KEGG   Danio rerio (zebrafish): 792773
Entry
792773            CDS       T01004                                 
Symbol
si:ch211-159i8.4
Name
(RefSeq) matrix-remodeling-associated protein 5
Organism
dre  Danio rerio (zebrafish)
SSDB
Motif
Pfam: Ig_3 I-set ig Ig_2 V-set LRR_8 Ig_6 C2-set_2 LRR_4
Other DBs
NCBI-GeneID: 792773
NCBI-ProteinID: XP_001332376
ZFIN: ZDB-GENE-141215-7
Ensembl: ENSDARG00000076332
UniProt: F1QCM6
Position
14:complement(17601657..17659407)
AA seq 2253 aa
MAPVGVPALLMLPALGLLLILPSCLYACPRSCSCPSPKEVHCTFRHLPSAPRNLPQDTER
LNLGYNSIGAVGSSDFVNLRKLEMLMLHGNDISSVSSGSFYHLRSLQILKLSYNKLKRVD
PSLFEGLTSLVRLHLDHNLIDFIEPFSFNGLTSLKLLQLEGNRLQDLHSHTFITVSVLGT
FWSSGLRHLHLADNQLEYLLPGTLQHLNRLEVLSLHGNPWACDCHLHWLLEWNKNHDGVI
KCKKDRDTGDAGNCAACASPLPLNNSQILQLSTNQLTCDQPSLQSPLKIGESSMGEDQEP
DTPYIKDLEHPLGHLTFILSDSHGNRAHVACNVTRPVEGTTIVWEPVRKTDEIAVNVTLR
TLLECEIDRDALQNLWRLIAYYYESPAILERGTSLGNSSKVTFQYSQATSEESPYFTELK
GHLMAEPAWLLQPRVTLQLNRRKTTTKKLVLNFSTFISKQLIGRGGEEDVTSSWAMIQRG
APGRIQSVLEHYEVSLDCSVLSSGHYPVEWMLPDLTPIDQTDSHNLRLENHRLVIKNTSI
ADSGLYHCFVRTDTNVDIVSYRLTVRMRLLSPSDLNGKKISVEKGDTLNLPCLVTSPHPI
ETKWYLPNNQILKASERKGNVQVSQNNTLIIKTVTHEDAGEYSCLAANLYGADMLSHLIV
VTGEKEETQRGVLVSKGEVPLFESEGSEGSGYEEIKRPTAKLTPQKTDGKHRGGIIRQNT
KGKKVKEGVRKPNNSVKELDPSRWEQIVAKANAKLSTVLPVTIHLENVITTTTISSSAIQ
TAKTDVTASGASTTSSLQRFNVKQLETAPHSEHVKQETTHGEESKQKIDGYNNSDLTTAV
PEHETQLVKQVDRHTIEEKIRANNNSIWNQRRRLPHRQRRPLPRRPLPKRPNFTATPTTT
VSLTQSPVNNIAMTTNSYSPAQDKDLTAPVTLEVTPAHYPVTESLVVAVTESTLKVPKTT
RTDGKLNEFESKTKHIAWVQHISTTSVQETKVITVTHAPRLINRHEHENREFIMRINSQT
NDDKIRQISATATPNLQISNINPPETKKAHTTKKPTLTYVDQQRVYNWGLHPEGVPIHPW
LIQKNTPSSFTQSSSLAKNNGIPFWPTVQSSRHHHSQDKSWYFLQTGGRGAGVTNQPQIS
AQTVKPTVYISGSATASFPRTIAPHVSSSRVRDQLLFNRLRNRYRQTQLDAYRLAQLAKL
ATSKPRIYHPTPQPNQAPNVPNIYKKVTPPSILAYTNKPRPTASIPHGDRWHYIHFGAKK
LSTAIPFPNLMGSGVKPRITAPESATVSALAEGDVLLSCRSSGDPKPVVSWTKVSTGATI
QSNTKFGQRFEVLSNGTFVIKNVQLQDRGQYLCTAQNKFGSDRMVVTLVVQTQPPKIMSA
RPRDVSVFLGNPVNLDCIAVGKPEAQISWILPDRTFVRDIGTFDRKVSLFPNGTLSIHSA
NFSNKGDYKCIASNAAGADTLTYHIRVSALPPIIAEVSYETIFMNVGRNVYMDCTAKGEP
LPLNKWVLPDGSEMKPTQFIGSRIFIFPNGTLYIKNVIPNDSGKYECSATNPIGFAKRTV
QMDVRQEAPGPWKGLYQHHSVTATYGSTVFLYCPESIGSQRGTVWRLPSKTILEHQYSPH
RHITAFPNGTLRILRLTEKDGGNYLCMYQRPNGEDMELFQVEVLMRPPKIENAGAQHKRV
ANGDNFLVDCIASGLPDPEVSWSLPDGTMINNALQSDDNGSRNRRYIIFGNGTLLLQQMG
KKDEGNYTCYAKNTLGEDAMKVSVQVMTTPPQLSTKEPETMRVPFGQSTQIKCDAPGVLP
HTIIWISPRNEIITSSSVKYQILNDGTLIIKKLTLADQGKYSCVAQNPAGANIGNVKLLV
EVKEPQINKQSGQTVSKVLAVYFQTLLLDCKAEGMPEPQITWTTPYGMSLPTPYLGGRFQ
VHRNGTLELRGIRKTDEGRFLCIAKNYLGEASLVVDLEVASLAEKPSFTVPNIEVLPLKP
DGDDIFLECRATGRPKPEILWILPSGTVLNPGMKLHRFTHYLENGTLHVMQPGVIDKGVY
RCLAKNVAGQAEKRYSLELGQKPQIRSTAATMKISFGQTLNMPCNADGYPQATITWTLPN
GLVLDKPQAIGRVVYLSNGTLQIKETSKLDRGTYTCKAKNTFGLSTLSYPVSIMVFPPQI
THAPPSITRVNKGSPVVLNCIAAGIPKPDISWTLPGRTTLVPNNRFTTPGGIHMTEEGSL
VIQDPGLLNSGIYKCNARNALGTDFKATYLQVI
NT seq 6762 nt   +upstreamnt  +downstreamnt
atggctccagtgggtgtacctgctctcctgatgttgccagctctgggtctgctgctcatc
ttgccctcatgcctctatgcatgtccgaggtcctgcagttgcccaagccccaaagaggtg
cactgtacctttcgtcaccttccctctgccccacgaaacctaccgcaggacacagagaga
ctcaacctaggctataacagcattggggcagttgggtcttcagattttgtcaacctacgg
aaattggaaatgcttatgcttcatggaaatgatatatcctctgtttcttctggatccttt
taccacctccggtccctgcagatcctcaagttgagctacaacaaactgaaaagagttgac
cccagcttatttgagggcttgactagcctcgtacggcttcatttagaccacaatctcatt
gacttcattgagcccttttcatttaatggactcacatcattaaagctattgcaactggag
gggaaccgactgcaggacctccattctcacacatttattacagtctcagttctgggaaca
ttttggagctcaggactgcggcacctgcacttggcagacaatcagctagaatacttactg
cctggaactctgcagcacttaaacaggctggaagtcctctccctgcatggaaacccctgg
gcttgtgattgccacttacattggctcttggagtggaacaagaatcatgatggagttatt
aagtgcaaaaaagatcgtgatactggtgatgctggcaactgtgctgcatgtgcctcacca
ctgcctttaaacaacagccagatcttgcagctttcgaccaatcagcttacctgtgaccaa
ccctccctgcagtcccctttaaaaattggagagagtagcatgggggaagatcaggagcca
gataccccctacatcaaagacctggagcatcctcttggccacctgaccttcattctttct
gacagccatgggaatcgggcgcatgtggcttgtaatgtaacacgtcccgttgaaggcacc
accattgtgtgggaaccagtgaggaaaacagatgagattgctgtaaatgtaactttaaga
acactgctggagtgtgagatcgatagagatgctcttcagaacctgtggaggttgattgct
tattactacgaaagtccagccattttggaaaggggaaccagtcttgggaattcttccaag
gtgacttttcagtactctcaagccacaagtgaggaatccccatatttcactgaactcaaa
ggacacttgatggctgaaccagcctggctattgcaaccaagggtcactcttcagttgaac
aggcgcaaaactacaactaagaaactggtgctgaacttctccacttttatatcaaaacaa
ctcattggaagagggggtgaggaggatgtaacctcatcctgggctatgatccaaagagga
gccccagggagaatccagtcagttctagaacattatgaggttagtctggattgtagcgtg
ctcagctcagggcattaccctgtggagtggatgcttccagacttaacaccgatcgatcaa
actgattctcataatttaaggttggagaatcacaggctagtaatcaaaaacacaagtata
gcagactctggactttatcattgctttgtgaggactgacactaatgtggacatagtctcc
tataggctgacagtcaggatgcgccttttgagtcccagtgatttaaatggaaaaaagata
tctgtggaaaaaggggacactcttaatcttccctgcttagtaacatctcctcatccaatt
gagacaaaatggtacctaccaaacaatcagattctcaaagcatcagagagaaaaggaaat
gtacaagtatcacagaacaacacgttgataatcaaaacagtgacacacgaggatgctgga
gagtacagctgtttagcagctaacctgtatggagctgatatgttgtctcatctaattgtt
gttactggtgaaaaagaagaaacacaaagaggtgttctggtttccaagggcgaagtacca
ctttttgaaagtgagggaagtgaagggtcaggttatgaagaaatcaaacgaccaacagct
aagctcacacctcaaaagactgatggaaaacacaggggtggcatcatccgacaaaataca
aaagggaagaaagtcaaggaaggtgtaagaaaaccaaataactctgtcaaggagcttgac
cctagtcgctgggagcagattgttgcaaaagctaatgctaaactgtcaactgttctgcca
gttacaatacatctagaaaatgtaataacaacaaccaccatctcttcgtcagccattcaa
actgctaaaacagatgttactgctagtggtgccagtacaacttcaagcctacaacgtttc
aatgtgaaacagctggaaacggcaccccacagtgagcatgtaaaacaagaaactacacat
ggagaggaatcaaaacagaaaatagatggttacaacaattcagatttgacaacagcagtg
cctgaacatgagacacagctggtgaaacaggtagacagacacacaatagaagagaaaata
agggctaacaataattccatctggaaccaaagacgaagattacctcataggcagcgcagg
cctttaccacgtagaccccttccaaagaggccaaatttcactgcaacacccactacaaca
gtgtcacttactcaatctccagtcaataatatagcaatgaccactaactcctattctcca
gcacaagacaaagatttaacagcaccagtgactttagaagtcactcctgctcattaccct
gtaactgaaagcttagtcgtggcagtcacggagagtactcttaaagtgccaaaaacaaca
agaacagatgggaagcttaatgaatttgaaagcaaaacaaaacacattgcttgggttcag
cacattagtacaacatctgtacaagaaactaaagtaattactgttacacatgcccccaga
cttatcaacaggcatgaacacgaaaatcgagagttcattatgagaattaacagccagaca
aatgacgataagatacggcagatttcagcaacagccactcctaatcttcagattagcaac
ataaatcctccagaaacaaaaaaagcacatacaactaagaaaccaacattaacctatgtg
gaccagcagagagtttacaactggggattgcatccagaaggtgtaccaatccacccctgg
cttatccaaaagaatacacccagttccttcacgcagtcttcttccttggccaaaaacaat
ggcatccccttctggcccacagttcaaagctcaagacaccaccattcccaagacaaatct
tggtatttcctacaaacaggaggcaggggtgcaggggtcaccaatcagcctcaaattagt
gctcaaacggttaagcccacagtttacatttcagggtcagcgacggcttcctttccaaga
accatagctccacatgtcagctcatctcgtgtacgagaccagttacttttcaacaggctc
agaaacagatacagacaaacacagcttgatgcatatcgattagcccagctggcaaagctt
gcaacttctaaaccaaggatttatcatcccactccacaacctaaccaagctccaaatgtc
ccaaacatctacaaaaaggtgacccctccatccatcctagcatatacaaacaaaccacgc
cccactgctagcataccacatggtgatcgctggcattacattcattttggagcaaagaaa
ctgagcactgccataccttttccaaacctgatgggcagtggtgtcaaacccaggatcaca
gcacctgaatctgcaactgtatctgctctagcagagggagatgtgctcttgtcctgtaga
tcatctggagaccccaaacctgttgtttcatggaccaaagtttcaacaggtgcaactatt
cagagcaacacaaaatttggacaaagatttgaggttctttcaaatggaactttcgtaatt
aagaatgtccagctgcaagacagaggccagtacctttgcacagctcaaaacaaatttggc
tcagaccgcatggtagttacactagtcgtgcagactcagccaccaaaaatcatgagcgca
agaccaagagatgtctcagtgtttttgggaaacccagtcaacttggactgtattgcagtg
ggcaaaccagaagcccagatttcatggattcttccagacaggacatttgtgcgagacatt
ggaacctttgaccgaaaagtatctctttttccaaacggaacgctgagcattcattcagca
aacttttcaaataaaggtgattataagtgcattgccagcaatgcagctggagcggacaca
ctcacataccacatccgtgtttcagctctacctcccataattgctgaggtttcctatgag
actatatttatgaatgtgggaagaaatgtttacatggattgcactgctaaaggagagcca
cttcctcttaataagtgggttctccctgatggttcagagatgaagcccacacagttcatt
ggaagccggatatttatcttcccaaatggaacactttatataaagaatgtcattcccaat
gattcagggaaatatgaatgctcagcaaccaacccaattggctttgctaaaaggacggtg
cagatggatgttagacaagaggctccaggcccctggaaaggcttataccaacatcatagt
gtcacagcaacatatggatccacagttttcttgtattgtccagagtccataggttcccag
agaggtacagtctggagactgccatctaaaaccatactggagcatcagtacagtccacac
agacacatcactgcttttcccaacggcactctgaggattctgagactgactgagaaagat
ggaggcaattatttgtgcatgtaccaaagaccaaatggtgaggacatggaactgttccaa
gtagaggttctcatgaggccaccaaagatagagaacgctggggcacaacataaaagagtt
gcaaatggagacaactttctagtggactgtatcgcctcaggccttccagaccctgaggtt
tcatggagcctcccagatggcaccatgatcaacaatgcccttcagtcagatgacaatgga
tcccgtaaccggcgctatatcatctttgggaatggtacgcttttgttgcaacaaatggga
aagaaggatgaaggcaattatacatgctatgctaaaaatacactgggagaggacgcaatg
aaagtaagtgtgcaagtgatgacaaccccaccccaattatccacgaaagagccggaaacc
atgcgggtccccttcgggcaatcaacccaaataaagtgtgatgctccaggtgttctacca
catacaattatttggatctcaccaaggaatgagataattacctcatcttcggtcaaatac
caaattctaaatgatgggactctaatcataaaaaagctgactttggccgaccagggaaag
tattcttgtgtggcacagaaccctgctggagcaaacattgggaatgtaaagctcctagtt
gaggttaaagagccgcaaatcaacaaacaaagtgggcaaactgtaagcaaagtcttagct
gtgtatttccagaccctcctgctagactgcaaggcagagggaatgcctgagccacagatc
acctggaccacaccttatggcatgtctctacctaccccatatttgggagggaggttccaa
gtccacagaaacggaactcttgaattgaggggcattcgaaagaccgatgaaggtcggttt
ctgtgcatagccaagaattacttgggggaagcaagcctggtggttgacctggaagttgca
tcacttgctgaaaagccgagttttacggtgccaaacattgaggttcttcctctcaaacca
gatggagatgacatctttctggaatgtcgtgcaacaggaagaccaaagccagagattctc
tggattctacccagtggaacagtgctgaatccaggaatgaagcttcatcggttcactcac
tacttggaaaacgggactttacacgttatgcagccaggtgtcattgacaaaggtgtatat
cgatgcctggccaaaaatgttgctggacaagcagaaaagcgctattctttagaacttgga
caaaagcctcagattagaagtacagctgctacaatgaaaatttcatttgggcagacacta
aatatgccatgcaatgctgatggttatccacaggcaacaattacctggactcttcctaat
ggcctggtcttagacaagcctcaggctattggaagagtagtgtatttatctaatggcaca
cttcagataaaagaaacttccaaacttgacagaggaacatatacctgcaaagccaaaaat
acatttggattatcaaccttgtcatatccagtcagtatcatggtgtttccgcctcaaatc
actcacgctccaccttcaataactagagttaacaagggctctcctgtggttttgaactgt
attgctgctggcatacctaaaccagatatttcttggactcttcctggacgtaccacactt
gtacctaataatcgcttcacaacaccaggtggaattcacatgactgaggagggaagtttg
gtcattcaggacccaggtctcttgaactcagggatttataaatgtaatgctagaaatgcc
ttgggaacagacttcaaagcaacataccttcaagtgatttga

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Genome (1)   
   KEGG GENOME (1)   
Gene (77)   
   RefGene (72)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   ZFIN (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (8)   
   RefSeq(nuc) (4)   
   GenBank (2)   
   EMBL (2)   
Protein domain (9)   
   Pfam (9)   
All databases (100)   

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