| Tag |
Content |
| WERAM ID |
WERAM-Art-0049 |
| Ensembl Protein ID |
AT2G31650.1 |
| Uniprot Accession |
Q9C5X4; ATX1_ARATH; Q84WP4; Q9SIP3
|
| Genbank Protein ID |
NP_850170.1
|
| Protein Name |
Histone-lysine N-methyltransferase ATX1 |
| Genbank Nucleotide ID |
NM_179839.2
|
| Gene Name |
ATX1 |
| Ensembl Information |
|
| Details |
| Type |
Family |
Domain |
Substrates |
AA |
References (PMIDs) |
| HMT |
SET1 |
SET |
H3K4 |
K |
20703330; 26484201
|
|
| Status |
Reviewed |
| Classification |
| Type |
Family |
E-value |
Score |
Start |
End |
| HMT |
SET1 |
3.70e-42 |
144 |
898 |
1016 |
|
| Organism |
Arabidopsis thaliana |
| NCBI Taxa ID |
3702 |
Functional Description
(View)Functional Description
Histone methyltransferase. Methylates 'Lys-4' of histone H3. H3 'Lys-4' methylation represents a specific tag for epigenetic transcriptional activation. Required to maintain the active state of class A (AP1 and AP2), class B (PI and AP3) and class C (AG) floral homeotic genes at early stages of flower development. Regulates floral organ identity and flowering transition. Functions as a receptor for the lipid messenger phosphatidylinositol 5-phosphate (PI5P), which regulates negatively its transcriptional activation activity. |
Histone methyltransferase. Methylates 'Lys-4' of histone H3. H3 'Lys-4' methylation represents a specific tag for epigenetic transcriptional activation. Required to maintain the active state of class A (AP1 and AP2), class B (PI and AP3) and class C (AG) floral homeotic genes at early stages of flower development. Regulates floral organ identity and flowering transition. Functions as a receptor for the lipid messenger phosphatidylinositol 5-phosphate (PI5P), which regulates negatively its transcriptional activation activity.
|
| Domain Profile |
HMT SET1
SET1.txt 1 kelevakskikglglvakkeiekeelviEYvGevirsevadkrek..eyekkeigvylfrldedaevvvdatkkgniarfinhscepNceakvvav 94
k+l + ks i+g+g++ak ++++++++iEY+Ge++r ++adkre+ + + ++g+y+fr+d++ v+dat++g+ia++inhsc pNc+++v++v
AT2G31650.1 898 KRLAFGKSGIHGFGIFAKLPHRAGDMMIEYTGELVRPSIADKREQliYNSMVGAGTYMFRIDDE--RVIDATRTGSIAHLINHSCVPNCYSRVITV 991
578999***************************************7444445566*********..****************************** PP
SET1.txt 95 dgekkiviyakraIekgeeltydYk 119
+g+++i+i+akr+I+k+eeltydY+
AT2G31650.1 992 NGDEHIIIFAKRHIPKWEELTYDYR 1016
************************6 PP
|
Protein Sequence
(Fasta) | MACFSNETQI EIDVHDLVEA PIRYDSIESI YSIPSSALCC VNAVGSHSLM SKKVKAQKLP 60
MIEQFEIEGS GVSASDDCCR SDDYKLRIQR PEIVRVYYRR RKRPLRECLL DQAVAVKTES 120
VELDEIDCFE EKKRRKIGNC ELVKSGMESI GLRRCKENNA FSGNKQNGSS RRKGSSSKNQ 180
DKATLASRSA KKWVRLSYDG VDPTSFIGLQ CKVFWPLDAL WYEGSIVGYS AERKRYTVKY 240
RDGCDEDIVF DREMIKFLVS REEMELLHLK FCTSNVTVDG RDYDEMVVLA ATLDECQDFE 300
PGDIVWAKLA GHAMWPAVIV DESIIGERKG LNNKVSGGGS LLVQFFGTHD FARIKVKQAI 360
SFIKGLLSPS HLKCKQPRFE EGMQEAKMYL KAHRLPERMS QLQKGADSVD SDMANSTEEG 420
NSGGDLLNDG EVWLRPTEHV DFRHIIGDLL IINLGKVVTD SQFFKDENHI WPEGYTAMRK 480
FTSLTDHSAS ALYKMEVLRD AETKTHPLFI VTADSGEQFK GPTPSACWNK IYNRIKKVQN 540
SDSPNILGEE LNGSGTDMFG LSNPEVIKLV QDLSKSRPSS HVSMCKNSLG RHQNQPTGYR 600
PVRVDWKDLD KCNVCHMDEE YENNLFLQCD KCRMMVHAKC YGELEPCDGA LWLCNLCRPG 660
APDMPPRCCL CPVVGGAMKP TTDGRWAHLA CAIWIPETCL SDVKKMEPID GVNKVSKDRW 720
KLMCTICGVS YGACIQCSNN SCRVAYHPLC ARAAGLCVEL ENDMSVEGEE ADQCIRMLSF 780
CKRHRQTSTA CLGSEDRIKS ATHKTSEYLP PPNPSGCART EPYNCFGRRG RKEPEALAAA 840
SSKRLFVENQ PYVIGGYSRL EFSTYKSIHG SKVSQMNTPS NILSMAEKYR YMRETYRKRL 900
AFGKSGIHGF GIFAKLPHRA GDMMIEYTGE LVRPSIADKR EQLIYNSMVG AGTYMFRIDD 960
ERVIDATRTG SIAHLINHSC VPNCYSRVIT VNGDEHIIIF AKRHIPKWEE LTYDYRFFSI 1020
GERLSCSCGF PGCRGVVNDT EAEEQHAKIC VPRCDLIDWT AE 1062Protein Fasta Sequence
>AT2G31650.1|ATX1|Arabidopsis thaliana
MACFSNETQIEIDVHDLVEAPIRYDSIESIYSIPSSALCCVNAVGSHSLMSKKVKAQKLPMIEQFEIEGSGVSASDDCCRSDDYKLRIQRPEIVRVYYRRRKRPLRECLLDQAVAVKTESVELDEIDCFEEKKRRKIGNCELVKSGMESIGLRRCKENNAFSGNKQNGSSRRKGSSSKNQDKATLASRSAKKWVRLSYDGVDPTSFIGLQCKVFWPLDALWYEGSIVGYSAERKRYTVKYRDGCDEDIVFDREMIKFLVSREEMELLHLKFCTSNVTVDGRDYDEMVVLAATLDECQDFEPGDIVWAKLAGHAMWPAVIVDESIIGERKGLNNKVSGGGSLLVQFFGTHDFARIKVKQAISFIKGLLSPSHLKCKQPRFEEGMQEAKMYLKAHRLPERMSQLQKGADSVDSDMANSTEEGNSGGDLLNDGEVWLRPTEHVDFRHIIGDLLIINLGKVVTDSQFFKDENHIWPEGYTAMRKFTSLTDHSASALYKMEVLRDAETKTHPLFIVTADSGEQFKGPTPSACWNKIYNRIKKVQNSDSPNILGEELNGSGTDMFGLSNPEVIKLVQDLSKSRPSSHVSMCKNSLGRHQNQPTGYRPVRVDWKDLDKCNVCHMDEEYENNLFLQCDKCRMMVHAKCYGELEPCDGALWLCNLCRPGAPDMPPRCCLCPVVGGAMKPTTDGRWAHLACAIWIPETCLSDVKKMEPIDGVNKVSKDRWKLMCTICGVSYGACIQCSNNSCRVAYHPLCARAAGLCVELENDMSVEGEEADQCIRMLSFCKRHRQTSTACLGSEDRIKSATHKTSEYLPPPNPSGCARTEPYNCFGRRGRKEPEALAAASSKRLFVENQPYVIGGYSRLEFSTYKSIHGSKVSQMNTPSNILSMAEKYRYMRETYRKRLAFGKSGIHGFGIFAKLPHRAGDMMIEYTGELVRPSIADKREQLIYNSMVGAGTYMFRIDDERVIDATRTGSIAHLINHSCVPNCYSRVITVNGDEHIIIFAKRHIPKWEELTYDYRFFSIGERLSCSCGFPGCRGVVNDTEAEEQHAKICVPRCDLIDWTAE |
Nucleotide Sequence
(Fasta) | ATGGCGTGTT TTTCTAACGA AACCCAGATC GAAATTGATG TCCACGATCT AGTGGAAGCT 60
CCGATTCGCT ACGATTCTAT TGAGAGTATC TACTCTATTC CTTCATCGGC ATTGTGCTGT 120
GTTAATGCCG TTGGTTCTCA CAGTCTGATG TCTAAGAAGG TTAAGGCCCA GAAGCTTCCG 180
ATGATTGAGC AATTCGAGAT TGAAGGTAGC GGTGTTAGTG CTAGTGACGA TTGTTGTCGT 240
TCGGATGATT ATAAGTTGCG GATTCAGCGT CCTGAGATTG TTCGCGTCTA CTATCGTCGC 300
CGTAAGAGGC CGCTACGGGA GTGTTTACTA GATCAGGCGG TGGCTGTGAA GACTGAAAGT 360
GTGGAGCTTG ATGAAATTGA TTGTTTTGAG GAGAAGAAGA GAAGGAAGAT TGGTAATTGT 420
GAGTTGGTGA AATCGGGTAT GGAGTCGATT GGTTTAAGAA GGTGTAAGGA AAACAATGCG 480
TTTAGTGGGA ATAAGCAAAA TGGGTCATCC CGAAGGAAGG GGTCTTCTAG CAAGAATCAG 540
GACAAGGCGA CTCTGGCTTC TCGTTCAGCT AAGAAATGGG TCAGGTTGAG TTATGATGGT 600
GTGGATCCTA CAAGTTTCAT AGGGCTGCAA TGCAAGGTTT TTTGGCCGCT GGACGCTCTT 660
TGGTATGAAG GTTCCATTGT TGGATATAGT GCAGAGAGAA AGCGTTACAC TGTCAAATAT 720
AGGGATGGAT GTGATGAGGA TATAGTTTTT GATCGTGAAA TGATCAAATT TTTGGTTTCT 780
CGTGAAGAGA TGGAGCTATT ACATCTGAAG TTTTGTACTA GTAATGTGAC TGTCGATGGC 840
CGTGATTACG ATGAGATGGT TGTATTGGCA GCTACTTTGG ACGAATGCCA AGATTTTGAG 900
CCTGGAGACA TTGTATGGGC GAAACTAGCT GGTCATGCTA TGTGGCCAGC AGTTATTGTA 960
GACGAATCCA TTATCGGAGA GCGGAAAGGT CTAAACAACA AGGTATCTGG AGGAGGATCA 1020
CTCTTGGTCC AATTTTTTGG AACTCATGAT TTTGCTAGAA TAAAAGTAAA GCAAGCAATC 1080
TCATTTATCA AAGGGCTTCT TTCGCCATCT CACCTGAAGT GCAAACAACC TCGGTTTGAA 1140
GAGGGCATGC AGGAAGCAAA AATGTATCTG AAGGCACACA GGCTTCCAGA AAGAATGAGT 1200
CAACTTCAAA AGGGAGCTGA TTCTGTTGAT TCCGATATGG CTAATAGTAC AGAAGAGGGA 1260
AACTCGGGTG GTGATCTTCT TAATGATGGA GAAGTGTGGT TGAGACCAAC AGAACATGTA 1320
GACTTCCGGC ATATAATAGG GGATCTGCTA ATAATAAATC TTGGAAAGGT TGTGACAGAC 1380
TCTCAGTTTT TCAAGGATGA GAATCATATT TGGCCTGAAG GGTATACGGC GATGAGAAAG 1440
TTCACATCAC TCACAGATCA TAGTGCATCT GCCTTGTACA AGATGGAAGT GCTCAGAGAT 1500
GCCGAGACAA AGACTCATCC GCTGTTTATA GTGACTGCAG ATAGTGGAGA GCAGTTCAAA 1560
GGGCCTACTC CATCGGCCTG CTGGAACAAA ATATATAATA GGATAAAAAA GGTCCAGAAT 1620
TCTGACAGTC CTAATATTTT GGGTGAAGAA CTAAATGGAT CTGGTACAGA CATGTTTGGT 1680
CTCTCCAACC CAGAAGTCAT TAAACTTGTA CAGGATTTAT CAAAATCCAG ACCATCGTCC 1740
CATGTTTCCA TGTGCAAAAA TAGTTTGGGA AGGCATCAAA ATCAGCCTAC TGGTTACCGA 1800
CCTGTCCGTG TTGACTGGAA AGATCTCGAT AAGTGCAATG TCTGCCACAT GGATGAGGAG 1860
TATGAGAACA ATTTGTTCCT GCAATGTGAT AAATGTAGAA TGATGGTCCA TGCTAAATGC 1920
TATGGAGAGC TAGAACCCTG TGATGGTGCT TTGTGGTTAT GCAACTTATG TCGTCCTGGT 1980
GCTCCTGATA TGCCTCCACG GTGTTGTCTT TGTCCTGTAG TAGGGGGTGC TATGAAGCCG 2040
ACAACTGATG GTCGCTGGGC TCATCTGGCT TGTGCTATAT GGATCCCAGA AACATGTTTA 2100
TCTGATGTCA AGAAGATGGA ACCTATTGAT GGGGTGAATA AAGTCAGCAA GGATCGTTGG 2160
AAATTAATGT GCACCATCTG CGGGGTATCT TATGGAGCTT GTATCCAATG TTCAAACAAT 2220
TCTTGTCGCG TGGCATATCA TCCACTCTGC GCGCGAGCTG CTGGTCTCTG TGTTGAGCTT 2280
GAGAATGACA TGTCAGTGGA GGGTGAAGAA GCAGATCAGT GTATCCGCAT GCTTTCATTC 2340
TGCAAGCGAC ATCGACAAAC ATCAACTGCC TGCCTAGGAT CAGAAGACAG GATCAAATCC 2400
GCTACTCATA AAACTTCTGA GTATCTCCCA CCACCTAATC CATCTGGCTG TGCTCGGACA 2460
GAGCCTTATA ATTGTTTTGG CAGAAGAGGG CGAAAGGAAC CTGAAGCTCT TGCTGCTGCT 2520
TCTTCAAAGC GGTTATTTGT TGAGAATCAG CCATATGTTA TTGGTGGTTA CTCTAGACTT 2580
GAGTTTTCAA CGTACAAAAG CATTCACGGA TCCAAGGTGT CACAGATGAA TACTCCAAGC 2640
AACATTCTTT CTATGGCTGA GAAATATAGA TACATGAGGG AAACATACAG GAAGAGATTA 2700
GCATTTGGGA AATCAGGAAT TCATGGTTTT GGCATTTTTG CAAAGCTTCC TCACAGGGCG 2760
GGAGATATGA TGATTGAATA TACCGGAGAA CTTGTTAGAC CGTCAATAGC TGACAAAAGA 2820
GAACAACTCA TCTACAATTC AATGGTGGGT GCAGGGACTT ACATGTTTAG AATCGATGAT 2880
GAGCGAGTCA TAGATGCTAC AAGGACAGGA AGCATTGCTC ACCTGATTAA TCATTCATGT 2940
GTGCCCAATT GCTATTCTCG AGTCATCACT GTTAATGGAG ATGAGCACAT TATCATATTC 3000
GCAAAGAGGC ATATCCCTAA ATGGGAAGAG CTGACCTATG ACTATAGGTT CTTTTCAATC 3060
GGGGAGCGCC TTTCATGTTC GTGTGGCTTC CCAGGGTGTC GAGGTGTTGT TAATGATACA 3120
GAAGCTGAAG AACAACATGC AAAAATATGT GTTCCTCGTT GTGATCTAAT AGACTGGACC 3180
GCAGAATAAG CGACTAAAAC TGTAGTTAGT AACAATCATC CCTTTATAAT GTTGTAGCTC 3240
CTTATAATGA GAGAGCATCT GTTGTTTAGT TTTGCCACAA TCCATTTTTT TGTACAGATA 3300
CTAATTAGTG AGTAGTAAAC TACACGGATC ACAGAGTGGT AAAGCAACAG TACAATTCTC 3360
TTTTT
3366Nucleotide Fasta Sequence
>AT2G31650.1|SET1|Arabidopsis thaliana
ATGGCGTGTTTTTCTAACGAAACCCAGATCGAAATTGATGTCCACGATCTAGTGGAAGCTCCGATTCGCTACGATTCTATTGAGAGTATCTACTCTATTCCTTCATCGGCATTGTGCTGTGTTAATGCCGTTGGTTCTCACAGTCTGATGTCTAAGAAGGTTAAGGCCCAGAAGCTTCCGATGATTGAGCAATTCGAGATTGAAGGTAGCGGTGTTAGTGCTAGTGACGATTGTTGTCGTTCGGATGATTATAAGTTGCGGATTCAGCGTCCTGAGATTGTTCGCGTCTACTATCGTCGCCGTAAGAGGCCGCTACGGGAGTGTTTACTAGATCAGGCGGTGGCTGTGAAGACTGAAAGTGTGGAGCTTGATGAAATTGATTGTTTTGAGGAGAAGAAGAGAAGGAAGATTGGTAATTGTGAGTTGGTGAAATCGGGTATGGAGTCGATTGGTTTAAGAAGGTGTAAGGAAAACAATGCGTTTAGTGGGAATAAGCAAAATGGGTCATCCCGAAGGAAGGGGTCTTCTAGCAAGAATCAGGACAAGGCGACTCTGGCTTCTCGTTCAGCTAAGAAATGGGTCAGGTTGAGTTATGATGGTGTGGATCCTACAAGTTTCATAGGGCTGCAATGCAAGGTTTTTTGGCCGCTGGACGCTCTTTGGTATGAAGGTTCCATTGTTGGATATAGTGCAGAGAGAAAGCGTTACACTGTCAAATATAGGGATGGATGTGATGAGGATATAGTTTTTGATCGTGAAATGATCAAATTTTTGGTTTCTCGTGAAGAGATGGAGCTATTACATCTGAAGTTTTGTACTAGTAATGTGACTGTCGATGGCCGTGATTACGATGAGATGGTTGTATTGGCAGCTACTTTGGACGAATGCCAAGATTTTGAGCCTGGAGACATTGTATGGGCGAAACTAGCTGGTCATGCTATGTGGCCAGCAGTTATTGTAGACGAATCCATTATCGGAGAGCGGAAAGGTCTAAACAACAAGGTATCTGGAGGAGGATCACTCTTGGTCCAATTTTTTGGAACTCATGATTTTGCTAGAATAAAAGTAAAGCAAGCAATCTCATTTATCAAAGGGCTTCTTTCGCCATCTCACCTGAAGTGCAAACAACCTCGGTTTGAAGAGGGCATGCAGGAAGCAAAAATGTATCTGAAGGCACACAGGCTTCCAGAAAGAATGAGTCAACTTCAAAAGGGAGCTGATTCTGTTGATTCCGATATGGCTAATAGTACAGAAGAGGGAAACTCGGGTGGTGATCTTCTTAATGATGGAGAAGTGTGGTTGAGACCAACAGAACATGTAGACTTCCGGCATATAATAGGGGATCTGCTAATAATAAATCTTGGAAAGGTTGTGACAGACTCTCAGTTTTTCAAGGATGAGAATCATATTTGGCCTGAAGGGTATACGGCGATGAGAAAGTTCACATCACTCACAGATCATAGTGCATCTGCCTTGTACAAGATGGAAGTGCTCAGAGATGCCGAGACAAAGACTCATCCGCTGTTTATAGTGACTGCAGATAGTGGAGAGCAGTTCAAAGGGCCTACTCCATCGGCCTGCTGGAACAAAATATATAATAGGATAAAAAAGGTCCAGAATTCTGACAGTCCTAATATTTTGGGTGAAGAACTAAATGGATCTGGTACAGACATGTTTGGTCTCTCCAACCCAGAAGTCATTAAACTTGTACAGGATTTATCAAAATCCAGACCATCGTCCCATGTTTCCATGTGCAAAAATAGTTTGGGAAGGCATCAAAATCAGCCTACTGGTTACCGACCTGTCCGTGTTGACTGGAAAGATCTCGATAAGTGCAATGTCTGCCACATGGATGAGGAGTATGAGAACAATTTGTTCCTGCAATGTGATAAATGTAGAATGATGGTCCATGCTAAATGCTATGGAGAGCTAGAACCCTGTGATGGTGCTTTGTGGTTATGCAACTTATGTCGTCCTGGTGCTCCTGATATGCCTCCACGGTGTTGTCTTTGTCCTGTAGTAGGGGGTGCTATGAAGCCGACAACTGATGGTCGCTGGGCTCATCTGGCTTGTGCTATATGGATCCCAGAAACATGTTTATCTGATGTCAAGAAGATGGAACCTATTGATGGGGTGAATAAAGTCAGCAAGGATCGTTGGAAATTAATGTGCACCATCTGCGGGGTATCTTATGGAGCTTGTATCCAATGTTCAAACAATTCTTGTCGCGTGGCATATCATCCACTCTGCGCGCGAGCTGCTGGTCTCTGTGTTGAGCTTGAGAATGACATGTCAGTGGAGGGTGAAGAAGCAGATCAGTGTATCCGCATGCTTTCATTCTGCAAGCGACATCGACAAACATCAACTGCCTGCCTAGGATCAGAAGACAGGATCAAATCCGCTACTCATAAAACTTCTGAGTATCTCCCACCACCTAATCCATCTGGCTGTGCTCGGACAGAGCCTTATAATTGTTTTGGCAGAAGAGGGCGAAAGGAACCTGAAGCTCTTGCTGCTGCTTCTTCAAAGCGGTTATTTGTTGAGAATCAGCCATATGTTATTGGTGGTTACTCTAGACTTGAGTTTTCAACGTACAAAAGCATTCACGGATCCAAGGTGTCACAGATGAATACTCCAAGCAACATTCTTTCTATGGCTGAGAAATATAGATACATGAGGGAAACATACAGGAAGAGATTAGCATTTGGGAAATCAGGAATTCATGGTTTTGGCATTTTTGCAAAGCTTCCTCACAGGGCGGGAGATATGATGATTGAATATACCGGAGAACTTGTTAGACCGTCAATAGCTGACAAAAGAGAACAACTCATCTACAATTCAATGGTGGGTGCAGGGACTTACATGTTTAGAATCGATGATGAGCGAGTCATAGATGCTACAAGGACAGGAAGCATTGCTCACCTGATTAATCATTCATGTGTGCCCAATTGCTATTCTCGAGTCATCACTGTTAATGGAGATGAGCACATTATCATATTCGCAAAGAGGCATATCCCTAAATGGGAAGAGCTGACCTATGACTATAGGTTCTTTTCAATCGGGGAGCGCCTTTCATGTTCGTGTGGCTTCCCAGGGTGTCGAGGTGTTGTTAATGATACAGAAGCTGAAGAACAACATGCAAAAATATGTGTTCCTCGTTGTGATCTAATAGACTGGACCGCAGAATAAGCGACTAAAACTGTAGTTAGTAACAATCATCCCTTTATAATGTTGTAGCTCCTTATAATGAGAGAGCATCTGTTGTTTAGTTTTGCCACAATCCATTTTTTTGTACAGATACTAATTAGTGAGTAGTAAACTACACGGATCACAGAGTGGTAAAGCAACAGTACAATTCTCTTTTT
|
| Sequence Source |
Ensembl |
| Keyword |
KW-0025--Alternative splicing
KW-0156--Chromatin regulator
KW-0181--Complete proteome
KW-0963--Cytoplasm
KW-0479--Metal-binding
KW-0489--Methyltransferase
KW-0539--Nucleus
KW-1185--Reference proteome
KW-0949--S-adenosyl-L-methionine
KW-0808--Transferase
KW-0862--Zinc
KW-0863--Zinc-finger
--
|
| Interpro |
IPR003889--FYrich_C
IPR003888--FYrich_N
IPR019023--Lamin-B_rcpt_of_tudor
IPR002219--PE/DAG-bd
IPR003616--Post-SET_dom
IPR000313--PWWP_dom
IPR001214--SET_dom
IPR019786--Zinc_finger_PHD-type_CS
IPR011011--Znf_FYVE_PHD
IPR001965--Znf_PHD
IPR019787--Znf_PHD-finger
IPR013083--Znf_RING/FYVE/PHD
|
| PROSITE |
PS51543--FYRC
PS51542--FYRN
PS50868--POST_SET
PS50812--PWWP
PS50280--SET
PS50081--ZF_DAG_PE_2
PS01359--ZF_PHD_1
PS50016--ZF_PHD_2
|
| Pfam |
PF05965--FYRC
PF05964--FYRN
PF09465--LBR_tudor
PF00855--PWWP
PF00856--SET
|
| Gene Ontology |
GO:0005737--C:cytoplasm
GO:0005634--C:nucleus
GO:0005886--C:plasma membrane
GO:0018024--F:histone-lysine N-methyltransferase activity
GO:0010314--F:phosphatidylinositol-5-phosphate binding
GO:0044212--F:transcription regulatory region DNA binding
GO:0008270--F:zinc ion binding
GO:0051568--P:histone H3-K4 methylation
GO:0035556--P:intracellular signal transduction
GO:0009909--P:regulation of flower development
GO:0006355--P:regulation of transcription, DNA-templated
GO:0010093--P:specification of floral organ identity
|
| Orthology |
|
| Created Date |
25-Jun-2016 |
