KEGG   Mus musculus (house mouse): 100504518
Entry
100504518         CDS       T01002                                 
Symbol
3425401B19Rik, Cefip
Name
(RefSeq) RIKEN cDNA 3425401B19 gene
Organism
mmu  Mus musculus (house mouse)
SSDB
Motif
Pfam: DUF4585
Other DBs
NCBI-GeneID: 100504518
NCBI-ProteinID: NP_001182026
MGI: 3588196
Ensembl: ENSMUSG00000071540
UniProt: D3Z1D3
Position
14:complement(32381075..32429787)
AA seq 1412 aa
MMQGNKKCTDGFSDTSSIGSVLDEADREVSNLTDRAFRSLCISEDTSFHDSDLALSPDVT
SQVSGTFHQETVGHANRKSGIWSQLPSQGTEHSGWAATFQQQPKYVQGEEKYPKTSPLPT
PVQRRLEVPISGLRSSSKPISKVSSLIRSFDRTETQSCDSRPPPSKPPALKNPPKFAHPP
ESGVNFCFDSAFLTVRRVPAEVSNTHQGSHQSGRAPGEQESPKNPEIASHSSDSLLRTPD
HVAGSFEPRYPSPPLKPATAEPGRGKEWIPRRTFLHSENSAFESWDTHQPKLRERKDIAE
TTPESKAPKHYEDMPLLKEPYPAESKGSPYQARANCAQEENRSPSGSQSTSGAWGARDPG
SQLFPVEGNASQIDPQVKRSKAPWRKPKTGKGGTDGPPDALEDKKQPNRRGLPLYSKLNP
QGQLPENGVLDMPEESNDHYNPPFNISKLLTPIISTKHVLETSDTQPVEISPSPPGQLNG
YQEKESSEAQSRDSYKSKAPSLLFNLKDVRKRVKSTYSPLPLLKGFDEKTRGKLDSKQEP
LSNGVTLPDGLEENPPTELLPDNVPGVLHSSTQKDPAINSRESFAVSHPTFSSPSASSQT
HFCVNGEAAESNSNEKEEANGESELDPSKGGGHPDCRENLPRKHLSLKLFNRESEMGPAM
AEMKPHQLENGLSRSVSQETETERETGFQSLPLNQKFSPGPLSPEEEDVFYSDSQSDFTP
CRQTKAKFSTSSSDQSFASFEDQQKVCFTEGPQEDRKSHVSAGDKQRDETAVEKEESQQC
ASRNEHRGVDEQRQEEIQRKAQGVSGGRPRKASAEDLSARGSWMGADKDTAHTHAKDPTP
LPASTNKHRLFPIKDNTLRATPVIKPIILPLLRTVSSEDSLSSGHQENELPKQLWGEDAG
GLSASESQEMPNTPLSNNDVPGTQHRCMVCEDVQEDPVHTAAQDETSQQTRKGSFSFLPP
VEEENRMKPSPDTAGEGLAQEKSKSADLGKLGVPQRIPTIALLPDDLEDSPPSLPQHTYW
EEQGFKGHFLSAPRAGPSGRRLVPSEAETSPNPSSLGESSTCSPAASSIWEEASQAAGEH
WQRQEPPGPNPWASPGPTGLTRREDMTHGLTWEAEGSDPSDFRALSPRGILLADAAEKPE
PPALLEKAAGKPPAVPPKTEKALRRAKKLASKRRKSDQLLEKHTEAWEGKSFTEDTQGTE
RRPVSPGKGPRPRFPAIRSLPPPTHRHSVSCGWEPTGRRPWGPQSLTPLPPYPATQKVLQ
DPQSGQYFVFDVPLQVKIKTFYDPETGKYVKVSVPSSEEASSEPPLQDALAAPYLLYPGF
RPVPVTSVMPLRCSSQLAAPTFLRQGSGHRPQSSQGSRLQPPPERLGESTQHASGQCPRG
PSHSPEKESAEAPRLSIISTDDLEDFATEGVS
NT seq 4239 nt   +upstreamnt  +downstreamnt
atgatgcagggaaacaaaaaatgcacagacgggttcagtgatacctccagcatcggcagt
gtgctggatgaagcagacagggaggtgagcaacctcacagacagggcattccgaagtctg
tgcatctcggaggacacatccttccatgactctgacctggccctgtccccagatgtcacc
agccaggtgtcggggacttttcaccaggaaacagtgggccatgccaacaggaaaagtggg
atttggagccagcttccatctcaaggcacagagcattctggctgggcagccaccttccaa
cagcaacccaagtacgttcagggcgaagaaaagtaccccaaaaccagtcctctgccaacc
ccagtccagaggagactggaggtgcccatttcaggcttgaggagcagcagcaaacccatc
tccaaagtctcatcactcattagatcctttgacaggacagagactcaatcttgtgacagc
cggcctcctcccagcaagcctccggctctcaaaaatccccccaagtttgcacatccccca
gaaagtggtgtcaacttctgcttcgattcggcctttctgaccgtcaggagggtgcctgct
gaagtctccaacacccatcagggcagccatcagtctggcagggctcctggagaacaagag
tctcccaagaacccagaaatagcctctcacagctcagacagcctcctccggacacctgac
catgtggctggctcatttgagccaaggtatccctctccacctctcaagccagccacagct
gagccaggaagagggaaggagtggattccaaggaggacttttctgcacagtgaaaacagt
gcctttgagtcgtgggacacccaccaaccaaagctccgggagagaaaggacattgctgaa
accaccccagaaagcaaagcccccaaacattatgaagacatgcctttgctaaaggagccc
taccctgcagagtccaaaggctccccctaccaggcccgagctaactgtgcccaggaagag
aacaggtcaccgtcagggagccaatccacatctggagcctggggtgccagggatccagga
tcccagctattccctgtagaggggaatgcttcacagattgaccctcaggtgaagcggagt
aaggccccatggaggaagccaaagactggcaaaggagggacagatggtccacctgatgct
ttggaagacaagaaacagcccaataggagaggtctacctctgtattcaaaacttaaccct
cagggtcaacttccagaaaacggtgttctagacatgccagaagagtccaatgaccattac
aatcccccttttaacatcagcaaactcctcaccccaattatatctacaaagcatgtcctg
gaaacttcagacacccaaccagtggaaataagcccatcccctccaggacagctaaatgga
taccaggagaaggagtccagtgaggctcagtctcgggatagctacaaatccaaagcgccc
agcctgctgttcaacctaaaagatgttcggaaacgtgtcaagagtacatacagccccttg
cctctcttaaaaggctttgatgagaaaaccagaggtaaacttgatagcaagcaagaacct
ctgagcaatggggtcacccttcccgatgggcttgaagaaaaccctcccacagagctcttg
ccagataatgtccctggtgttttgcacagcagcacccagaaggatcctgctatcaactct
agagaatcctttgcagtcagccacccgaccttcagttcaccttcagctagctcccaaacc
cacttctgtgtcaatggggaagctgcagaaagtaacagtaatgagaaggaagaagccaac
ggagagtcagagctggatccctccaagggtggcgggcatccagactgcagggaaaacctt
cctcggaaacatctctccctgaaactcttcaacagggagtctgaaatgggaccggctatg
gcggaaatgaagccccaccagctagagaatgggctctcgagatctgtctcccaggagaca
gagactgagcgagaaacggggttccagagtctacccttgaaccagaagttctccccagga
cccctttcccctgaggaggaggatgtgttttacagcgacagccagtctgattttactccg
tgccgccaaacaaaggctaaattcagcaccagctcctcagaccaatcctttgcttctttt
gaagatcagcagaaggtatgctttacagaaggcccccaggaagacaggaagagccatgtg
agtgcaggtgacaagcagagggacgagacggcggtggagaaagaagagtcacagcaatgt
gcctcacgtaatgaacacagaggtgtggacgagcagagacaggaggaaatacaaagaaaa
gcacaaggtgtttcaggaggaagacccaggaaagcatccgcagaggacctcagtgccaga
ggctcgtggatgggggctgataaggacacagctcatacacacgccaaggacccaaccccc
ttgccagcctctaccaacaagcacagactgttcccaattaaagacaacacactcagggcc
accccggtgataaagcctattattctgcctctcctgaggacagtctcctcagaggactca
ctgagcagtggacaccaagagaatgaattgccaaagcaactgtggggcgaagatgctggc
ggccttagtgcttcagaaagccaagaaatgcctaacaccccactctccaataacgacgtg
ccgggcacccagcacaggtgtatggtgtgtgaggacgtgcaggaagacccggtacacacc
gcagcccaggatgagacttctcagcaaacccggaaggggagtttctcttttctaccaccg
gtggaagaggaaaacagaatgaaaccatccccagatacggcaggtgaagggctagcacaa
gagaaaagcaaatcagcagacttggggaaactgggggttccacagcgtatccccactatc
gctttactcccggatgacttagaagactcgcccccatcgctaccacaacatacctattgg
gaagaacaaggtttcaaaggccactttttgtctgcaccgagagcaggaccgtctggaaga
aggcttgtccccagtgaggcagagacttcccccaaccccagctctctaggagagagcagc
acttgctctcccgcagccagcagtatttgggaagaggcttcccaggccgctggggaacac
tggcagcgccaagagcctcctggccccaacccctgggccagcccgggccctacggggcta
actcggagggaggacatgacccatggcctcacatgggaagctgaaggttcggatccctca
gatttcagggccctctctccgagaggcattttgctagctgatgctgctgagaaacctgag
ccccctgctctgctggagaaggcggcaggcaagccccctgcagtccctcccaagacggag
aaggccctgcgcagggcgaagaagctggcaagcaagaggaggaagagtgatcagttgctg
gagaagcatacggaggcctgggagggcaagtccttcacagaggacactcaggggacagag
cgaaggcctgtgtctcctggaaaggggcctcggcccaggttccctgccattcgctccttg
cccccgcccacgcaccgccactcagtgtcctgtggctgggagcccacagggaggcggcct
tggggaccccagtccctcacgcctcttcccccttaccccgccacccagaaggtgctccag
gatccccagtcaggacaatacttcgtcttcgacgtgcctctccaagtgaaaatcaagact
ttctatgaccctgagactggcaagtatgtcaaggtctctgtcccatcctctgaggaggcc
tcctcagagccacctctgcaggatgccctggctgctccctacctactgtaccccggcttc
cggccagtgcctgtgacttccgtgatgcccctgcgctgctcctctcagcttgcagccccc
acctttctcaggcagggttctggccataggccccagagttcccagggcagtcgactgcag
ccaccccctgaacggctgggcgagtctacccagcatgcctctggccagtgcccccgtggg
ccttcccatagtccagagaaagagagtgcagaagctccaagactaagtatcatctccaca
gacgacctagaggactttgccacagagggtgtttcttga

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Genome (1)   
   KEGG GENOME (1)   
Gene (37)   
   KEGG GENES (1)   
   RefGene (32)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (11)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (9)   
DNA sequence (13)   
   RefSeq(nuc) (9)   
   GenBank (2)   
   EMBL (2)   
Protein domain (1)   
   Pfam (1)   
All databases (63)   

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