KEGG   Mus musculus (house mouse): 53761
Entry
53761             CDS       T01002                                 
Symbol
Prrc2a, 3110039B05Rik, Bat-2, Bat2, D17H6S51E, G2, Wbp12, mKIAA4178
Name
(RefSeq) proline-rich coiled-coil 2A
Organism
mmu  Mus musculus (house mouse)
SSDB
Motif
Pfam: BAT2_N
Other DBs
NCBI-GeneID: 53761
NCBI-ProteinID: NP_064411
MGI: 1915467
Ensembl: ENSMUSG00000024393
UniProt: Q7TSC1
Position
17:complement(35368052..35384877)
AA seq 2158 aa
MSDRSGPTAKGKDGKKYSSLNLFDTYKGKSLEIQKPAVAPRHGLQSLGKVAIARRMPPPA
NLPSLKAENKGNDPNVSLVPKDGTGWASKQEQSDPKSSDASTAQPPESQPLPASQTPASN
QPKRPPTAPENTPSVPSGVKSWAQASVTHGAHGDGGRASNLLSRFSREEFPTLQAAGDQD
KAAKERESAEQSSGPGPSLRPQNSTTWRDGGGRGPDDLEGPDSKLHHGHDPRGGLQPSGP
PQFPPYRGMMPPFMYPPYLPFPPPYGPQGPYRYPTPDGPSRFPRVAGPRGSGPPMRLVEP
VGRPSILKEDNLKEFDQLDQENDDGWAGAHEEVDYTEKLKFSDEEDGRDSDEEGAEGHKD
SQSAAAEEPETDGKKGTSPGSELPPPKTAWTENARPSETEPAPPTPKPPPPPPHRGPVGN
WGPPGDYPDRGGPPCKPPAPEDEDEAWRQRRKQSSSEISLAVERARRRREEEERRMQEER
RAACAEKLKRLDEKFGAPDKRLKAEPAAPPVTPAAPALPPVVPKEIPAAPALPPTPTPTP
EKEPEEPAQAPPVQAAPSPGVAPVPTLVSGGGCTANSNSSGSFEASPVEPQLPSKEGPEP
PEEVPPPTTPPAPKMEPKGDGVGSTRQPPSQGLGYPKYQKSLPPRFQRQQQEQLLKQQQQ
QQQWQQQQQGTAPPAPVPPSPPQPVTLGAVPAPQAPPPPPKALYPGALGRPPPMPPMNFD
PRWMMIPPYVDPRLLQGRPPLDFYPPGVHPSGLVPRERSDSGGSSSEPFERHAPPLLRER
GTPPVDPKLAWVGDVFTTTPTDPRPLTSPLRQAADEEEKSMRSETPPVPPPPPYLANYPG
FPENGTPGPPISRFPLEESAPPGPRPLPWPPGNDEAAKMQAPPPKKEPSKEEPPQLSGPE
AGRKPARGGQGPPPPRRENRTETRWGPRPGSCRRGIPPEEPGVPPRRAGPIKKPPPPVKV
EELPPKSLEQGDETPKVPKPDALKTAKGKVGPKETPPGGNLSPAPRLRRDYSYERVGPTS
CRGRGRGEYFARGRGFRGTYGGRGRGARSREFRSYREFRGDDGRGGGSGGTNHPSAPRGR
TASETRSEGSEYEEIPKRRRQRGSETGSETHESDLAPSDKEAPPPKEGVLGQVPLAPPQP
GAPPSPAPARFSTARGGRVFTPRGVPSRRGRGGGRPPPVCSGWSPPAKSLVPKKPPTGPL
PPSKEPLKEKLISGPLSPMSRAGNMGVGMEDGERPRRRRHGRAQQQDKPPRFRRLKQERE
NAARGADGKPPSLTLAASTPGPEETLTAATVPPPPRRTAAKSPDLSNQNSDQANEEWETA
SESSDFASERRGDKETPPAALMTSKAVGTPGANAGGAGPGISAMSRGDLSQRAKDLSKRS
FSSQRPGMDRQNRRPGTGGKTGSGGGSSGGGGAGPGGRTGPGRGDKRSWPSPKNRSRPPE
ERPPGLPLPPPPPSSSAVFRLDQVIHSNPAGIQQALAQLSSRQGNVTAPGGHPRPKPGPP
QAPQGSSPRPPTRYDPPRASSAISSDPHFEEPGPMVRGVGGTPRDSAGVNPFPPKRRERP
PRKPELLQEETVPASHSSGFLGSKPEVPGPQEESRDSGTEALTPHIWNRLHTATSRKSYQ
PGSIEPWMEPLSPFEDVAGTEMSQSDSGVDLSGDSQVSSGPCSQRSSPDGGLKGSAEGPP
KRPGGPSPLNAVPGESASGSEPSEPPRRRPPASHEGERKELPREQPLPPGPIGTERSQRT
DRGPEPGPLRPAHRPGSQVEFGTTNKDSDLCLVVGDTLKGEKELVASATEAVPISRDWEL
LPSASTSAEPQPKSLGSGQCVPEPSPSGQRPYPEVFYGSPGPPNSQQVSGGAPIDSQLHP
NSGGFRPGTPSLHQYRSQPLYLPPGPAPPSALLSGVALKGQFLDFSALQATELGKLPAGG
VLYPPPSFLYSAAFCPSPLPDPPLLQVRQDLPSPSDFYSTPLQPGGQSGFLPSGAPAQQM
LLPVVDSQLPVVNFGSLPPAPPPAPPPLSLLPVGPALQPPNLAVRPPPAPAARVLPSPAR
PFAPSLGRAELHPVELKPFQDYRKLSSNLGGPGSSRTPPSGRPFSGLNSRLKAPPSTYSG
VFRTQRIDLYQQASPPDALRWMPKPWERAGPPSREGPPRRAEEPGSRGEKEPGLPPPR
NT seq 6477 nt   +upstreamnt  +downstreamnt
atgtccgatcgctcggggccgactgccaaggggaaggatggaaagaagtattcctcgctc
aacctgtttgatacgtataagggcaagtccttagagatccagaaacccgctgttgcccct
cgacatggcctgcagagtctcggaaaagttgccattgcccggcgcatgccacccccagcc
aaccttccaagcctgaaagccgagaacaaaggcaatgaccccaatgtctcactagtgccg
aaagacggaacaggatgggcaagcaaacaggagcagtccgaccccaagagttccgatgcc
tcaaccgctcagccgccggaatcgcagccactgccggcttcacagacgcctgcctccaac
cagccgaaacgacccccaacagcccccgagaacactccttcggttccaagcggggtaaag
tcctgggcacaagccagtgtcacccatggagcccatggagatggtggaagggcatcaaac
ctactgtcgcgattctctcgagaggaatttccgaccctgcaggcggctggagaccaggac
aaggctgccaaggaaagggagtctgccgaacagtcgtctgggcccggaccaagcctccgc
ccccaaaattctacaacttggagggacggaggtgggcgtggccctgatgacctggagggc
ccggactccaaacttcatcatggccatgatccccggggtgggctgcagccttcaggccca
ccccagttccctccctaccgcgggatgatgccgccctttatgtatcccccatatctccca
ttccctccgccctatggaccccaggggccttatagatacccgactcctgatgggcccagc
cgttttccccgtgtggcgggcccccggggctcagggccaccaatgcgccttgtagagcct
gtgggtcggccttctattcttaaagaggataatcttaaagagtttgaccaactggaccag
gaaaatgatgatggttgggcaggggcccatgaagaggttgactatactgaaaagctcaaa
ttcagcgatgaggaagatggacgagactccgacgaggagggagctgagggccacaaggat
tcccagtcagctgctgctgaggaacctgagacagatggcaaaaagggcacctcccctggc
agcgaattgccccctcccaagacagcctggacagagaatgctcggccttcagagacagag
ccagctcctcctaccccaaagcctcccccacctccacctcaccgggggccagtcgggaac
tgggggccccctggggactacccagatcgagggggtcctccctgcaaacccccagcacct
gaggatgaggatgaggcatggcggcagcgtcggaagcaatcttcttcagagatctccctg
gcagtggaacgagctcgaaggcgcagagaagaggaagagcgacgcatgcaggaggagcgc
cgggcagcctgtgctgagaaacttaagcgtcttgatgaaaagtttggggcacctgacaag
cggctcaaggcagagcctgcagccccacctgttacccctgctgccccagctctaccacct
gtagtccccaaagaaattcctgcagctccagctctgccaccaacacctaccccaacacca
gagaaagaacctgaagagccggcacaagcccctcctgtgcaggccgcccccagtccaggg
gtggctccagttcccactctggtgagtgggggtggttgcactgccaacagcaacagcagt
ggcagcttcgaagccagcccagtggaaccccaactgccttcaaaagagggtcctgaacca
ccagaagaggttcctccacctaccacacccccagccccaaagatggaacccaaaggtgat
ggggttggttctactcgccagccccccagtcagggcttgggctaccccaaataccagaag
tcattgcctcctcgcttccagcggcagcaacaggagcagctcctgaagcagcagcagcag
caacagcagtggcagcagcagcaacaaggcactgcccctcctgccccagtgcccccatca
ccaccacaacctgtgaccctgggagctgtacctgccccacaagcaccgcccccacctccc
aaagccctgtacccaggtgctctgggccggcccccaccaatgcctccaatgaactttgac
ccccgctggatgatgattcctccttacgtggaccctcggcttctccagggccggccccct
ctggacttctaccctcctggtgtgcatccctctggcctggttccccgggaacgctcagac
agtgggggctcaagctcagagccatttgaacgccatgcaccccctctgttgcgggaaagg
ggcaccccaccagtggaccccaagttggcctgggttggagatgtctttaccaccacaccc
actgatcctcgtcctcttacctcaccactgcgccaggcagcagatgaggaggagaagagt
atgaggagcgagactcctccggtacccccgcccccaccttatctggctaattatccaggt
tttccagagaatggaactcctgggcccccaatctcgagattccctctggaggaatctgct
cccccgggaccccgcccactaccctggcctccaggcaatgatgaagctgccaagatgcag
gctccaccgcccaagaaggaaccctcgaaggaggaaccgccacagctgtccgggccagaa
gcaggcagaaagcctgcccgtggaggccaaggcccaccaccaccacggagagagaatcgt
actgagactcgctggggcccccgaccaggcagttgtcgccgtggaatccctccagaggag
ccaggtgtccctcctcgaagagctgggcctataaagaagccaccaccacctgtgaaagta
gaggagctgcctcctaagtccctagaacagggggatgagacccccaaggtcccaaagcca
gatgcactcaagacagctaagggcaaggtgggccccaaagaaaccccaccaggtggaaac
ctgtctcctgcacctaggcttcggcgggactattcctatgaaagagtaggtcctacatct
tgccgtggtcggggcagaggcgagtattttgccagaggaaggggttttcgggggacctat
gggggccggggtcggggagcccggagccgtgaattccgaagttaccgagagttccgagga
gacgatgggcgtgggggtggttcaggcggaacaaaccatccttctgctccccgaggccgc
actgccagtgagacacgaagtgagggttcagaatatgaagaaatccccaagagacgccgc
cagcgtggctctgaaacaggcagtgagactcatgagagtgacctggccccctctgacaag
gaagcccctccgcccaaagagggagtgcttggtcaggtccctcttgcccccccacaacca
ggagctcctccatcaccagccccagcccgattctccactgcccgaggtggtcgtgtcttc
actccaagaggagtaccatcacgccgtggccgaggtggggggcggccccctcctgtttgc
tcaggctggagccctcctgccaagtctctggttccaaagaaacctccaacaggtcctttg
cctccaagtaaagaacctttgaaagagaagctgatctcagggcctctgtcccccatgtct
cgagctggcaacatgggtgtaggcatggaagatggggagcgaccccgacggaggcgacat
ggcagggctcaacagcaggacaaaccacctcgtttccgaaggctgaaacaagaacgtgaa
aacgctgccagaggagctgatggcaagcccccttccctaacccttgcagcctctacccct
ggacctgaggagacactaacagcagccacagttcccccaccccctcgccgcacagctgct
aagtctcctgatctgtcaaaccagaactcagaccaagccaatgaggaatgggagactgca
tcagagagcagcgactttgccagtgagcgccggggtgacaaggagactcccccagcagca
cttatgacctctaaagctgtggggactcctggggccaatgcaggtggggctggaccaggc
atttcagccatgtctcgtggagacctgagccaacgagccaaggatttgagcaagcggagc
ttctcaagtcagcggccaggcatggatcgtcaaaaccggcgcccaggcactgggggcaag
actggcagtggtggtggcagtagcggaggtggtggtgcaggccctgggggacggaccggc
ccaggacgaggggataagaggagctggccctctcccaagaaccgaagccgtcctcctgag
gagcgacctccgggacttcctctgcctccgccaccccccagcagttctgctgtcttccgc
ctggaccaagttatccatagcaaccctgctggaatccaacaggctctggcccaacttagc
agccgccaaggaaatgtaactgcaccaggggggcacccaaggcctaagcctgggcctccc
caagcccctcagggctcctcccctcggcccccaacccgttatgaccccccaagggccagc
agcgctatcagttctgacccccacttcgaggagccagggccgatggtgaggggggtgggc
gggactccccgggactctgccggggttaatcccttccccccgaaacggcgggagcggcct
ccccgaaaaccggagctgctgcaggaggaaactgtgccagcttctcatagctctggattc
ttgggctctaagcctgaggtcccaggccctcaggaagaatccagagattcaggcacagag
gccctaactccccacatctggaatcgtttacatactgccacaagccgaaagagttaccag
cctggctccatcgagccctggatggagcccctgagtccctttgaggatgtggcaggcaca
gagatgagtcagtctgacagtggagtggacctgagtggagattctcaggtgtcatcaggt
ccctgcagtcagcgaagttcccctgatggaggacttaaggggtcagcagagggacccccc
aagcggcctggaggaccctcacccctgaatgctgttcctggtgagagtgcatctggctct
gaaccctctgaacctcctaggagacggccacctgcttcccatgaaggggaaagaaaggag
ctgccccgggagcagcctctgccccctggtcccataggcacagaacgatcacagcgcaca
gatcgaggcccagagccaggccctctccgaccagcccaccgaccgggctctcaagttgag
tttggcactaccaacaaggactcagacttgtgcctagtggtcggagacactttaaaagga
gaaaaggagttggtggcatcagccacagaggccgttcccatatccagagactgggagctg
ctccctagtgcttctacttcagctgagccacagcccaagagcctgggttctgggcagtgt
gttccagagcccagcccttcaggtcagcgtccgtaccctgaggtcttctatggcagccct
ggacctcctaattcccagcaggtctctgggggtgcacccatcgactctcagttacatccc
aacagtggaggcttccgtcctgggacaccctcattgcaccagtacaggtcacagcctctg
tatctgcccccaggtccagcccctccctcggcactgctttctggggtagctctcaagggc
cagtttctggatttctcagcactgcaagccacagagctggggaagttgcctgctggggga
gttctctaccctccgccatccttcctctactctgcagctttctgccccagccctttgcct
gacccacccttgcttcaggtacgccaggatctgccatccccttcagatttttactctact
cctctgcagcctggtggccagagtggcttccttccttcgggagcccctgctcagcagatg
cttctacctgtggtagactcacagctgccagtggtgaactttggctccctgccaccagcg
ccaccccctgctccaccccccctttctctgttacctgtgggtcctgctctccagcccccc
aacctagctgtgcggcccccacctgctcctgctgctcgggtcttaccttcacccgctaga
cccttcgcccctagcttggggcgagcagagctgcacccagtagaactaaagcctttccag
gattaccgaaagctgagcagcaaccttgggggtcctgggtcgtcacggactcccccatct
ggaaggcccttctctggtctcaattcccgtctcaaggccccaccttccacctacagtgga
gtattccgaactcagcgcattgacctctaccagcaggcttccccaccagatgccctgcgc
tggatgccgaagccttgggaacgggcagggccaccttctcgagaagggcctccccgaaga
gcagaggagcctgggtcccggggggagaaggagcctggattgcccccaccccgctga

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Gene (87)   
   RefGene (83)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (8)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (6)   
DNA sequence (35)   
   RefSeq(nuc) (9)   
   GenBank (13)   
   EMBL (13)   
Protein domain (1)   
   Pfam (1)   
All databases (131)   

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