KEGG   Rattus norvegicus (rat): 310418
Entry
310418            CDS       T01003                                 
Symbol
Frem2
Name
(RefSeq) FRAS1-related extracellular matrix protein 2 precursor
  KO
K23380  FRAS1-related extracelluar matrix protein 1/2
Organism
rno  Rattus norvegicus (rat)
Pathway
rno04512  ECM-receptor interaction
Brite
KEGG Orthology (KO) [BR:rno00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    310418 (Frem2)
SSDB
Motif
Pfam: Cadherin_3 Frem_N Calx-beta Cadherin_4 Big_9
Other DBs
NCBI-GeneID: 310418
NCBI-ProteinID: NP_001232907
RGD: 1566012
Ensembl: ENSRNOG00000021670
UniProt: D3ZG74
Position
2:complement(139753055..139891046)
AA seq 3158 aa
MATRGRWTAKYSNFQSILTQSPRLLLLLLSLVSRVSTQDAAPGAAFLSLGLSGTSGVPTE
EAIVVANRGLRVPFGREVWLDPLRDLVLQVQPGDRCTVAVLDNDALAQRPGRLSPKRFAC
DYGPGEVRYSHLGARSPSRDRVRLQLRYDAPGGAIVLPLALEVEVVFTQLEVVTRNLPLV
VEELLGTSNALDARSLEFAYQPETEECRVGILSGLSALPRYGELLHYPQVPGGTGERGSS
ETPLMDCKAFQELGVRYRHTALSHSPNRDWLPMVVEIHSRGAPVGSPALKREHFQVLVRI
RGGAENTAPKPSFVAMMMMEVDQFVLTALTPDMLAAEDAESNPDLLIFNLTSAFQPGQGY
LVSTDDRSLPLSSFTQRDLRLLKIAYQPPSEDSDQERLFELELEVVDPEGAASDPFAFMV
VVKPMNTLAPVVTRNTGLILYEGQYRPLTGPVGSGPQNLVISDEDDLEAVRLEVVAGLRH
GHLVILGSPSSDPAPKTFTVAELAAGQVVYQHDDRDGSLCDNLVLRMSDGGGRHQVQFLF
PITLVPVDDQPPVLNANTGLTVAEGDTVPIPPSTLSATDMDSDDSQLLFVLEPPFSSSGR
LLLRQTHAPQEEQGLWHKQGSFYERMVTEWRQQDITEGKLFYRHSGPHSPGPVMDQFLFR
VQDNQDPPNQSGIQRFVIRIHPVDRLPPELGSGCPLRMVVQESQLTPLRKRWLHYTDLDT
DDRELHYTVTQPPTDTDENHSPAPLGTLVFTDNPSVVVTHFTQAQVNHHKIAYRPPGQEL
GVAARVAQFQFQVEDRAGNVAPGTFTLYLQPVDNQPPEIVNTGFTVEEKGHHVLRETELH
VSDVDTDVAHISFTLTQAPKHGHLQISGRPLHVGGQFRLEDIKQGRISYLNSGDESLTDS
CSLEVSDRHHVVPITLRVNVRPADREGAMSVLPAGTLESYLDVLENGATEVTANIIKGTY
RDTDDLMLTFLLEGPPLYGEILVHGAPAEQFTQRDILEGSVVYAHTSGEIGLLPKADSFN
LSLSAMSQEWRIGSSVIQGVTVWVTILPVDSQAPEISVGEQFVVLEGDKSLISLTHLSAE
DVDSLMDDLLCTIVIQPTSGYVENISPAPGSEKSRAGIAISAFTLKDLRQGHINYVQSVH
RGVEPVEDRFIFRCSDGINFSERQIFPIVIIPTNDEQPEMFMREFMVMEGMSLVVDTPIL
NAADADIPRDDLTFTITRFPTHGHIMNQLINGTVLVESFTLDQIIESSSIIYEHDDSETQ
EDSFVIKLTDGKHSVEKMALIMVIPVDDETPRMAINNGLEIEIGETKVINNKVLAATDLD
SDDKSLVYIIRYGPGHGLLQRRKPLGVFENITLGMNFTQDEVDRNLIQYVHFGQEGIRDL
IKFDVTDGTNALIDRYFYVSIGSVDIVFPDVVSKGVSLKEGGKVTLTTDLLSTSDLNSPD
ENLVFTITRAPMRGHLECTDQRGLSITSFTQLQLAGNKIYYIHTAEDEVKMDSFEFQVTD
GRNPVFRTFRISISDVDNKKPVVTIHNLVVSESESKLITPFELTVEDRDTPDRLLKFIVT
QVPVHGHLLFNNTRSVMVFTKQDLNENLISYKHDGTESTEDSFSFTVTDGTHSDFYVFPD
TVFETRRPQVMKIRVLPVDNRVPQIVVNKGASTLRTLPTGHLGFMITSKILKVQDRDSLH
FSLRFIVTEAPQHGYLLNLGQGNHSVTQFTQADIDDMKICYVLRERANATSDVFHFIVED
DGGNRLTNQHFRLNWAWISFEKEYYLINEDSKFLDIVLKRRGYLGETSFISISTRDGTAE
KDKDFKGKAQKQVQFNPGQTRASWRVRILSDGEHEHSETFQVVLSEPVLAVLEFPEVTTV
EIIDPGDESTVFIPQSEYSVEEDVSELFIPIRRSGDISQELMVICYTQQGTATSTVRTSV
LSYSDYISRPEDHSSVIRFDKDEREKMCRVVVIDDSLYEEEETFQVLLSMPMGGRIGNKF
PGANVTILTDKDDEPAFYFGDTQHSVDESAGYVEVQVWRTGTDLTKPSSVTVRSRKTEPP
SADAGTDYVGISRNLDFAPGVSMQTVRVVILDDLGRPVLEGIEKFELVLRMPMNAALGEP
SKATVSINDSASDLPKMQFKERVYTCSENDGHVVAMIYRSGDLQHRSSVRCYTRQGSAQV
MMDFEERPNTDISIVTFLPGESEKPCVLELMDDDLYEDVEELRLVLGTPQGSSAFGAAVG
EQNETLIKIQDDADKAVIKFGETKFSVTEPSRPGESVVVKIPVIRQGDTSKVSIVRVHTK
DGSATSGEDYHPVSEEIEFKEGETQHTVEIEVIFDGVREMREAFTVHLKPDENMVAETQT
TKAIVYIEEINSMADVTFPSVPHIVSLMVYDDTFKGREDAGPVSGYPIICITACNPKYPD
YDKTGSICASENINDTLTRYRWLTSAPTGPDGVASPMREVDFDTFFTSSKMITLDSIYFQ
PGSRVQCAARAVNTNGNEGLELMSPIVTIAREEGLCQPRVPGVVGAEPFSAKLRYTGPED
PDFANLIKLTVTMPHIDGMLPVISTRELSNFELTLSPDGTRVGNHKCSNLLDYSEVRTHH
GFLTNATKNPEVIGETYPYQYSAPVRGSSTLRFYRNLNLEACLWEFVSYYDMSELLADCG
GTIGTDGQVLNLVQSYVTLRVPLYVSYVFHSPVGVGGWQHFDLKSELRLTFVYDTAILWN
HGIGSPPEAELQGSLYPTSMRIGEEGRLAVNFKTEAQFHGLFVLSHPASFTSSLIVSADH
PGLTFSLRLIRSEPTYNQPVQQWSFISDFAVRDYSGTYTVKLVPCTTPSNQEYRLPVTCN
PREPVTFDLDIRFQQVSDPVAAEFSLNTHMYLLSKKSLWLSDGSMGFGQESDVAFAEGDV
IYGRVMVDPVQNLGDSFYCSIEKVFLCTGDDGYVPKYSPANAEYGCLADSPSLLHRFKIV
DKAQPETQATSFGDVLFNAKLAVDDPEAALLVNQPGSDGFKVDSTPLFQVALGREWYIHT
IYTVRSKGTSHRGIGKRSLEYQYHSVVQHGPPQATTKSWKKRAVRSTPSLAGEIGAENNR
GTNIQHISLDRRGKRQVPHGRIPPDGILPWELNSPSSEMSLVTVLGGISVGLLAVCLAVA
VAVMCRNRSIKGKDAPKGSGSTEPMMSPQSHYNDSSEV
NT seq 9477 nt   +upstreamnt  +downstreamnt
atggccacccgcgggcgctggacagccaagtactccaacttccagtctatactcacacag
tcgcccagactgctgctgctgctcctgtcactggtaagccgcgtctccacacaggatgca
gcccctggcgctgcatttctatccctgggtctctccgggacttcgggggtccctaccgag
gaagctatagtggtggcgaaccgcgggctccgtgtgcccttcggtcgcgaagtctggctg
gatccgttgcgtgacttggtgctgcaggtgcagccaggagaccgctgcacagtggccgtg
ctagacaacgacgcgctggcccagcggcccggccgcttgagtcccaagcgttttgcgtgc
gactacggcccgggtgaggtgcgttactcgcacctgggtgctcgcagcccttcccgcgac
cgcgtccggctgcagctgcgctacgatgctccaggaggggccatagtcttgccattggca
ctagaggtggaagtggttttcacccagctggaggttgtgactcggaatttacctctggtc
gtggaagaactgctagggaccagtaatgccctggatgctcggagcttagagttcgcctac
cagcctgagaccgaggagtgccgcgtgggcatcttgtcaggtttgagcgctttgcctcgt
tatggagaactcctgcactacccacaggtcccgggagggaccggagagagagggtcctcc
gagacccctttgatggactgcaaagcattccaggagctgggagtgcgctatcgtcacaca
gccctgagtcactcacctaacagggactggctgcctatggtggtggagatacattcaaga
ggggctccagtgggcagcccggctttaaagcgtgagcatttccaggtgcttgtgaggatc
cggggaggtgcggagaacactgcgcccaagcccagtttcgtggccatgatgatgatggag
gtagaccagtttgtactgactgctctcactccagacatgctggcagcagaggatgctgaa
tccaacccggaccttttgattttcaacctcacctctgccttccagcctgggcaaggctac
ttggtgagcactgatgatagaagcctgcctctgtcctcctttacacagcgggatttgcgc
ctgctgaagattgcctaccagcctccctctgaagactccgatcaggagcgcctctttgag
ctagagctggaggtagtggaccctgaaggagcagcctcagaccctttcgccttcatggtg
gtggtgaaacccatgaacacactggctccagtggtcacacggaacactggcctcattctc
tatgagggtcagtatcggccactcacgggtcctgtaggcagtggaccccagaacttggtc
atcagtgatgaagatgacctagaagctgtgagactggaggtggtggccgggctccggcat
ggtcaccttgttattctgggttctcccagtagtgaccctgctcccaagaccttcactgtg
gctgagctggccgctggccaggtggtctaccagcatgatgacagagacggttcactgtgt
gacaacttggtgctgcgcatgtcagatggaggaggcaggcaccaggtccagttcctgttc
cctatcactctggtgcctgtggatgaccagccacctgtcctgaacgccaacactgggctg
acagtggcagagggtgacaccgtgccaatcccgccctcgactctgagtgcaactgatatg
gactcggatgactctcagctgctttttgtactggagccgcccttctcaagctcaggacgc
ctgcttctccgccaaacgcatgctccccaggaagagcagggtctgtggcacaaacaaggg
tccttttatgagcgaatggtgacagagtggcggcaacaggatataacggaggggaaactc
ttctacaggcactcggggccccacagccctgggccagtgatggaccagttcctgtttaga
gtccaagacaatcaagacccccctaatcagtctgggatccagaggtttgtaatacgcatc
catcccgtggaccgtctccctccagaactgggcagtggttgtccccttcggatggtggta
caggaatcccagctcacaccactgaggaaaaggtggctgcactacactgacctagacaca
gacgaccgagagctccactacacagtgacccagccccctacggacacagatgagaaccac
tcaccggctccgctggggactctggtcttcactgataatccctcagttgtggtgacccat
tttacccaagcccaggtcaaccatcataaaattgcttacaggcccccagggcaggagcta
ggagtagcagcccgagtggctcagttccagttccaagtagaggatcgagctgggaatgtg
gctccaggcaccttcaccctctacctgcagcctgtggataaccagccccccgagattgtc
aacacgggcttcactgttgaggagaagggccaccacgtccttcgtgagactgagctgcat
gtgagtgacgttgacacggatgtggcccacatctcgttcactctcacacaggcccccaaa
catggccacttgcaaatatctggacggccactgcatgtaggaggacagttccgtttagag
gacataaagcagggcagaatttcctatctgaatagtggggacgaatctttgactgacagc
tgctccctggaggtcagcgacagacaccacgtggtgccaatcactctcagagtgaacgtt
cggccagcggaccgtgaaggtgctatgtcagtccttcctgctggtactctggagtcctat
ctagatgttttggagaatggggctaccgaagtcactgccaacatcattaaggggacctat
cgggataccgatgatttgatgttgactttcctgttggaaggtccgcccttatatggggag
atcctggtccacggagctccagccgagcagttcacccagagggacatcctggagggctct
gttgtctacgctcataccagtggtgagattggcctgttgcccaaagcagactcttttaac
ctgagtctgtcagctatgtctcaagaatggagaattggtagcagtgttatccaaggcgtt
actgtgtgggtgaccatcctccccgtggacagccaagcccctgaaatttctgttggtgag
cagtttgtggtgctggaaggggacaagagtttgataagcctgacccacctaagtgctgag
gacgtggactccctcatggatgacctcttgtgcacaatagtcattcagccaacctcgggc
tatgtagagaacatttctccagcaccaggctcagaaaaatcaagggctgggattgccata
agtgccttcacgctgaaggatctcaggcaaggacacattaactatgtccagagtgtccac
agaggggtggagcctgtggaagaccgctttatattccgttgttctgacggcattaacttt
tctgagagacagattttccccattgtaatcattcctaccaacgatgagcagccagaaatg
ttcatgagggaattcatggtgatggaaggcatgagtctggtggtcgatacacccatcctc
aacgctgccgatgccgacattccccgggatgatttaacgttcaccattacccggtttccg
actcatggtcatatcatgaaccagctgatcaatggtacagtgttggttgaaagcttcacc
ttggaccagattatagagagttccagcattatttatgagcatgatgactctgagacacaa
gaggacagttttgtgattaagttgacagatggcaagcactctgtggagaagatggccctc
atcatggtcatccctgttgatgacgagacgcccagaatggccatcaataacgggctagaa
atagaaattggggaaaccaaagttatcaataacaaagttctagcggcaactgatttagac
tctgatgacaaatcactggtttatattattcggtatggaccggggcatggcttgttacag
agacggaagcctctaggtgtctttgaaaatatcacgctaggcatgaactttacccaggat
gaagtggacaggaacttaattcaatatgtccactttgggcaagagggcattcgagaccta
attaaattcgatgtgacagatgggacgaatgctctcatagaccgctacttctacgtgtct
attggaagtgttgacattgtcttccctgatgtggtaagtaagggcgtgtccttgaaagaa
ggtggcaaggtcactctgacaaccgacctgctaagcacaagcgacctgaacagtcctgat
gagaacttagttttcaccattaccagggctcccatgagaggtcacctggagtgcacggac
caaagaggactgtccatcacttctttcactcagctccagctggctggcaacaaaatctac
tacatacacacagccgaggatgaggtcaaaatggacagtttcgagtttcaagtcaccgac
ggccggaaccctgtcttccgaactttccggatctcaatcagcgacgtagacaacaaaaag
ccagtggtcaccatccacaacttggtggtcagtgaaagtgaaagtaagcttatcaccccc
tttgaactcaccgtggaagacagagatacccccgacaggctcctaaaattcatcgtcacc
caggtccctgttcatggtcacctcctcttcaacaacaccagatctgtcatggttttcacc
aagcaagacttgaatgaaaacttaatcagctacaaacacgatggcacagaatccacggaa
gacagcttctccttcacggtgactgacggcacccactcggacttctatgtttttcctgat
acagtgtttgagactaggagacctcaagtgatgaaaatccgggtgttacctgttgacaac
cgtgtcccccaaattgtagtgaacaaaggagcttctacacttcggactctgcccaccggc
catttggggttcatgatcacgagcaaaatattgaaagtgcaggacagagacagcctgcat
ttttctctcaggttcattgtgacagaagccccccaacatggctatcttctcaacctgggc
caaggaaaccacagtgtcacacagtttacccaagctgacattgacgacatgaaaatatgc
tatgtcttgagagagagagcaaatgccacgagcgatgtgttccatttcatagtggaagat
gacggtggaaacaggttaaccaaccagcattttcgactgaattgggcatggatctctttt
gaaaaggagtattacctgatcaacgaagattccaaatttctggatattgttcttaaacgc
agaggatacttgggagaaacttcgtttataagtatcagcacaagggatgggactgcagaa
aaagacaaagacttcaagggtaaagctcagaaacaagtgcagttcaatccgggccaaacc
agggcctcgtggagagtgcggatcctgagcgatggggaacacgagcactccgagaccttc
caagtggttctctctgagccggtgctggcagtcctggagttcccggaagtgactacggtg
gagatcattgacccaggcgatgaatcaaccgtgttcattccccagtctgaatactcagtt
gaagaagatgtgagcgagctgttcattcccatcaggaggagtggagacatcagccaggag
ctgatggtgatctgctatacacagcaagggacagcaaccagcactgtgcggacatccgtg
ctgtcttactctgactacatctccaggcctgaggaccacagcagcgtgatccgctttgac
aaagatgaacgtgagaaaatgtgtcgtgtggtggtgattgatgactcgttgtacgaagag
gaagagactttccaggtccttttgagcatgcccatgggcgggaggatcggcaacaagttt
ccgggagccaatgtgaccatcctcacagacaaggatgatgagcctgccttctactttggg
gatacccagcattcggtggatgaaagtgctggctacgtggaggtgcaggtgtggaggacg
gggaccgacctcacgaagccttctagtgtcacggtgaggtcccggaaaacagaacctccc
tctgcagacgctggaacagattatgtgggaatcagtcgcaatttagacttcgcacctggc
gtcagcatgcagaccgttcgcgttgtcatcctcgatgacctgggacgaccagtgctggag
ggaatcgagaagtttgaactggtacttcgaatgcctatgaacgctgcccttggcgaaccc
agcaaggccaccgtgtccataaatgactctgcctcagacttgcccaaaatgcaattcaaa
gaaagagtgtacacttgcagcgaaaatgatggacacgtggttgcaatgatctacaggagt
ggtgacctccagcacaggtcttctgtgagatgctacacgaggcaggggtctgcccaggtg
atgatggattttgaagaacgcccaaataccgacatttccattgtcacattcctccctggt
gagtcggagaagccgtgtgtccttgaactgatggacgatgatctctatgaggacgtggag
gagctgcgcctggtcctcggcacaccacagggcagctctgcctttggagctgcagtgggc
gagcagaacgaaaccctgataaagatccaggatgatgctgacaaagctgttatcaaattt
ggagaaaccaaatttagtgtcactgaacccagcagaccaggagagtcggtggttgtcaaa
attccggtgatccgccaaggagacacttcgaaggtttccatcgtgagagtgcacaccaag
gatggctcggctacctctggagaggattaccaccctgtgtcggaagaaatcgagtttaag
gaaggggaaacgcaacacactgttgaaattgaagtaatcttcgatggggtgagagagatg
agagaggctttcactgttcaccttaaaccggatgaaaatatggtagcagagacacagaca
accaaggccattgtatatatagaagaaatcaacagcatggcagatgtcacctttccttct
gtccctcacattgtgtccttgatggtatatgatgacactttcaaaggcagagaggacgct
ggacctgtttctggctatcctatcatctgcattacggcctgcaaccccaaatatccagac
tatgacaaaacaggctctatttgtgccagtgagaacatcaacgacactctgacccgatac
agatggctgaccagtgctcccactggcccggatggtgtagccagccctatgagagaggtg
gacttcgacaccttcttcacatcatccaagatgatcacactagactccatatactttcag
ccaggctctcgggtacagtgtgcggcccgagcagtgaacaccaatgggaacgaaggcctg
gaactaatgagccccatcgtcaccattgccagagaggaaggtctctgtcagccccgtgtg
cctggggtagtgggggcagagccgttctcagcaaagttgcgctacactggcccggaggac
ccagactttgccaacctcatcaagctcacggtcacgatgccacacatagacggcatgctc
ccggtcatctccacgagagagctgtccaactttgagctgacgctcagcccagatggcaca
agagttgggaatcacaaatgctccaacctgctggactacagtgaagtgaggacccaccat
ggcttcctgactaatgccacgaagaacccggaggtcattggagagacctatccttaccag
tacagtgcgccggtcaggggttccagcaccttacgcttctaccgaaacctgaacctggag
gcctgtctgtgggagtttgtcagctactacgacatgtcggagctcctggctgactgtgga
ggaaccatcgggaccgatggccaggtcctcaacctcgtgcagtcctacgtgacccttcga
gttcctctgtatgtttcctacgtgttccactcccccgtgggcgtgggaggctggcagcat
ttcgacttgaagtccgagctccggctcacattcgtgtacgacactgccatcttgtggaac
catgggatcggcagccccccggaagctgaactgcaaggctctctctatccaaccagcatg
cgcattggtgaggagggacgcctggctgtgaacttcaagacagaagctcagttccacggc
ttgtttgtgctgtcccatcctgcttccttcaccagctcattgattgtgtcagctgaccat
ccgggcctcacattttccctccgccttatacggagtgaaccaacctacaatcagccagtc
cagcagtggagtttcatctcagactttgcagttcgtgactactcgggcacctacacagta
aagctggtgccttgcaccaccccatccaaccaggagtaccgtttgccggtcacctgcaac
cccagagagcctgtcacctttgaccttgacattcgattccaacaggtcagcgaccccgtg
gcagctgagttcagcctgaacacccacatgtatctgctgtctaagaagagtctctggttg
tctgatgggtccatgggatttgggcaggagagcgatgttgcctttgcagaaggggacgtg
atttatggtcgtgtcatggtggatcctgtccagaaccttggtgactccttttactgcagc
attgagaaggtgttcttatgcacgggggatgatggctacgtgcccaagtacagcccggca
aatgcagaatatggctgcctggctgattctccttcactcttacatagattcaaaattgtg
gataaggctcagccagagacacaagccacaagctttggagatgtcctgtttaacgccaaa
ctggcggtggatgaccctgaagcagctctcttagtgaatcagcctggatcagatggtttt
aaagtagactcaacgccactctttcaggttgccttgggccgagaatggtacatacacaca
atctatacggtgaggtcaaagggcacctcccatcgaggcatcggcaagaggagcctggag
taccagtatcactctgtggtgcagcacggaccgccccaggcaactaccaagagctggaag
aagagagcagtcaggagcacgccctcactcgcaggggaaatcggtgccgagaacaatcga
ggaacaaatatccaacacatctccctggaccgccgtggcaagaggcaggtcccccatgga
agaattcctcctgacggcatcctgccctgggagctcaatagtcccagctctgaaatgagc
cttgtcactgtcctgggaggcatctcggtgggtttgcttgctgtctgcttggctgtggcc
gtggcagtcatgtgcaggaaccggagtatcaagggcaaggatgctccaaagggctctggg
agcactgagcccatgatgtccccgcagagccactacaatgacagctcagaggtgtga

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Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (5)   
   Pfam (5)   
All databases (19)   

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