| Tag |
Content |
| WERAM ID |
WERAM-Art-0105 |
| Ensembl Protein ID |
AT4G20400.1 |
| Uniprot Accession |
Q8GUI6; JMJ14_ARATH; F4JUW8; Q9SUN9
|
| Genbank Protein ID |
NP_001031681.1; NP_193773.2
|
| Protein Name |
Probable lysine-specific demethylase JMJ14 |
| Genbank Nucleotide ID |
NM_001036604.1; NM_118159.2
|
| Gene Name |
JMJ14 |
| Ensembl Information |
|
| Details |
| Type |
Family |
Domain |
Substrates |
AA |
References (PMIDs) |
| HDM |
JARID |
Jmjc |
H3K4me1/2/3 |
K |
26617990
|
|
| Status |
Reviewed |
| Classification |
| Type |
Family |
E-value |
Score |
Start |
End |
| HDM |
JARID |
7.50e-95 |
316.3 |
263 |
429 |
|
| Organism |
Arabidopsis thaliana |
| NCBI Taxa ID |
3702 |
Functional Description
(View)Functional Description
Histone demethylase that demethylates 'Lys-4' (H3K4me) of histone H3 with a higher activity for H3K4me3 and H3K4me2 than H3K4me1. No activity on H3K9me3/2, H3K36me3/2 and H3K27me3/2. Represses FT and TSF expression to inhibit the floral transition. Binds around the transcription start site of the FT locus. Involved in the DRM2-mediated maintenance of DNA methylation, but not required for the de novo DNA methylation. Required for demethylating histone H3K4me3 at the target of RNA silencing. |
Histone demethylase that demethylates 'Lys-4' (H3K4me) of histone H3 with a higher activity for H3K4me3 and H3K4me2 than H3K4me1. No activity on H3K9me3/2, H3K36me3/2 and H3K27me3/2. Represses FT and TSF expression to inhibit the floral transition. Binds around the transcription start site of the FT locus. Involved in the DRM2-mediated maintenance of DNA methylation, but not required for the de novo DNA methylation. Required for demethylating histone H3K4me3 at the target of RNA silencing.
|
| Domain Profile |
HDM JARID
JARID.txt 1 eyaesgwnlnnlpvleesvlahinadisgvkvpwlyvgmcfsafcwhvedhwsysinylhfgepkvwygvpgsaaekleevlkklapelfesqpdllh 98
+y+++gwnlnnl++l +svla++++disgv vpwlyvgmcfs+fcwhvedh++ys+nylh+g+pkvwyg+pg++ae++e+v+kk++p+lfe+qpdllh
AT4G20400.1 263 QYSQCGWNLNNLSRLPGSVLAFESCDISGVIVPWLYVGMCFSTFCWHVEDHHLYSMNYLHTGDPKVWYGIPGNHAESFENVMKKRLPDLFEEQPDLLH 360
79************************************************************************************************ PP
JARID.txt 99 qlvtllnpnilkeegvpvyrtnqkagefvitfprayhsgfnqgfnfaeavnfatvdwlaagreavesys 167
qlvt+l+p+ilkeegvpvyr++q++gef++tfp+ayhsgfn+gfn+aeavn+a+vdwl +g++ave ys
AT4G20400.1 361 QLVTQLSPRILKEEGVPVYRAVQRSGEFILTFPKAYHSGFNCGFNCAEAVNVAPVDWLVHGQNAVEGYS 429
******************************************************************996 PP
|
Protein Sequence
(Fasta) | MDQLASLAES VAMEEDSEKQ SIKGESSLEP DSTPSSPKIT ARWNPSEACR PLVDDAPIFY 60
PTNEDFDDPL GYIEKLRSKA ESYGICRIVP PVAWRPPCPL KEKKIWENSK FPTRIQFIDL 120
LQNREPIKKS TKTKKRKRRR ISKIGYTRRK RDSGCDTASS GSSDSEGKFG FQTGPDFTLE 180
EFQKYDEYFK ECYFQSEDHP GSKASENKKF KPKVKDLEGE YWRIVEQATD EVEVYYGADL 240
ETKKFGSGFP KYKPGYPISE ADQYSQCGWN LNNLSRLPGS VLAFESCDIS GVIVPWLYVG 300
MCFSTFCWHV EDHHLYSMNY LHTGDPKVWY GIPGNHAESF ENVMKKRLPD LFEEQPDLLH 360
QLVTQLSPRI LKEEGVPVYR AVQRSGEFIL TFPKAYHSGF NCGFNCAEAV NVAPVDWLVH 420
GQNAVEGYSK QRRKSSLSHD KLLLGAAMEA TYCLWELSLS KKKTPVIARW KRVCSEDGLL 480
TKAVKKRVQM EEERLNHLQD GFSLRKMEGD FDNKRERECF LCFYDLHMSA SSCKCSPNRF 540
ACLIHAKDLC SCESKDRYIL IRHTLDELWA LVRALEGDLD AIDLWASKCR DQYPSQHPRA 600
REYAYLKSAP CIKSRGSSKV QQREQNNLQL VSERLQSDLT SNKEVQLKQD GDSDVNRHGH 660
ESERNHVHGI TDKSAVTDVK LGVGGKFDEK KISVESQNPH SVSDVGCSEL AKKVDGCLGG 720
KDQNAATNRL SLSVELLSSG SLVVKKLWCS KQAIYPKGFK SRVKFLSVLD PTNLTNYISE 780
VLDAGLLGPL FRVSVEDYPT ENFSNVSAEK CWQMVTQRLK LEIIKKCDQP VSSLTSLQPL 840
ESINGLEMFG FLSPHVIKVV EALDPKHQLE EYWNQKAVKL FGAEPIKEGE KDDTEKGGAS 900
DPSLDRDTRL LRGLLKKATP EELVMMHGLL CGETRNTELK EELSTLVDKM EISP 954Protein Fasta Sequence
>AT4G20400.1|JMJ14|Arabidopsis thaliana
MDQLASLAESVAMEEDSEKQSIKGESSLEPDSTPSSPKITARWNPSEACRPLVDDAPIFYPTNEDFDDPLGYIEKLRSKAESYGICRIVPPVAWRPPCPLKEKKIWENSKFPTRIQFIDLLQNREPIKKSTKTKKRKRRRISKIGYTRRKRDSGCDTASSGSSDSEGKFGFQTGPDFTLEEFQKYDEYFKECYFQSEDHPGSKASENKKFKPKVKDLEGEYWRIVEQATDEVEVYYGADLETKKFGSGFPKYKPGYPISEADQYSQCGWNLNNLSRLPGSVLAFESCDISGVIVPWLYVGMCFSTFCWHVEDHHLYSMNYLHTGDPKVWYGIPGNHAESFENVMKKRLPDLFEEQPDLLHQLVTQLSPRILKEEGVPVYRAVQRSGEFILTFPKAYHSGFNCGFNCAEAVNVAPVDWLVHGQNAVEGYSKQRRKSSLSHDKLLLGAAMEATYCLWELSLSKKKTPVIARWKRVCSEDGLLTKAVKKRVQMEEERLNHLQDGFSLRKMEGDFDNKRERECFLCFYDLHMSASSCKCSPNRFACLIHAKDLCSCESKDRYILIRHTLDELWALVRALEGDLDAIDLWASKCRDQYPSQHPRAREYAYLKSAPCIKSRGSSKVQQREQNNLQLVSERLQSDLTSNKEVQLKQDGDSDVNRHGHESERNHVHGITDKSAVTDVKLGVGGKFDEKKISVESQNPHSVSDVGCSELAKKVDGCLGGKDQNAATNRLSLSVELLSSGSLVVKKLWCSKQAIYPKGFKSRVKFLSVLDPTNLTNYISEVLDAGLLGPLFRVSVEDYPTENFSNVSAEKCWQMVTQRLKLEIIKKCDQPVSSLTSLQPLESINGLEMFGFLSPHVIKVVEALDPKHQLEEYWNQKAVKLFGAEPIKEGEKDDTEKGGASDPSLDRDTRLLRGLLKKATPEELVMMHGLLCGETRNTELKEELSTLVDKMEISP |
Nucleotide Sequence
(Fasta) | AACTCATCAA AGAAGGAAAG AAAAAAAAAA ACCTCTTTCA CAGATATTTA ACCAAAAGGT 60
TTTAGATTTA TACTATACGT TACAAATAAA ATTCGAGAGT CAAATTCAAT CTTGGGAAAA 120
GCTTTTGTTC CGAATCTTGG CCCCTTCACG AAGGTCACGG GTTAAAAGTA TCGATCTTTG 180
TGAACTTAAT CTCACTGTAA ATGGATCAGC TTGCATCTCT AGCAGAGTCT GTGGCTATGG 240
AGGAAGATTC TGAGAAACAA TCGATTAAAG GAGAGAGTAG TCTTGAACCT GACTCTACTC 300
CTTCTAGTCC TAAAATAACT GCTAGGTGGA ATCCATCAGA AGCTTGCAGG CCTTTGGTTG 360
ATGACGCTCC CATCTTTTAT CCCACTAATG AGGATTTTGA TGATCCACTT GGTTACATAG 420
AGAAGTTGCG CTCTAAAGCA GAATCATATG GCATATGTCG AATTGTGCCG CCTGTTGCAT 480
GGAGGCCCCC TTGCCCTCTG AAGGAGAAAA AAATATGGGA GAATTCTAAA TTTCCCACCC 540
GGATTCAGTT CATTGACTTG CTTCAAAACC GAGAACCGAT TAAAAAATCT ACTAAAACCA 600
AGAAGAGAAA ACGGAGAAGA ATCTCTAAAA TTGGATACAC AAGAAGAAAA AGAGATTCAG 660
GCTGTGATAC GGCTTCCTCT GGCTCTAGTG ATAGTGAAGG AAAATTTGGT TTTCAGACTG 720
GGCCAGATTT TACCCTGGAA GAATTTCAGA AGTATGATGA ATACTTTAAG GAATGCTATT 780
TTCAGTCAGA GGATCATCCT GGTTCCAAAG CGTCTGAAAA TAAGAAATTT AAACCTAAGG 840
TTAAGGACCT TGAAGGTGAA TATTGGCGGA TAGTGGAGCA GGCAACTGAT GAAGTAGAGG 900
TGTACTATGG AGCTGACTTG GAAACAAAGA AATTTGGAAG TGGTTTCCCA AAGTATAAAC 960
CGGGGTATCC TATAAGTGAA GCAGATCAAT ACTCTCAATG TGGTTGGAAC CTAAATAATT 1020
TGTCCCGTCT GCCCGGATCA GTTCTAGCTT TTGAGAGCTG CGATATCTCA GGAGTCATTG 1080
TGCCATGGCT TTATGTTGGA ATGTGCTTTT CAACTTTTTG TTGGCATGTT GAAGATCATC 1140
ACCTTTATTC CATGAACTAC TTACACACAG GTGATCCAAA AGTTTGGTAT GGGATCCCTG 1200
GAAACCATGC TGAGTCTTTT GAAAATGTAA TGAAAAAGCG TCTTCCAGAT TTGTTTGAAG 1260
AACAGCCTGA CTTGCTACAT CAACTGGTCA CTCAGTTATC TCCAAGAATC TTAAAAGAGG 1320
AGGGAGTACC TGTCTATCGA GCTGTCCAGC GCAGTGGAGA ATTCATTCTA ACCTTCCCTA 1380
AGGCCTATCA TTCTGGGTTT AATTGTGGTT TCAACTGTGC GGAAGCAGTA AATGTTGCAC 1440
CAGTTGATTG GCTGGTTCAT GGACAGAATG CAGTGGAAGG CTATAGCAAG CAGCGGCGAA 1500
AGAGTTCATT GTCACATGAC AAGCTGCTTC TTGGAGCTGC TATGGAAGCT ACTTATTGCC 1560
TCTGGGAGCT TTCACTTTCA AAGAAGAAGA CTCCTGTGAT TGCGAGATGG AAAAGGGTTT 1620
GTAGTGAGGA TGGATTGCTT ACGAAGGCAG TCAAGAAGCG TGTGCAGATG GAAGAAGAAA 1680
GACTAAATCA CCTTCAAGAT GGTTTTAGCT TGCGAAAGAT GGAGGGTGAT TTCGACAATA 1740
AGAGAGAACG GGAGTGCTTC TTGTGCTTCT ATGATTTGCA TATGTCTGCT TCAAGCTGCA 1800
AGTGTTCCCC CAACCGGTTT GCATGTCTTA TCCACGCTAA GGATCTGTGT TCATGTGAAA 1860
GTAAGGATAG ATATATCCTA ATTCGCCACA CCTTGGATGA GTTATGGGCA CTGGTCAGAG 1920
CTCTAGAAGG GGATCTTGAT GCCATAGACC TATGGGCAAG TAAATGTCGT GACCAGTATC 1980
CTTCACAGCA TCCAAGAGCA AGAGAATATG CTTACCTCAA GTCTGCCCCA TGTATAAAGA 2040
GCCGTGGTTC ATCAAAAGTA CAGCAGCGAG AACAAAACAA TCTTCAGTTA GTGTCTGAAC 2100
GCTTACAAAG TGATCTAACC TCAAACAAGG AAGTTCAGTT GAAACAAGAT GGTGATTCAG 2160
ATGTAAATCG CCATGGTCAT GAAAGCGAAA GAAATCATGT ACATGGGATC ACTGATAAGT 2220
CAGCTGTCAC GGATGTAAAA CTTGGTGTGG GAGGTAAGTT TGATGAGAAG AAGATTTCGG 2280
TTGAATCTCA AAACCCACAT TCAGTTTCAG ATGTAGGGTG TAGCGAGCTG GCGAAGAAAG 2340
TGGATGGTTG TTTAGGAGGG AAGGACCAAA ATGCTGCAAC CAATAGGTTA AGTCTCTCTG 2400
TTGAGCTTTT GAGTTCTGGA TCTCTCGTTG TTAAAAAGCT GTGGTGCAGT AAACAGGCCA 2460
TATACCCAAA AGGGTTCAAG AGCCGTGTTA AGTTCTTAAG TGTGCTTGAC CCAACAAACC 2520
TAACCAACTA CATCTCAGAG GTTCTGGATG CAGGGCTTCT TGGTCCATTG TTCAGGGTCT 2580
CAGTAGAAGA TTACCCCACT GAGAATTTCT CGAATGTATC TGCTGAAAAG TGCTGGCAAA 2640
TGGTGACACA AAGGCTCAAA CTCGAAATCA TCAAGAAATG TGATCAACCA GTTAGCTCTT 2700
TGACCTCTTT ACAACCTTTG GAGAGTATAA ATGGGCTTGA AATGTTTGGA TTTCTCTCCC 2760
CGCACGTAAT TAAGGTGGTT GAGGCTCTTG ATCCAAAGCA TCAATTGGAG GAGTATTGGA 2820
ACCAAAAAGC AGTGAAACTG TTTGGTGCTG AACCAATAAA GGAAGGAGAA AAGGATGATA 2880
CAGAGAAAGG AGGGGCTTCA GATCCCTCTT TGGACCGGGA CACAAGGCTT CTGCGTGGAC 2940
TGTTGAAGAA GGCGACACCT GAAGAATTAG TAATGATGCA TGGACTTCTG TGTGGTGAGA 3000
CTCGCAACAC CGAGCTCAAG GAAGAGCTCT CTACTTTGGT TGATAAGATG GAGATAAGTC 3060
CTTAAGGAGG AGCAAGCAGA TAAACACACT AACACCCTTT GAAGTTGATT GTGTTTGTTG 3120
TTCCTTTGGT TATAAACTGT ATCAGTAGAG AAATCTAGAG AGGCAATACA AAAGTAGACA 3180
AAAGGGTTAC TTCGTTGACA TGTCTTTCCT TTTTACCAAA AAAGGGTTTA GGATTAATGA 3240
TTGTATTATA CTGTGTTGCA TTTGCAATGT ACCATTGTTC TCTATATTTC ATTTGCTTAT 3300
TTGTAACAGC TTTTATGAT
Nucleotide Fasta Sequence
>AT4G20400.1|JARID|Arabidopsis thaliana
AACTCATCAAAGAAGGAAAGAAAAAAAAAAACCTCTTTCACAGATATTTAACCAAAAGGTTTTAGATTTATACTATACGTTACAAATAAAATTCGAGAGTCAAATTCAATCTTGGGAAAAGCTTTTGTTCCGAATCTTGGCCCCTTCACGAAGGTCACGGGTTAAAAGTATCGATCTTTGTGAACTTAATCTCACTGTAAATGGATCAGCTTGCATCTCTAGCAGAGTCTGTGGCTATGGAGGAAGATTCTGAGAAACAATCGATTAAAGGAGAGAGTAGTCTTGAACCTGACTCTACTCCTTCTAGTCCTAAAATAACTGCTAGGTGGAATCCATCAGAAGCTTGCAGGCCTTTGGTTGATGACGCTCCCATCTTTTATCCCACTAATGAGGATTTTGATGATCCACTTGGTTACATAGAGAAGTTGCGCTCTAAAGCAGAATCATATGGCATATGTCGAATTGTGCCGCCTGTTGCATGGAGGCCCCCTTGCCCTCTGAAGGAGAAAAAAATATGGGAGAATTCTAAATTTCCCACCCGGATTCAGTTCATTGACTTGCTTCAAAACCGAGAACCGATTAAAAAATCTACTAAAACCAAGAAGAGAAAACGGAGAAGAATCTCTAAAATTGGATACACAAGAAGAAAAAGAGATTCAGGCTGTGATACGGCTTCCTCTGGCTCTAGTGATAGTGAAGGAAAATTTGGTTTTCAGACTGGGCCAGATTTTACCCTGGAAGAATTTCAGAAGTATGATGAATACTTTAAGGAATGCTATTTTCAGTCAGAGGATCATCCTGGTTCCAAAGCGTCTGAAAATAAGAAATTTAAACCTAAGGTTAAGGACCTTGAAGGTGAATATTGGCGGATAGTGGAGCAGGCAACTGATGAAGTAGAGGTGTACTATGGAGCTGACTTGGAAACAAAGAAATTTGGAAGTGGTTTCCCAAAGTATAAACCGGGGTATCCTATAAGTGAAGCAGATCAATACTCTCAATGTGGTTGGAACCTAAATAATTTGTCCCGTCTGCCCGGATCAGTTCTAGCTTTTGAGAGCTGCGATATCTCAGGAGTCATTGTGCCATGGCTTTATGTTGGAATGTGCTTTTCAACTTTTTGTTGGCATGTTGAAGATCATCACCTTTATTCCATGAACTACTTACACACAGGTGATCCAAAAGTTTGGTATGGGATCCCTGGAAACCATGCTGAGTCTTTTGAAAATGTAATGAAAAAGCGTCTTCCAGATTTGTTTGAAGAACAGCCTGACTTGCTACATCAACTGGTCACTCAGTTATCTCCAAGAATCTTAAAAGAGGAGGGAGTACCTGTCTATCGAGCTGTCCAGCGCAGTGGAGAATTCATTCTAACCTTCCCTAAGGCCTATCATTCTGGGTTTAATTGTGGTTTCAACTGTGCGGAAGCAGTAAATGTTGCACCAGTTGATTGGCTGGTTCATGGACAGAATGCAGTGGAAGGCTATAGCAAGCAGCGGCGAAAGAGTTCATTGTCACATGACAAGCTGCTTCTTGGAGCTGCTATGGAAGCTACTTATTGCCTCTGGGAGCTTTCACTTTCAAAGAAGAAGACTCCTGTGATTGCGAGATGGAAAAGGGTTTGTAGTGAGGATGGATTGCTTACGAAGGCAGTCAAGAAGCGTGTGCAGATGGAAGAAGAAAGACTAAATCACCTTCAAGATGGTTTTAGCTTGCGAAAGATGGAGGGTGATTTCGACAATAAGAGAGAACGGGAGTGCTTCTTGTGCTTCTATGATTTGCATATGTCTGCTTCAAGCTGCAAGTGTTCCCCCAACCGGTTTGCATGTCTTATCCACGCTAAGGATCTGTGTTCATGTGAAAGTAAGGATAGATATATCCTAATTCGCCACACCTTGGATGAGTTATGGGCACTGGTCAGAGCTCTAGAAGGGGATCTTGATGCCATAGACCTATGGGCAAGTAAATGTCGTGACCAGTATCCTTCACAGCATCCAAGAGCAAGAGAATATGCTTACCTCAAGTCTGCCCCATGTATAAAGAGCCGTGGTTCATCAAAAGTACAGCAGCGAGAACAAAACAATCTTCAGTTAGTGTCTGAACGCTTACAAAGTGATCTAACCTCAAACAAGGAAGTTCAGTTGAAACAAGATGGTGATTCAGATGTAAATCGCCATGGTCATGAAAGCGAAAGAAATCATGTACATGGGATCACTGATAAGTCAGCTGTCACGGATGTAAAACTTGGTGTGGGAGGTAAGTTTGATGAGAAGAAGATTTCGGTTGAATCTCAAAACCCACATTCAGTTTCAGATGTAGGGTGTAGCGAGCTGGCGAAGAAAGTGGATGGTTGTTTAGGAGGGAAGGACCAAAATGCTGCAACCAATAGGTTAAGTCTCTCTGTTGAGCTTTTGAGTTCTGGATCTCTCGTTGTTAAAAAGCTGTGGTGCAGTAAACAGGCCATATACCCAAAAGGGTTCAAGAGCCGTGTTAAGTTCTTAAGTGTGCTTGACCCAACAAACCTAACCAACTACATCTCAGAGGTTCTGGATGCAGGGCTTCTTGGTCCATTGTTCAGGGTCTCAGTAGAAGATTACCCCACTGAGAATTTCTCGAATGTATCTGCTGAAAAGTGCTGGCAAATGGTGACACAAAGGCTCAAACTCGAAATCATCAAGAAATGTGATCAACCAGTTAGCTCTTTGACCTCTTTACAACCTTTGGAGAGTATAAATGGGCTTGAAATGTTTGGATTTCTCTCCCCGCACGTAATTAAGGTGGTTGAGGCTCTTGATCCAAAGCATCAATTGGAGGAGTATTGGAACCAAAAAGCAGTGAAACTGTTTGGTGCTGAACCAATAAAGGAAGGAGAAAAGGATGATACAGAGAAAGGAGGGGCTTCAGATCCCTCTTTGGACCGGGACACAAGGCTTCTGCGTGGACTGTTGAAGAAGGCGACACCTGAAGAATTAGTAATGATGCATGGACTTCTGTGTGGTGAGACTCGCAACACCGAGCTCAAGGAAGAGCTCTCTACTTTGGTTGATAAGATGGAGATAAGTCCTTAAGGAGGAGCAAGCAGATAAACACACTAACACCCTTTGAAGTTGATTGTGTTTGTTGTTCCTTTGGTTATAAACTGTATCAGTAGAGAAATCTAGAGAGGCAATACAAAAGTAGACAAAAGGGTTACTTCGTTGACATGTCTTTCCTTTTTACCAAAAAAGGGTTTAGGATTAATGATTGTATTATACTGTGTTGCATTTGCAATGTACCATTGTTCTCTATATTTCATTTGCTTATTTGTAACAGCTTTTATGAT
|
| Sequence Source |
Ensembl |
| Keyword |
KW-0025--Alternative splicing
KW-0156--Chromatin regulator
KW-0181--Complete proteome
KW-0223--Dioxygenase
KW-0408--Iron
KW-0479--Metal-binding
KW-0539--Nucleus
KW-0560--Oxidoreductase
KW-1185--Reference proteome
KW-0804--Transcription
KW-0805--Transcription regulation
--
|
| Interpro |
IPR003889--FYrich_C
IPR003888--FYrich_N
IPR003347--JmjC_dom
IPR003349--JmjN
IPR004198--Znf_C5HC2
|
| PROSITE |
PS51543--FYRC
PS51542--FYRN
PS51184--JMJC
PS51183--JMJN
|
| Pfam |
PF05965--FYRC
PF05964--FYRN
PF02373--JmjC
PF02375--JmjN
PF02928--zf-C5HC2
|
| Gene Ontology |
GO:0005654--C:nucleoplasm
GO:0051213--F:dioxygenase activity
GO:0032453--F:histone demethylase activity (H3-K4 specific)
GO:0046872--F:metal ion binding
GO:0003700--F:transcription factor activity, sequence-specific DNA binding
GO:0000976--F:transcription regulatory region sequence-specific DNA binding
GO:0034720--P:histone H3-K4 demethylation
GO:0010216--P:maintenance of DNA methylation
GO:0009910--P:negative regulation of flower development
GO:0048579--P:negative regulation of long-day photoperiodism, flowering
GO:0045892--P:negative regulation of transcription, DNA-templated
GO:0048573--P:photoperiodism, flowering
GO:0006355--P:regulation of transcription, DNA-templated
GO:0006351--P:transcription, DNA-templated
|
| Orthology |
|
| Created Date |
25-Jun-2016 |
