KEGG   Exaiptasia diaphana (Aiptasia): 110237824
Entry
110237824         CDS       T05080                                 
Name
(RefSeq) serine/arginine repetitive matrix protein 2
Organism
epa  Exaiptasia diaphana (Aiptasia)
SSDB
Other DBs
NCBI-GeneID: 110237824
NCBI-ProteinID: XP_020899090
Position
Unknown
AA seq 1936 aa
MADCPGVSSDQGELCPDRVDSAILLDQSSHGSIDDGKCDSPLNVAEECIQSFLHQGVFNT
LDVNTPEQDPLISANXTNPTSLPTSDXEHQNKTCVAEETINSLLEMNNIIPDTSDDRLSI
TADDETGDQSQCKNIDVELEAPCSLVXAIENSMQNKCLSVENADDRLSITYDEGAXQADV
KGSEPNSSXVVVEGSDSKPENTSNNLSQSEVKNENTDGATSDKKKKKHKHHKKHSKKKKK
KHKKEKKKKEKELKSSEVGKSDEPSKAQQSSSDESDDQRQHKAPIHLSSVVVQPSKHLND
GSKSSTGVSXVSFHGRKKXKSDDXVKGKDDAISAAAASAIPVEEEEDYDDDWLTYRSEAK
AAQMKKPTKRNSHSPEEKKETDYDSRHKHITSKERKKSDGSFDPHSERKIEKQHERXRSD
SMEMKTIRRDXREERYKHXHHNEIRRSISIDMGVKETSRRKSGDRRDSHEERETKREQXQ
ITSADIKDKEIERRKSRDRRDSHKEHKDNRRELISLRDEEQEAPGRCDSSVERRDREDRR
KSLNRNDSFEEKQKDLKIKNSTSXEMKDQERSSASRRDSLEGKSKEDETSKTNAVETTDE
GKKRISITGNESLEENELKTKLSTSVEKREKWKRRRIIRIVPRELKDKQTELKXVTSADS
RNKEKEQEIEKTINRRDSXEKEKKVEISKISLDEVSKMEXQQRRRDGGKKDLFHEKENDE
ADSSPSHGAGSKKDKQESLPSIRRKNSHEIEENEVDVKRSTSVEAEHKKEEREQRKRMSR
KXSHEGKGKEDEATVDMKNKEEKRGRRKSISRKDSREEQEMEKAESNQGISITEMKKEKW
KAFGSSGQPEKGNDKVKTADRKQTKSIDMFDPEDERKSISLIDLHEQRKXGKEHKMKEAS
DTGEEKSKRKEEQKMDKEVDLRKKSRSPSEKDXSKTGRQNQRSSRSSSKSVHGHSSRSPS
QTTARPQSRSKTSKDIVSSSGSSSDDSPRRKERSKTPKRTEKKKHKKRRSRSKTPTKKRK
HKSRSPSPKRHEVISKVTPRRYRSKSXSPKDVRKHRKRSRSRSPTKRKIRVPQSFLRLTS
YSLSSSSSSSRSPSPVVEKTSKRKHSNKRSPXLKGKTSSRSRSRSNTSPIKEKYSRRKSS
DKRSPSRKTNKFSSISRGRSRSTSPFQDKTLINTSSDKKSPRKRRYSKTLSRSRSRSSSP
KDKRIRKKSTDKSSKRKNRKLSTANDDQTGKSVSPSTKKTQQKDVXSMSSDTILSSGTQK
NSLDKEQVIQQSANAFSSVVEDGRTKEMCAVPNTSPLKPTTGTPSKNALTSEEHFKQNLE
GLPKDNKSSTTKKXSLSPKTISPKXRSSEYLDMISDDTLVDESKTDSNAIFLXPEEKVPE
LSAGNIKKDXQQXHNETSVKDVMAVDAVPLNSEATVTRNITQAPGFKEEKSTNSLKIQPT
KDIDIIKDYNTCNSTSLNITSGVTVTPQSLTKETVVDNNDNMAKRDSQTILPKRVMRKDI
PVIKDISGWISKGTLGSVVKDLPDSVSKDKPILVAKDKMSTVXKEIIGSVAKSPVKKEIQ
APVSKDTQPLVXKESQTPTTKDKLAPIEKEKPVTEVSRDSKTLRVSQIEQTMPQQTSQTV
DSNYDHXPPPPAPPMPLHFQNVFNPIGPLNPLQSGPSGTGFSPRLPLVQPPLGNTLQFQS
YMDHLPQHQAEAPSFMSSSQFVNIPGLGQGLGDTNELGSTSFDMQQQNRTLLGLPTSASV
IPFLGDNEPKATNGSSDEPAVADVMXSAAAESPVDMEMSGSSPEPEVDIIEKMNEEFWKT
EQSALDEAYEPEMDGPVFPVESAQVNVSSSTKKKGKKIKKKRQKPSEPQEQEEPKTKVQV
LLDKLHRQARVEEEVKIVLKEYYKHREIDKTEYKSILRKAVPQVANSNHSIDPERIRSLV
KKYVAKTKGARLQTKA
NT seq 5811 nt   +upstreamnt  +downstreamnt
atggccgactgtcctggagtaagctcagatcaaggggaactttgtccagacagggtcgat
tctgccatacttttggaccaaagctctcatggatctattgatgatggaaaatgtgactcc
ccattgaatgtagctgaggagtgtattcagtcatttttacatcaaggagtttttaatacc
ctggacgttaacacaccagaacaagatccattaatatcggctaatwataccaatcctact
agtctacctacatctgataytgaacatcaaaacaaaacctgtgtygctgaagagacaatt
aactcacttcttgagatgaataatattatccctgatacaagtgatgatcgattgagtata
actgctgatgatgaaacaggtgatcagtcacagtgtaagaatattgacgttgagctagaa
gctccttgttctcttgtgwcagccatagaaaacagtatgcagaataaatgtctcagtgtt
gagaatgctgacgataggttaagtattacctatgatgagggcgctkatcaagctgatgta
aaaggttcagaaccaaatagttctgmtgttgtcgtagaaggctctgattctaaacctgaa
aatacgtcaaataacttgagtcaatctgaggtcaagaatgaaaatacagatggagcaact
tctgataaaaagaaaaagaaacataaacaccacaagaaacactccaaaaagaaaaagaaa
aaacataaaaaagaaaagaaaaagaaagaaaaggaattgaagtcaagtgaagttggcaag
tcagatgaaccgtccaaagctcaacaatcttcctctgacgagtcagatgaccagagacaa
cataaagctccgattcatctatcatccgtagtagtacaaccaagtaaacaccttaatgat
ggtagtaagagttctactggagtctctsgagtttctttccatggaagaaaaaagarcaaa
agtgacgatrctgttaargggaaagacgatgccattagtgctgctgcsgcttctgccatt
cctgtcgaggaagaagaagactatgacgacgactggctgacatacagaagcgaggctaaa
gctgctcaaatgaaaaaaccgactaagagaaacagtcattcacccgaagaaaagaaagaa
acagattatgactcaagacataaacacattaccagcaaagagagaaagaaaagcgacggt
tcattcgatcctcacagtgaaagaaagatagaaaaacaacatgaaagraraagaagcgat
tcaatggagatgaaaacaatcaggcgagatycacgcgaagaaaggtacaaacatcwtcat
cataatgaaataagaaggagcatttcaattgacatgggagtaaaagaaacatcgaggaga
aaaagtggagatagaagggactcgcacgaagaaagggagacaaaaagggaacagarccaa
ataacttcagctgacataaaagataaagaaatagagaggagaaaaagtagggacagaagg
gattcgcataaagaacacaaagacaacagaagagaactgatttctttacgtgacgaagaa
caagaagcacccggaagatgcgatagttcagttgagagaagagacagagaggacagaaga
aagagtttaaatagaaacgattcatttgaagaaaaacaaaaagacttgaaaatcaagaat
agtacttcaascgaaatgaaagatcaagaaagaagtagtgcaagtaggagagattcactc
gaaggaaaatcaaaagaggatgaaacatcaaagactaatgcagttgagactacagacgaa
ggaaagaagagaataagtatcactggaaatgaatcacttgaagaaaacgaattgaaaacc
aaactgagtacttcggtcgagaaaagagaaaagtggaaaaggcgacgtattattagaata
gtgccgcgtgaattaaaggataaacaaacagaactaaagrargttacttcagctgactcg
agaaataaagagaaagagcaagaaattgaaaaaactatcaatagaagagactcacwtgaa
aaggaaaagaaagttgaaattagtaaaattagtttagatgaggtgagcaaratggaagwg
caacaaagaagaagagatggcggtaaaaaagacctgtttcatgaaaaggagaacgacgaa
gctgacagcagtccttcacacggggcgggaagcaaaaaggataaacaagaaagcctacca
agtattcgtagaaagaactcacacgaaatagaggagaatgaagtcgatgtaaagagaagt
acttcagtagaggctgaacacaaaaaggaagaacgagaacaaagaaaaaggatgagtaga
aaggamtcacatgagggaaaaggaaaagaagatgaagcaacagttgatatgaaaaacaaa
gaagagaaacggggaagaagaaaaagtatcagtagaaaagactcacgcgaagaacaggag
atggaaaaagctgaatcaaaccagggcatttcgattactgaaatgaaaaaagaaaagtgg
aaagcttttggcagcagtggccagcctgaaaaaggaaatgataaagtcaaaacagcagac
aggaaacaaactaagtcaatcgacatgtttgaccctgaagacgaaaggaagagtataagc
ttaattgatttacacgaacaaagaaaaktaggaaaagaacataaaatgaaagaagcaagt
gacacaggcgaagagaaaagcaaacgaaaagaagagcagaaaatggacaaggaagtggat
ttgaggaaaaagtccagatctcccagtgaaaaagatakcagcaaaactggtagacaaaac
caaaggtcaagcagaagtagcagtaagtcagtacatgggcacagttccagatctccatca
caaaccactgcaagaccccagtctcgctctaagacctctaaagatattgtatcaagctct
ggttcttcttcagacgatagcccaagacgaaaagagcgcagcaaaacaccaaaaagaaca
gagaaaaagaaacacaagaaacgtagatcgcgaagcaaaactcctacaaagaaaagaaaa
cataaatcacgcagtccgtcgcctaagagacatgaagtcatctcgaaagtgacaccgcga
cggtatagatcaaaaagcgrcagtccaaaggatgttagaaaacacaggaaaaggtctcga
agtagaagtcctaccaagcgaaagatacgagtacctcagagttttcttagactgacatcc
tatagcttgtcttcttcctccagcagctcacgcagcccatctccagtagttgaaaaaaca
tcaaaaagaaagcatagcaataagagatctcctgyactaaagggtaagacgtcctcaaga
agccgatctcgcagcaacacatcrccaatcaaagaaaagtactcaagacgaaartcaagc
gacaaaaggtcaccctcaagaaagaccaacaaattctcgtctatttcaagaggtcggtcg
cgcagtacttctccatttcaggacaagactttaataaatacatctagtgacaaaaaatcc
ccgagaaaaagaaggtattctaaaacgttatccagaagtcgttctcgtagttcgtctcca
aaagataaaaggatcagaaagaagtcaacggacaaatcctcaaaacgaaaaaatcgaaaa
ttatcaactgcgaatgatgaccaaacaggaaaaagtgtgtcgccatcaacgaagaaaact
cagcaaaaggacgttcraagtatgtcgtcggatacaattttatcctctggcactcagaar
aattcattagacaaggaacaggttatccaacagtctgctaatgctttctcttccgttgtt
gaagacggccgaacaaaggaaatgtgtgcggtgcccaatacctctcctttaaaacccacc
acaggaacaccaagtaaaaacgcgttgacttccgaagaacacttcaaacagaatcttgaa
ggtctaccaaaagacaataaaagtagtacaactaaaaaaygttcactttctcctaaaact
atttcaccaaaaamgcgttctagcgaatacttagatatgatatcagacgatactttggtt
gatgaatcgaagactgattctaacgcaatttttttgaamcctgaagagaaggtacctgaa
ctttccgcggggaacattaagaaagatrtgcaacaaraacataacgagacctctgttaaa
gatgtyatggcagttgatgcagtgcctttaaacagtgaagcaacagtaacaaggaacatc
actcaagctcctggttttaaagaggaaaagtcaacgaactcattgaaaatacaaccaacc
aaagatattgatattatcaaagactataatacgtgcaacagtacctctttaaatatcacg
agtggtgttactgtaactccacaatctttaactaaagaaactgttgttgataataatgat
aatatggctaaacgagatagtcaaaccattttaccaaagagagtcatgcgaaaggatatt
ccagtcatcaaggatatatcagggtggatttcaaagggcacattgggttccgttgttaag
gacttacctgactctgtttctaaggacaaaccgatattggttgccaaggacaaaatgagc
actgtttycaaagaaattataggctcggtagccaagtctccagttaagaaagagattcag
gcacccgtttccaaggacacgcagccccttgttgscaaggagtcgcaaacccccactacc
aaggataaactagcaccaattgagaaggagaaacctgttactgaggtttcaagagattca
aagactctaagagtttcacaaattgaacaaactatgcctcaacaaactagtcaaacggtt
gactcaaattatgaccatcycccccctccacctgcaccaccaatgcctttacacttccag
aatgtttttaacccaattgggcctcttaaccctctgcagagtggtccctctgggacaggt
ttctcacctcggctaccacttgttcaacctcctttaggaaatacactgcaatttcaatca
tatatggaccatttacctcaacatcaggccgaggcaccaagctttatgtccagtagtcaa
tttgtaaatattcctggtttaggtcagggactaggggatacaaatgaacttggttcaaca
agctttgatatgcaacaacaaaatcggactttacttggcttgccaacttccgctagcgtg
attccattcttaggagacaatgagcccaaagctactaatggcagtagtgacgagcctgca
gtcgctgatgtaatggrttcagcggctgcagagagccccgttgacatggagatgtcaggc
tcatcaccagaaccggaagtggacataatagaaaaaatgaacgaagagttctggaagact
gaacaaagtgcacttgatgaggcttatgaaccggaaatggacggaccagtttttcctgtt
gaatcggcacaggtaaatgttagtagttctactaagaagaaaggtaaaaagatmaagaaa
aagcgacagaaaccatctgaaccacaagagcaagaagaacctaaaactaaagtacaggtt
ctgcttgataagttacatcgacaggcgcgcgttgaagaagaagtaaagatcgtcctcaaa
gaatattacaaacacagggagattgataagaccgaatataaaagcattctcagaaaggct
gttccacaggtggccaattcaaatcattcaattgatccagagagaatccgttctttggta
aagaagtacgtggctaagacaaaaggagctcgtctccagaccaaggcctag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (97)   
   RefGene (94)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
All databases (104)   

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