEVLQPEEPASCEYVEANTETIEESGRECSGGKESTAEDVCSPAGF
QQDPHPQETDSLSNKSAHCLPAVNEINDESEPVSYLHDQLSELLKEFPYGIETVSRHEVS
VDQKKTHKILENETGDKTSNVFGDSTDQIKITVLNSEQIKELFPEEDQPCDLDKLAEPEG
KNVAEVKSPCDSQVPREESHDFGMLDPEKDKIHCCALGWLSMVYEGVPKCHCSSNEEKGK
DQCLDMNSCKQGEQPCNNGITIFEINPVSNNPKTPLTQAAEKGHFSEMHGDKTKGSKTKD
SREEQQHFSAKCYKKDKDNLKMRHDSSLKMEQKLKNTSSECDRLNPSKSSKIATPEILHV
KTSNSDKNMSFFKQASQESLQRKPTSQDSNPVKAPVELPSNTDPCRRNTSLVQFVSPEKK
KLKFKAGGSRLKYFEKRKTDNMIIPDVEIKKKKYEKQEQNKNAGETLKLCSALRESNERA
SVQENAIPSPESSDSKGSSLKSTRVITVQEYLQRRKDKHVTGSDASGNICVENVLCNSEH
MKTSKDSAEISWEKSADGQSIRAETSKEPGHNSTIHGKAFKIHHSEVSRTHSVSSNSKGK
QPDKIYKARTSNEHSQVPLQVKEQRKQYLNRVAFKCTERESICLTKLDSASKKLSTEKKE
SEAHTLKTKNIDKPSMLEFKLCPDVLLKNTSSVDKQDEPEPKKEKAPVQVSGIKSTKEDW
LKCIPTRTKMPESSQEIDSAGSRLSKRSFSADEFETLQNPVKDSNVMFRTYKKMYLEKRS
RSLGSSPVK
NT seq 4530 nt   +upstreamnt  +downstreamnt
atgagttggaatgcaaaaccagagaatgctgttgccaaacccccaaagttttctaaaacg
cagtcatctatattacaacagtttttaatgacttctacaacttctcaaagttcttttagc
tatcctgcccataaccaagaagcatgcatgtattccagtaactcaaattcagtttcccag
ccacttctgagcggcagaaattatatgactcctcagactcagatctctgtttctaacatg
cctagtaggacaattgtgacctcacagtcttcaatggaaggagttgtatgtacaaatgtt
aaagggccccaacaaccaaaccacaatttgcagacagtgtcttcaggagttatgcagaat
gtctggtttggctcatccgtgaagaattttatgccttcccatacagaagcaaccatatcc
cataatcctgatggaaggactaatatgccttacatgcaaacaccacagagtcagctcgtc
acatcagatacctattctatgcaactgcaaatggttccttttaattctggaaaagttcct
gtagcgtatcaaggaaatcagggactcaatcacttcataccagatcagctggctgactgg
acacagtatacatccagtgaactaacttatccagaatacaggccacctctgaagcaatac
tcccgcatactgccagccactacatcattacaagttaaaaataatccgcttccaacttac
acacaggccttacagtcaaagcattctgcacctttgtcttcacatccatatgctgcagaa
accagcaaaagactctctgcccttccttacagctgtagatatggaagccaacatgtacaa
aatactcagcctgtttctaaacacttgcctatggaagtccctcagagtccagaagtgcac
tcatctgaaaaaaagcaagattcttacagaggctttaaacagcagtggcagaaccccaat
gaatcattcaccattggaaaattctctgatttgaaaataaatgccaagcagtcttatagt
gacactgttagatcttctggggatggtgttcaggcgcttgttcaaaataatcaagagaaa
agaaaatatccctacagtccaagtacaaatcaagtaatagacacaaatgccacaaaagaa
aaactggcgagggatattaaatcactagtagaaataaaaaagaagtttacagaacttgca
agaaaaattaaaattaataaaagtcttttgatggcagctggttgtagtaaaacagccaat
acttcttatactgaaccaattcagcattctgaattttcagcaaaagaaatgtctgctaaa
aatggcaacgactgctccatggaattgctagcaacatgcctttctctttggaaaaaccaa
cctccaaaaaccacagaagaaaatgtcccaaaacctttagaagaaaaacagtgtaacacc
tcacgaatcagtacaacggtagttggcagttcacatcccacaaacgaagttcacgttaag
agtttttgttctggtgttgggaattctcagaaactgctgagctcatcacaaacaatattg
tcagttctcactccgagtggtgagtcttcaggtgtagctgttggaaaaggaacagagctt
cagattgctgtggtgtcacctttagttcttgcagatactaatcccttacctggaaaagag
ttagcgcctgaagttttaccagaaccgccgtatccagttgttaaggaaggtagtatttgt
agcttacaacaccaacaggcagaaactgctgctttaccttttcacattacaggagtagta
gcagatagtaacctgtcagtggagatgtctctgcctgctcaaaaggaaaagcagcataaa
ccaacacagggtgatccagacatagctgatcatggtttaggaaaactttctcccctgggt
accgaagctgtgcctaactctgtggatagcaccacagtgagtggacccatgttacagatt
gaaagtatctgttctcttgcagaaggggatgtatcttacaattcccagatagcagagata
ttcaactctgtacaaaatgagcccgagaaaccttcacctaatcaggtaattaataatcaa
caagaacaagtagatggcaccactgaaaataaagactttagccttcagaaagataagaag
tatatacggtatacatatgttcctcgtgagatcactgagcagccagaggtgctgcagcct
gaagagccagcatcttgtgagtacgtggaagcaaacacagaaaccatagaggaaagcggt
agggaatgcagtggtggaaaagaaagcacagctgaggatgtctgttcaccggctggtttt
cagcaggatcctcaccctcaggaaactgatagtttaagcaataagtcagcccactgtctg
cctgcagtaaacgagattaatgatgaaagtgaacctgtctcatacctacatgaccagctg
tcagaacttttaaaagagttcccttatggcattgaaactgttagcaggcatgaagtgtct
gtggaccaaaaaaagacacacaaaatcttagaaaatgaaactggcgataagactagtaac
gtgtttggggatagcacagaccaaataaaaattacagtgttaaactctgaacaaatcaaa
gaactgtttcccgaagaggatcagccctgtgacttagacaagttggcagaacctgagggg
aaaaatgttgcagaagtgaagagcccatgtgactcacaggtccccagagaagaaagccat
gactttggaatgttggacccagagaaagacaaaatccattgctgtgccttgggttggctc
tcaatggtttatgagggtgtgccaaagtgtcattgcagttccaatgaagagaaggggaaa
gaccagtgtttggatatgaacagctgcaaacaaggagagcagccctgtaataatggaatc
actatttttgaaattaatcctgtttctaataaccccaaaactcctctgacccaagcagct
gagaaaggccatttttctgaaatgcatggtgataagaccaaaggatctaaaacaaaagac
agcagagaggaacagcaacatttttcagctaaatgttacaaaaaagataaagataattta
aaaatgagacatgatagctcactgaaaatggagcaaaaactaaaaaatacttcatctgaa
tgtgacagactaaatccctcaaaaagcagtaaaatagcaacccccgaaatacttcatgta
aaaacttccaattctgataaaaatatgtcattttttaaacaagcttctcaggaaagccta
cagagaaaacccacttcccaagattcgaatccagtaaaagcacctgtagaacttccttca
aatacagatccatgcaggaggaacacctcattggtacagtttgtgtcaccagaaaagaaa
aaactaaaattcaaagcaggtggctccagactgaaatattttgaaaaaagaaagacagac
aacatgattataccagatgtggagataaaaaagaagaaatatgaaaagcaagagcagaac
aaaaacgctggagagacactcaaattgtgcagtgctctgagggaatccaatgaaagagcc
agtgttcaagagaacgctatcccaagtcctgagtcctcagactctaagggcagctccttg
aagagtactagagttataacagtgcaggagtatttacaacggcggaaagacaaacatgta
actgggagtgacgcttccggaaacatttgtgtagaaaatgtgttgtgtaactctgaacac
atgaagaccagcaaggattctgcagaaataagctgggaaaagtcagctgacgggcagagc
atccgtgcagagacctcaaaagaaccaggacataattctaccatccatggtaaagctttc
aagatccaccattctgaagtgtctagaacacacagtgtgtcaagtaatagtaaagggaag
cagcctgacaaaatctataaggcccgtacgagtaatgagcacagccaggtgcctcttcag
gtaaaggaacaaaggaaacagtacttgaatcgagttgcatttaaatgcacggaacgggaa
agcatatgtctcacaaagttggacagtgcatccaagaagcttagtacagagaaaaaggag
agtgaggcacatacactcaagacaaaaaacatagacaaacctagtatgctagagtttaaa
ttatgtccagacgtactattgaagaacacaagctctgttgacaagcaggatgagcctgag
cctaagaaagagaaagcacctgtgcaagtttcaggaataaaaagtacaaaagaagactgg
ttaaagtgcatccctacaaggacaaagatgcctgaatcaagccaagaaatagatagtgct
ggctcaagactttctaagagaagcttcagcgcagatgaatttgaaacactacaaaaccca
gtaaaagactcaaatgtcatgttccggacctacaaaaagatgtaccttgagaagagaagc
agaagcctcgggagtagtccagttaaatag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (23)   
   RefSeq(pep) (23)   
DNA sequence (29)   
   RefSeq(nuc) (25)   
   GenBank (2)   
   EMBL (2)   
Protein domain (2)   
   Pfam (2)   
All databases (60)   

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