KEGG   Rattus norvegicus (rat): 170946
Entry
170946            CDS       T01003                                 
Symbol
Marf1
Name
(RefSeq) meiosis regulator and mRNA stability factor 1
  KO
K17573  meiosis arrest female protein 1
Organism
rno  Rattus norvegicus (rat)
Brite
KEGG Orthology (KO) [BR:rno00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:rno01009]
    170946 (Marf1)
Protein phosphatases and associated proteins [BR:rno01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     170946 (Marf1)
SSDB
Motif
Pfam: MARF1_LOTUS OST-HTH MARF1_RRM1 NYN RRM_1 FlbD
Other DBs
NCBI-GeneID: 170946
NCBI-ProteinID: NP_596912
RGD: 619770
Ensembl: ENSRNOG00000056248
Vega: OTTRNOG00000001762
UniProt: Q8VIG2
Position
10:1395271..1439974
AA seq 1735 aa
MEGNGTENPCSRTLGWLHQNNDAKPWLWKFSGCFSLPEQTLPLSSQTKEYMENKKAAVEL
KDIPSPLHVGSKFFPAVPLPDIHSLQQPKVQLSAIPKVSCCAHCPNEPSTSPMPFGGGSG
SSGRSGSLIHTGSLLDSPSTGTVTCQVGSDFAFQSVSSLQNASARNNLVGLASDLPSMCV
DSNLPSCKHLSCCGKFHFQSCRSNVHKLHQFQTLQGCTSAGYFPCSDFPSEAPGHLEEHL
SHSELTPHLCTNSLHLNVAPPVCLKGSLYCEDCLNKPARNSIIDAAKIWPNIPPPSTQPA
PRAVPLCNRCGTKGMEKETSLLATSLGKAASKFGSPEVAVTGQVLETLPPIGVFWDIENC
SVPSGRSATTVVQRIREKFFRGHREAEFICVCDISKENKEVIQELNNCQVTVAHINATAK
NAADDKLRQSLRRFANTHTAPATVVLVSTDVNFALELSDLRHRHGFHIILVHKNQASEAL
LHHANQLIRFEEFISDLPPRLPLKIPCHTLLYVYNLPANKDGKSISNRLRRLSDNCGGKV
LSITGCSAILRFINQDSAERAQKRMENEDVFGNRIIVSFTPKHRECFEAKSSNAVVDKAK
SPKKVKNTKLCLIKDTGEQSPSAKAMPGKGLQANSGSATKNTNFKGLQELCRMEPKSGNR
IRDHQQGHGSLATLPNSGPTASVPTLKNTGVRETLHRSSQKKENLSSQSIASSPAQKKKR
EGTVFQISYPSAFSQLIASRQVSPLFSSQSWSPRSMSPNLLNTASPLAFNIANPSSAADC
SDPFANGVDIQVSNVDYRLSRKELQQLLQEAFSKHGQVKSVELSPHTDYQLKAIVQMRNL
HDAICAVNSLHRYKIGSKKILVSLSTGAANKSLSLLSTETMSILQDAPACCLPLFKFIDI
YEKKYGHKLNVSDLYKLTDMIAIREQGNGRLVCLLPSNQARQSPLGSSQSHDGSSTNCSP
VLFEELEYHESVCKQHCSNKDFSELVFDPDSYKVPFVVLSLKVFAPQVHSLLQTHEGTVP
LLSFPDCYAAEFGDLEITQDRDKGVPLEHFITCIPGVNIATAQNGVKVVKWIHNKPPPPN
TDPWLLRSKSPVRNPQLIQFSREVIDLLKNQPSCILPISNFIPLYHHHFGKQCRVSDYGY
SKLIELLEAVPHVLQILGMGSKRLLTLTHRAQVKRFTQDLLKLLKSQASKQVIVSDFSQA
YHWCFSKDWDVTEYGVCDLIDIISEIPDTTICLSQQDDDMVICIRKRERTQDEIERTKQF
SKDVVDLLRHQPHFRMPFNKFIPSYHHHFGRQCKLAYYGFTKLLELLEAIPEILQVLECG
EEKILTLTEVERFKALAAQFVKLLRSQKGNCLMMTDLFTEYAKTFGYTFRLQDYDVSSVS
ALTQKLCHVVKVADMESGKQIQLITRKSLRPLTVQLLVVLMSWEGDAYLPVDELKRHYET
THSTPLNPCEYGFMTLTELLKSLPSLVEVFMNDKAEECVKLTSLYLFAKNVRSLLHTYHY
QQIFLHEFAMAYTKYVGETLQPKTYGYSSVEELLGAIPQVVWIKGHGHKRIVVLKNDMKN
RLSSFDLSPVNHEDQPAVSRQILEVPEPHLASELHLRTGPSQMEQELLQLANSSPVDLLC
APVPSCLPSPQLRPDPVILQPTDLIQFEEHPQEPLGVLFLNQEEKTEIPIPVKKGNLSCN
SSPSSPASASAPPKPSSEAPGLLISKDAVESPAKKQPKNRVKLAANFSFAPVTKL
NT seq 5208 nt   +upstreamnt  +downstreamnt
atggaagggaacggaactgagaacccttgcagcagaacacttggatggttacaccaaaat
aacgatgctaagccgtggctttggaaattctctggttgcttttctcttcctgagcagaca
ttgcctcttagttcccaaacgaaagagtacatggagaacaagaaagctgctgtggagtta
aaggatataccatctccccttcatgttggctctaaatttttcccagcagttccccttcct
gatattcattctcttcagcaacctaaagtacagctctcagctattcccaaagtaagctgc
tgtgctcattgccctaatgaaccctctacttcacccatgccttttggtggtggcagtggc
agtagtggacgttctgggagcttgattcacacaggctcactattagactcaccaagcact
gggacagtcacgtgtcaagtagggtcagattttgctttccagtccgtgtcttcattgcag
aatgcctcagctaggaacaacttggtgggccttgcgagtgacctccccagcatgtgtgta
gacagtaacctaccttcctgcaagcacctgtcgtgttgtgggaagttccatttccagtca
tgtcgcagtaatgtacacaagctgcatcagttccagactctccagggctgtacctctgct
ggctatttcccctgctctgatttcccaagtgaggctcctgggcatttggaagagcacctt
tcccattcagagcttacacctcacttgtgcaccaactctctccacctaaatgtggcacct
ccggtttgtttaaaaggctcactttactgtgaagactgtctaaacaagccagcaagaaat
agtataattgatgctgctaaaatctggccaaatataccacctccaagtactcagcctgca
cctcgagctgttcctctgtgtaatcgctgtggaacaaaagggatggaaaaggagacctcg
ttgttggcaaccagtctaggcaaagctgcttctaaatttgggtcaccagaagttgcagtc
actggacaggtgctggagaccctcccccccattggtgttttctgggatattgaaaactgc
tcagtcccctctggccggtcagcaacaactgttgtacagagaatccgtgagaagtttttt
agaggacacagagaagcagagtttatctgtgtgtgtgacatcagtaaagagaacaaggaa
gtcattcaagagctgaataattgtcaggtaactgttgctcacataaacgctaccgcaaag
aatgctgctgatgataaactccgtcagagcctgcgaaggtttgcaaatacgcacactgct
ccagctactgtggttcttgtgtcaactgatgttaattttgcattagaactcagtgatctc
aggcaccggcatggtttccacatcattttggtacataaaaaccaggcctctgaagccttg
ttacatcatgctaaccagctgatcagatttgaagagttcatttccgatctaccccccagg
ttaccactgaagattccttgccacactctactctatgtttataacctgccggcaaataaa
gatggcaagagcatcagcaacaggctcaggcgcctctctgataactgtggtggcaaggtg
ctaagtatcacaggctgcagcgctattctccgctttataaaccaagacagcgcagagcgg
gcccagaagcgaatggaaaatgaagatgtctttggcaacaggatcattgtatcctttact
ccaaagcatagagaatgctttgaagccaagagttcgaatgctgttgttgataaagcaaag
tctcccaaaaaagtcaagaacacaaaactgtgcctcatcaaagacacaggtgaacagtca
cccagtgccaaagccatgcctgggaaagggttgcaggcaaattctggatctgctacaaaa
aacacaaactttaaaggtttacaggagctgtgccgaatggaaccaaagtctggcaataga
atccgtgaccatcagcaaggccatgggagcctggccacactgcctaacagtggcccaacc
gcttcagtgcccacactgaaaaacacaggtgtgagggagacacttcacagaagcagtcaa
aaaaaagagaacctcagttcccagagcattgccagctctcctgcacagaagaaaaagaga
gaggggactgtcttccaaataagctacccatctgcattcagccagctgatcgcctcaagg
caagtcagtcctctgttcagctctcagtcttggtctccgaggagtatgtctccaaacctt
ttgaacaccgcctcgccacttgctttcaacattgccaatcccagtagcgctgctgactgc
tcagacccatttgcaaatggtgttgacatccaggtcagcaatgtggactacaggctgtcc
cggaaggagctacagcagctcctccaagaagccttctccaagcatggccaggtgaagagt
gttgagctcagtccccatactgattaccagctcaaagccatcgtgcagatgagaaacctg
catgacgcaatctgtgctgtgaacagcctccacagatacaaaattggcagcaagaagata
ctggtgtcactctccacaggagctgccaacaagtcactctctttactaagtacagaaaca
atgtctattcttcaggatgctcctgcctgttgtttgcctctctttaaatttatagacatc
tatgaaaagaagtatggacacaagttaaatgtgtctgatttatataaattaacagacatg
attgcaatccgtgaacagggaaatgggcgactagtgtgtctcttacccagtaaccaggcc
cgccagagcccactgggctcttcccagtcacatgatggctcctctacaaactgcagccca
gttctctttgaagagttggagtatcacgaatctgtgtgcaagcagcactgctcgaacaag
gacttcagcgaacttgtatttgatccagactcttacaaggttccttttgtggttctctct
ttgaaagtgttcgcacctcaagttcatagtctcctgcagacccacgagggcactgtgcct
ttgctgagctttccagattgctatgctgcggagtttggtgacctagaaattacgcaagac
agagacaaaggtgtccccttagagcacttcatcacctgcattccaggagtgaacattgcc
actgctcagaatggcgtcaaagtagtgaagtggattcacaacaagcccccacctcccaac
actgacccttggcttcttcgttctaaaagccctgtgagaaatcctcagctgattcagttc
agcagagaagtcattgatttactaaagaaccaaccatcttgcatactaccaatcagtaat
ttcatccctttgtaccatcaccattttggaaagcagtgccgggtttcagactatggatat
tccaagctgattgagctactagaagccgtgcctcatgtgttgcagattcttggaatgggc
tccaagcgtctactgaccctcactcatagggcacaggtgaagcgctttactcaggattta
ctgaaacttctcaagtcccaggccagcaagcaggtcattgtgagcgatttctcacaggct
tatcattggtgtttctcaaaggactgggatgtcacggaatacggtgtttgtgacttgatt
gatataatatcagagatcccagacacaactatttgcttgtcccaacaagatgatgacatg
gtcatttgtatccgaaaaagagaacgaactcaggatgaaatagaaaggacaaagcagttc
tccaaagatgttgtggacttgctgcgccaccagccccatttccgaatgccctttaacaag
ttcattccctcttaccaccaccactttggccggcagtgcaaacttgcatattatggattt
accaagttgctggaacttttggaagccatacctgagattttacaagtgttggaatgtgga
gaagagaaaatcctgactttgactgaagtggagcgattcaaagctctagctgcccagttt
gttaagcttttgcgttcccaaaagggtaactgccttatgatgacagatctgttcacagaa
tatgctaaaacttttggttatacatttcgtctccaagactatgatgtcagttcagtctca
gctttgacacagaagctctgccatgttgtaaaggttgctgatatggagtctggcaaacaa
atccaactgataacccggaagtctttgcggcctctcactgttcagttgctggtggtgttg
atgtcttgggaaggagatgcttatcttcccgttgatgagctcaagagacattatgaaacc
actcacagtactcctctcaacccctgtgaatatggtttcatgactttgactgagctactg
aagagtctgccttctttagtagaggtttttatgaatgataaggcagaagagtgtgtgaag
ctcacaagcctatacttgtttgcaaagaatgtgaggtctttgcttcatacctatcactac
cagcagatttttcttcatgaatttgccatggcctatactaaatatgtaggagaaacactg
cagcccaaaacttatggctacagtagtgtggaggagctactgggagccatcccacaggtg
gtctggataaaaggacatggtcataagagaattgtagtgttaaaaaatgacatgaaaaac
cggctaagttcatttgacctttcccctgtcaatcatgaagaccagcctgcagtcagcagg
cagatcctggaggtgccagaaccccatctagcctcagagctccatctcagaacaggaccc
agccagatggagcaggaacttctgcaattggccaacagctcccctgttgaccttctctgt
gctcctgttccttcatgcctgccatcccctcagctaagaccagatcctgtcatcctgcag
cccactgatctcattcagtttgaggaacaccctcaggagcctttgggagttttattttta
aaccaagaagaaaaaacagaaattccaataccagtaaagaaggggaacctgtcctgtaac
tcctcacccagtagcccagcatctgcttctgctcctcccaaaccctcctcagaagccccc
gggctactgattagcaaggatgcagtggaaagcccagcaaaaaagcagcccaaaaataga
gtcaaattggcagccaacttttcttttgcacctgtgaccaagctctaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (7)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
   VEGA (1)   
Protein sequence (10)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (8)   
DNA sequence (10)   
   RefSeq(nuc) (8)   
   GenBank (1)   
   EMBL (1)   
Protein domain (6)   
   Pfam (6)   
All databases (36)   

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