Gene detail

Detail information of GWHGAAZE000283

Functional Annotation

Database	Orthologs	E value	Annotation
Nr	XP_010646132.1	0	PREDICTED: BEACH domain-containing protein lvsA [Vitis vinifera]
COG	YP_007090090.1	0.0000002	WD40 repeat, subgroup
trEMBL	tr\|M5VP29\|M5VP29_PRUPE	0	Uncharacterized protein {ECO:0000313\|EMBL:EMJ02979.1}
TAIR10	AT1G03060.1	0	Beige/BEACH domain ;WD domain, G-beta repeat protein

Location And Transcript Sequence (JBrowse)

Scaffold	Type	Start	End	Strand
GWHAAZE00000001	gene	5594717	5606473	+
GWHAAZE00000001	mRNA	5594717	5606473	+
GWHAAZE00000001	exon	5594717	5595443	+
GWHAAZE00000001	exon	5595878	5595980	+
GWHAAZE00000001	exon	5596068	5596698	+
GWHAAZE00000001	exon	5596824	5597169	+
GWHAAZE00000001	exon	5597891	5599232	+
GWHAAZE00000001	exon	5599313	5599540	+
GWHAAZE00000001	exon	5599972	5602953	+
GWHAAZE00000001	exon	5603469	5603777	+
GWHAAZE00000001	exon	5603911	5604217	+
GWHAAZE00000001	exon	5604486	5604632	+
GWHAAZE00000001	exon	5605292	5606473	+
GWHAAZE00000001	CDS	5594717	5595443	+
GWHAAZE00000001	CDS	5595878	5595980	+
GWHAAZE00000001	CDS	5596068	5596698	+
GWHAAZE00000001	CDS	5596824	5597169	+
GWHAAZE00000001	CDS	5597891	5599232	+
GWHAAZE00000001	CDS	5599313	5599540	+
GWHAAZE00000001	CDS	5599972	5602953	+
GWHAAZE00000001	CDS	5603469	5603777	+
GWHAAZE00000001	CDS	5603911	5604217	+
GWHAAZE00000001	CDS	5604486	5604632	+
GWHAAZE00000001	CDS	5605292	5606473	+

Transcript Sequence
>GWHTAAZE000283 ATGTTTATTGATTTCTATTTCTGTCAGGCTCATCCGGAAGAATTGGGTGTGTTGATCGATGTTTCAAAGAGTGGGATGGTTACCAGCACTTCAGGATCTCAATACAGACTTAAAGACGATGCAAAATGTGACATATTTGGAGCCTTGTGGCGCATTTTGGGGGTCAATAATTCAGCTCAGAGAGTATTTGGTGAAACAGCAGGGTTTTCTCTTCTATTAACCACCCTCCATAGTTTTCAGAGTGATAGAGAACCTACAAATCAGTCTTCTTTATTGGTTTGTATCAAAGCATTTACGTATCTGTTGCGGTTGATGACAGTTGGCGTGCGGGATAATGCTGTAAATAGGACAAAGTTGCATGCAATTATATCATCTCAAGCTTTCTATGATCTTCTGTTTGAGTCTGGCTTAATTTGTGTTGACTGTGAAACGCAAGTCATACAGTTATTCTTGGAACTTGCTCTTGAAATAGTGCTTCCACCGTCCTTGGCATCAGAAACTGGTGCACCACCTGATATCATCGAAAATGGGTCTGCTAGTTTTCTTCTAATCACTGCATCGGGTTCTTTTGTCCCTGATAGAGAAAGGGTATATAATGCCGGTGCAATTAGAGTGCTTATACGCTCACTGTTGCTGTTTACTCCAAAAGTACAGTTAGAAGTGCTGAACCTTATTGAAAAGCTTGCTCGTGCCGGTCCTTTTAATCAGGAAAACCTTACGTCTGCAGGCTGCGTGGAACTTCTGCTGGAGACAATATATCCCTTCCTTTTGAGCCCGTCATCACTATTTACACATGCTTTGAAGATTGTAGAAGTTCTTGGGGCATACAGGTTGACAGCTTCAGAACTACGAGTGCTTGTTAGATACATTTTGCAAATGAGACTGATGAATTCGGGCCGTATTCTTGTTGATATGATGGAAAGGTTGATTCTGATGGAAGATACGGCTTCTGGAAGTGTTTCTATGGCACCATTTGTGGAGATGGACATGAGCAAGATGGGGCATGCTTGTATTCAAGTATCATTGGGAGAAAGATCATGGCCTCCTGCTGCGGGTTATTCTTTTGTTTGTTGGTTTCAATACCGAAATTTCTTGAAATCACAAGCAAAGGAAACAGAAGTTTCCAGATATACTAAAAGGCAGACTACTACTAGTGGGCTCCACGTTCTCCGTATATTTTCTGTTGGTGCTGTAGACAGTGGCAGCAACACCTTTTATGCTGAACTTTGTCTACAAGATGATGGTATTTTAACCCTAGCAACCAGCAACTCTTCGTCGCTGTCATTTTCGGGGTTAGAAATGGAGGAGGGCAGGTGGCACCACCTTGCAGTGGTCCATAGCAAACCAAATGCTTTGGCTGGACTCTTCCAAGCTAGTGTAGCATATGTCTATCTTAATGGAAAGCTTAGACACACGGGGAAACTAGGGTATTCTCCCTCACCAGCTGGGAAGTCTCTGCAGAGGATACAGGGGCTCTTCCAGGACTCGGATCTTTTGCGCTTTGTTCCTAACCAAGCCTGCAGTGGGGGTAGTATGGCCATTTTAGATTCTTTAGATACCGATTTGTCTTTGGCTTCCAACCCACAAAGGCCTGAGGCTGCTAGCAAGCAAGGGAGCACCAGGTGGTCAGATTGCAGTGGGATTGTTTGGGATTTGGAAAGACTAGGGAACCTCTCACTACAACTCTCTGGAAAGAAGCTCATATTTGCATTTGACGGAACATGCACAGAAGCTTTTCGAGCATCTGGAACCTCGTCTATGCTCAATCTAGTCGATCCATTATCCGCTGCTGCATCTCCTATTGGGGGTATCCCACGCTTTGGACGCCTTCACGGTGATATATACATCTGCAAGCAATGTGTGATTGGTGACATAATCTGTCCAATTGGTGGGATAGCCGTTGTCCTTGCTCTTGTTGAAGCCGCCGAAACCAGGAACATGCTGCACATGTCACTGATGTTACTTGCTTGTGCACTTCATCAAAATCCACAGAATGTGAGAGATATGCAAACATCCAGAGGATATCACTTGCTAGCTCTGTTTTTGCACCGAAGAATGTCATTGTTCGACATGCAATCGCTCGAGATCTTTTTCCAGATTGCTGCTTGTGAGGCTTCATTCGCTGAACCTAAGAAGTTGGAAAATGCTCGGAGCACTTTGTTACCTGTTGCAGTCACTCATGAAATGAATTTCGAAGATCTTAATTTCTCAAAGTTTCGTGATGAATTTTCGTCAGCTGGAGCTCATGGAGATATGGATGATTTTTCTGCACAAAAAGATTCGTTCAGTCATGTTTCAGAGCTTGAGAATACCGACATGCCAACCGAAACATCGAGTTGCATAGTGCTGTCAAATGCCGATATGGTTGAGCATGTCTTGTTGGACTGGACTCTATGGGTAAATGCCCCAGTTTCGATCCAAATTTCTCTATTGGGCTTTCTTGAGCATCTAGTCTCTATGCATTGGTATAGGAATCATAACCTTACAATTCTGCGCCGAATTAACCTCGTTCAACATTTGCTAGTAACTATGCAGAGGGGTGATGTTGAAGTTCCTGTGTTGGAAAAACTGGTTGTACTGCTAGGAGTCATTTTAGAAGATGGGTTTCTCTCATCTGAACTGGAACATGTGGTTAGGTTTGTGATTATGACCTTTGATCCTCCTGAATTGACATCACCTAATCAAATTATGCGAGAGTCAATGGGGAAGCACATTATAGTAAGAAATATGTTGCTTGAGATGCTAATTGATCTGCAAGTGACCATCAAATCCGAAGAGTTGCTTGAGCAGTGGCATAAAATCGTTTCATCAAAACTGATAACTTATTTTCTAGATGAAGCTGTTCATCCTACGAGTATGAGATGGGTGATGACTCTTCTTGGTGCTTGTCTTGCCTCTTCTCCTACGTTTGCGCTTAAATTTCGCACCAGTGGTGGGTACCAAGGTTTGCGAAGAATGCTTCCTAGTTTTTATGATTCCCCTGATATATATTATATTCTGTTTTGCCTGATACTCGGTAAGCCTGTTTATCCAAGATTACCGGAAGTTCGCCTGGTTGACTTTCATGCCCTTATGCCAAGTGATGGTAACTACAGAGAGTTGAAATTTGTAGAACTGTTAGATTCTGTGATTGCTATGGTGAAATCTACAGCTTGTGGAAGCAATGCAGATGTGGCTGGGGAGCTTCAGGGTGAAGCTTTGATGCACAAAACCTATGCTGCTCGCCTAATGGGTGGAGAGGCTTCAGCTCCTTCTGCTGCAACTTCGGTCCTCAGATTCATGGTTGATCTAGCCAAAATGTGCCCTCCTTTCTCTGCTGCATGCAGACGTGCTGAATTTCTTGAAACTTGTGTTGACCTTTATTTTTCCTGCGTTCGGGCTGCTCATGCAGTAAAGATGGCAAAAGAACTCTCTGTAAAGACAGAAGACAAGAATTTAAATGCTTGTGATGATGCTGATGGCTCTTATAATACATTATCTCATGAACAGGATCAGTCTGTCAAAACCGCCATAAGTACGGGAAACTTCCCTCAAGGACAGGTTAGTATGAATCCCGAAGATATTGCTGTTGCTACAAATAATTTGACCCACGCTAATGCAGAGGCAGGTATTAGTACATTACAGAAGGAAACTAGCAAATCAGTAAAAGAACATATAAAAGCTGATCCGAGTCTAGATGGTGAAGTGGTTGACGAATTCAGTTCCTCTGATACAAAAGGCACATCAGATCCTGGTCACCTGGCAGATTCACAGAGTTCAACATCCGTAACTAAACCTGATTCTCCCCGTCTTTGTGAGAGATCTAATTCCAAGATTCAACTATCACCTGCTTCATCCCCGGTGGTTGCACTGACATCTTGGTTGGGGGGTGCCACTTCTAATGATTCAAAAGCCGAATTGGCCGCCACTCCTATGATGGAGTCTTCTTTGTCAATGACCGAATTTGATTCGTCTTTTGAGTTGAAGTCCAGTTCACAAGGACAATATGCTGTGAACACGCATTATGCGGTTAATCTTGAGCTGCTTCTTGAAATGGATGATTCTGGCTATGGAGGTGGTCCTTGTTCGGCTGGAGCTTCTGCCATTTTGGATTTTATTGCAGAAGTTCTTTCAGATTTTATTACCGAGCAGATGAAAGCAGTGCCAATTATCGAAAGCATTTTGGAAAGTGTTCCTCTATATGTAGATGTTGAATCAGTTTTAGTTTTTCAGGGATTGTGTCTTATGAGACTGATGAACTTCCTTGAAAGGCGTCTTTTGCGTGATGATGAAGAAAACGAGAAAAGGCTAGATAAGAGCCGCTGGTCCTTGAACTTGGATGCATTGTCCTGGATGATAGTGGATCGGGTATATATGGGTGGTTTTCCTCAGGCTAGTAGTGTACTGAAGACACTTGAATTCTTGTTCTCTATGTTACAGTTGGCAAATAAAGATGGCCGGATTGAAGAATCAGCTCCTGGAAAAGGGCTCCTATATATCGGAAGAGGAAGCAAGCAACTTGATGCTTACATACATTCACTTCTTAAAAACATGAACCGCATGATATTGTACTGTTTCCTTCCATCATTCTTGATCACCATAGGAGAAGATGGTCTTCTCGCTTGCTTAACTCTGCAAATCGAACCTAAGAAGAGATTGCCCTTTAATTCATCAGAAGAGGATGCAATGGTAGACATATGCACAGTGTTACAGTTATTAGTTGCTCATAAGCGAATAATATTCTGTCCCAGCAATGTCGACACCGATCTAAATTGCTGTCTTTGTATAAATTTAATTTCTCTTCTCCGTGACCAGAGACAGAATGCACAGGATATTGCTGTTAACATTCTCAAATATCTTTTGATTCATCGCAGAGCTACATTAGAAGACTTGCTTGTCTCTAAGCCGAACCAAGGACAACCTCTGGATGTTTTACATGGTGGGTTGGACAAACTTTTGACTGAGAGTTTATCTTCTTTTTTCGAGTGGCTTCATAGTTCTGAACAGGTGATCACTAAGGTACTTGAGAAGTGTGCTTGCATTATGTGGGTGCAGTATATTACTGGTTCGGCAAAGTTTCCTGGAGTTAGGATAAAAGGCATGGATGGCCGTCGTAAGAGAGAAATGGGTCGAAAATCAAGGGACGCTGCAAAATTAGACCTAAGGCATTGGGAGCAGGTAAATGAGCGGAGAATTGCACTTGAATTGGTTCGTGAAGCAATGGCTACTGAACTTAGAGTTGTTCGTCAAGACAAATATGGATGGGTTCTCCATGCTGAAAGTGAGTGGCAAATACATCTCGAACAGCTTGTACATGAACGAGGAATATTCCCAATGCGTAAACCCTCTGTGAATGATGATCCTGAGTGGCAGCTTTGCCCCATCGAAGGTCCTTATAGAATGCGGAAAAAGCTGGAGAGGAGTAAACTAAAGATTGATACGATTCAAAATGTTCTGGATGGACAGTTGGAATTGCGGGAAGTAGAGCTGTCAAAAGAGAAAGACGAGAATGATTTCAGTGCTTCTGATGCAGATTCTGAACCGTTTTTTAATACTTTGACTAATCCAAAAGATGAATCTATTGACATTGAGCTGTATGATGAATCGATATTCAAAGAATCAGATGATGCGAGGGATGCAGGTTCTAGTAGGACCGAGTGGAATGATGATGAAGCAAGTCTTCATTCTGCTGCTGAGTCTGGTGTAAAATCAAGTGCAATATCTGAAACAAGAGTGGAGAGCGTACAAGGAAAATCGTTCTCGTCAGTGAAAACCGATGAGCTGAAAGTGACTGAAGACAAATTGGACAAGGAAATGAATGATAATGGTGAATACTTAATTAGACCTTATCTGGAGCCTCTTGAGAAGATAAAACACCGATATAACAGTGAAAGAGTTGTAGGTCTTGATAAACACGATGGCATATTTCTGATCGGAGAACTCTGTTTATATGTTATTGAGAATTTTTACATCGATGATTCTGGGTGCATATGTGAAAAGGAATCCGAAGACGGGCTCTCTGTTATTGATCAGGCTTTAGGCGTAAAGAAAGATTTTCCTTGTAGTATGGATTTGCTTTCCAAGTCAACTTCATCCTGGGGTACAACTGTGAAGGCATATGTTGGGGGAAGAGCATGGGCCTACAATGGTGGTGCATGGGGGAAGGAAAAGGTCAGTAGCAGTGGTAATATGCCTCACCATTGGCGTATGTGGAAGCTTAATAGTGTCCATGAGATTTTGAAACGTGATTACCAGTTGCGTCCTGTTGCTATTGAGATATTCAGCATGGACGGATGTAATGATCTCCTCGTTTTCCACAAAAAGGAGAGAGAAGAAGTTTTCAAAAATTTGGTGGCCATGAACCTGCCAAGAAATAGCATGTTGGACACAACGATTTCGGGATCCGCAAAACAAGAAAGTAATGAAGGCAGCCGTCTTTTCAAGATCATGGCTAAATCCTTCTCCAAGAGGTGGCAAAATGGAGAAATTAGCAATTTCCATTACCTCATGCACCTCAACACCCTTGCTGGACGTGGATACAGTGATCTCACCCAGTATCCCGTTTTCCCTTGGGTACTCTCAGATTATAAGAGTGAAAATCTTGACTTTTCAGATCCCAAGATATTTCGTAGATTTGAAAAGCCAATGGGTTGTCAAACTTTAGAAGGGGAAGAGGAATTTAAGAAGAGATATGAGAGCTGGGATGATCCAGAGATTCCCAAATTTCATTATGGTTCTCACTATTCCAGTGCTGGGATTGTTCTCTTCTATCTTCTACGCTTACCACCATTTAGTATGGAGAATCAGAAGCTGCAAGGGGGACAGTTTGATCATGCTGATCGTCTTTTCAACAGTGTACGAGATACATGGTTAAGTGCTGCTGGGAAAGGCAACACATCAGATGTAAAGGAATTGATTCCAGAATTCTTTTATATGCCAGAATTCTTGGAAAACCGTTTCAATCTTGACTTGGGGGAGAAGCAGTCAGGAGAGAAGGTTGGTGATGTAGTGTTACCTCCATGGTCCAAAGGTAGTGCCAAAGAATTCATCAAGAAGCACAGGGAAGCATTGGAGTCTGATTATGTTTCAGAACATCTGCATCACTGGATAGATCTCATCTTTGGATATAAACAGAGAGGAAAGCCGGCTGCAGAAGCTACTAATGTTTTCTATCACTACACGTATGAGGGGAGTGTGGACATAGACTCGGTTTCAGATCCTGCAATGAAAGCAGCCATTCTAGCACAAATAAATCACTTTGGGCAAACACCAAAACAACTATTCCAAAAACCGCACGTCAAAAGGAGGTCCGATAGAAAGCTTCTCCCTCATCCACTCAAGTATTCGACACTTCTTGTTCCTCACGAGATTCGTAGGAGCTCACCTTCTATATCTCAAATTGTTACTTTCAATGACAAGATTCTTATGGCGGGAACAAATAACTTGCTTAAACCCCGAACTTATACCGAGTATGTTGCATGGGGTTTTCCAGATCTTAGCTTGAGATTTATGAGCTACGATCAAGATAGACTCATTTCTACGCATGAGAATCTTCATGGAGGGAACCAGATACAGTGTGCCAGTGTTAGCCATGACGGTCAGATTTTGCTAACTGGCGCTGATGATGGGTTAGTCTGTGTTTGGAGAATTAGCCAAGAGGGTCCCCGTATTATACAGCAACTTCAATTGGAGAAGGCACTTTGTGCTCACACAGCCAAAATCACATGCCTTCATGTTAGCCAACCTTACATGATGATTGTGAGCGGGTCCCAAGATTGCACCGTTATCTTATGGGACCTTAGTTCATTGGTTTTCGTTCGGCAACTTCCTGAGTTCCCTTCACCGGTTTCAGCAATATACGTGAACAACTTGACTGGTGAGATTGTGACTGCAGCTGGTGTAATGCTTGCTGTTTGGAGCATCAATGGTGACTGCCTTGCGGTGGTCAACACATCACAACTACCATCTGATTCGATTCTCTCGGTGGCGAGTTGTGCCACGTCTGATTGGCTCGATACAAACTGGTATGTTTCAGGTCACCAGAGTGGGGCCGTTAAGGTTTGGAAAATGGTACATTGCAGTGATGAGGAAGGTGCTGAACGAAAGCCTGTTGCTAATCTGACCGGTGGATTGGGGCTGAGTTGGAAAGTACCCGAGTACAGGCTTGTACTTCACAAGGTGCTCAAGTTTCACAAGGATCCAGTTACTGCGCTGCACCTCACAAGTGACCTAAAGCAATTGTTGAGTGGGGATTCTGGCGGGCATTTGCTTTCGTGTTCGATACCAGATGATAGCTTGAAAGCTGTTTCAATGAATCGGGGGTGA

Network for GWHGAAZE000283

Network category	Network	Top300 PCC genelist
Coexpression Positive	Network	Top300 PCC genelist
Coexpression Negative	Network	Top300 PCC genelist

Functional Module

Module ID	Function Annotation

Protein Structure

Pfam accession	Pfam name	Alignment start	Alignment end	E-value
PF14844.7	PH_BEACH	2050	2111	7.10E-10
PF02138.19	Beach	2149	2428	9.80E-116
PF00400.33	WD40	2512	2541	0.013
PF00400.33	WD40	2559	2592	0.0055

Protein Sequence

>GWHPAAZE000283
MFIDFYFCQAHPEELGVLIDVSKSGMVTSTSGSQYRLKDDAKCDIFGALWRILGVNNSAQRVFGETAGFSLLLTTLHSFQSDREPTNQSSLLVCIKAFTYLLRLMTVGVRDNAVNRTKLHAIISSQAFYDLLFESGLICVDCETQVIQLFLELALEIVLPPSLASETGAPPDIIENGSASFLLITASGSFVPDRERVYNAGAIRVLIRSLLLFTPKVQLEVLNLIEKLARAGPFNQENLTSAGCVELLLETIYPFLLSPSSLFTHALKIVEVLGAYRLTASELRVLVRYILQMRLMNSGRILVDMMERLILMEDTASGSVSMAPFVEMDMSKMGHACIQVSLGERSWPPAAGYSFVCWFQYRNFLKSQAKETEVSRYTKRQTTTSGLHVLRIFSVGAVDSGSNTFYAELCLQDDGILTLATSNSSSLSFSGLEMEEGRWHHLAVVHSKPNALAGLFQASVAYVYLNGKLRHTGKLGYSPSPAGKSLQRIQGLFQDSDLLRFVPNQACSGGSMAILDSLDTDLSLASNPQRPEAASKQGSTRWSDCSGIVWDLERLGNLSLQLSGKKLIFAFDGTCTEAFRASGTSSMLNLVDPLSAAASPIGGIPRFGRLHGDIYICKQCVIGDIICPIGGIAVVLALVEAAETRNMLHMSLMLLACALHQNPQNVRDMQTSRGYHLLALFLHRRMSLFDMQSLEIFFQIAACEASFAEPKKLENARSTLLPVAVTHEMNFEDLNFSKFRDEFSSAGAHGDMDDFSAQKDSFSHVSELENTDMPTETSSCIVLSNADMVEHVLLDWTLWVNAPVSIQISLLGFLEHLVSMHWYRNHNLTILRRINLVQHLLVTMQRGDVEVPVLEKLVVLLGVILEDGFLSSELEHVVRFVIMTFDPPELTSPNQIMRESMGKHIIVRNMLLEMLIDLQVTIKSEELLEQWHKIVSSKLITYFLDEAVHPTSMRWVMTLLGACLASSPTFALKFRTSGGYQGLRRMLPSFYDSPDIYYILFCLILGKPVYPRLPEVRLVDFHALMPSDGNYRELKFVELLDSVIAMVKSTACGSNADVAGELQGEALMHKTYAARLMGGEASAPSAATSVLRFMVDLAKMCPPFSAACRRAEFLETCVDLYFSCVRAAHAVKMAKELSVKTEDKNLNACDDADGSYNTLSHEQDQSVKTAISTGNFPQGQVSMNPEDIAVATNNLTHANAEAGISTLQKETSKSVKEHIKADPSLDGEVVDEFSSSDTKGTSDPGHLADSQSSTSVTKPDSPRLCERSNSKIQLSPASSPVVALTSWLGGATSNDSKAELAATPMMESSLSMTEFDSSFELKSSSQGQYAVNTHYAVNLELLLEMDDSGYGGGPCSAGASAILDFIAEVLSDFITEQMKAVPIIESILESVPLYVDVESVLVFQGLCLMRLMNFLERRLLRDDEENEKRLDKSRWSLNLDALSWMIVDRVYMGGFPQASSVLKTLEFLFSMLQLANKDGRIEESAPGKGLLYIGRGSKQLDAYIHSLLKNMNRMILYCFLPSFLITIGEDGLLACLTLQIEPKKRLPFNSSEEDAMVDICTVLQLLVAHKRIIFCPSNVDTDLNCCLCINLISLLRDQRQNAQDIAVNILKYLLIHRRATLEDLLVSKPNQGQPLDVLHGGLDKLLTESLSSFFEWLHSSEQVITKVLEKCACIMWVQYITGSAKFPGVRIKGMDGRRKREMGRKSRDAAKLDLRHWEQVNERRIALELVREAMATELRVVRQDKYGWVLHAESEWQIHLEQLVHERGIFPMRKPSVNDDPEWQLCPIEGPYRMRKKLERSKLKIDTIQNVLDGQLELREVELSKEKDENDFSASDADSEPFFNTLTNPKDESIDIELYDESIFKESDDARDAGSSRTEWNDDEASLHSAAESGVKSSAISETRVESVQGKSFSSVKTDELKVTEDKLDKEMNDNGEYLIRPYLEPLEKIKHRYNSERVVGLDKHDGIFLIGELCLYVIENFYIDDSGCICEKESEDGLSVIDQALGVKKDFPCSMDLLSKSTSSWGTTVKAYVGGRAWAYNGGAWGKEKVSSSGNMPHHWRMWKLNSVHEILKRDYQLRPVAIEIFSMDGCNDLLVFHKKEREEVFKNLVAMNLPRNSMLDTTISGSAKQESNEGSRLFKIMAKSFSKRWQNGEISNFHYLMHLNTLAGRGYSDLTQYPVFPWVLSDYKSENLDFSDPKIFRRFEKPMGCQTLEGEEEFKKRYESWDDPEIPKFHYGSHYSSAGIVLFYLLRLPPFSMENQKLQGGQFDHADRLFNSVRDTWLSAAGKGNTSDVKELIPEFFYMPEFLENRFNLDLGEKQSGEKVGDVVLPPWSKGSAKEFIKKHREALESDYVSEHLHHWIDLIFGYKQRGKPAAEATNVFYHYTYEGSVDIDSVSDPAMKAAILAQINHFGQTPKQLFQKPHVKRRSDRKLLPHPLKYSTLLVPHEIRRSSPSISQIVTFNDKILMAGTNNLLKPRTYTEYVAWGFPDLSLRFMSYDQDRLISTHENLHGGNQIQCASVSHDGQILLTGADDGLVCVWRISQEGPRIIQQLQLEKALCAHTAKITCLHVSQPYMMIVSGSQDCTVILWDLSSLVFVRQLPEFPSPVSAIYVNNLTGEIVTAAGVMLAVWSINGDCLAVVNTSQLPSDSILSVASCATSDWLDTNWYVSGHQSGAVKVWKMVHCSDEEGAERKPVANLTGGLGLSWKVPEYRLVLHKVLKFHKDPVTALHLTSDLKQLLSGDSGGHLLSCSIPDDSLKAVSMNRG

Gene family

Gene family	subfamily
Ubiquitin Family	DWD

KEGG pathway

KO	Enzyme	pathway	mapID
--	--	--	--

Gene Ontology

GO term	Ontology	Name
GO:0005515	molecular_function	protein binding

Expression pattern

Expression pattern detail

SRP	Sample	Description	TPM
SRP075780	SRR3591705	youngest leaf	16.949
	SRR3591706	second leaf	8.066
	SRR3591707	mature leaf	7.780
	SRR3591708	Shoot apex	11.962
	SRR3591709	Stem	18.468
	SRR3591710	White floral bud	10.897
	SRR3591711	White flower	13.425
	SRR3591712	Green floral bud	12.706
	SRR3591713	Yellow flower	8.109
SRP173429	SRR8316895	Juvenile bud stage	7.072
	SRR8316896	Juvenile bud stage	9.069
	SRR8316897	Juvenile bud stage	5.268
	SRR8316894	Third green stage	5.115
	SRR8316900	Third green stage	10.821
	SRR8316901	Third green stage	10.071
	SRR8316898	Complete white stage	1.651
	SRR8316899	Complete white stage	7.582
	SRR8316903	Complete white stage	5.173
	SRR8316902	Silver flowering stage	2.235
	SRR8316904	Silver flowering stage	4.797
	SRR8316905	Silver flowering stage	1.690
	SRR8316906	Gold flowering stage	6.440
	SRR8316907	Gold flowering stage	6.107
	SRR8316908	Gold flowering stage	5.629
SRP132670	SRR6706286	Control	7.321
	SRR6706287	Light intensity 50%	8.690
	SRR6706288	Light intensity 20%	10.214
CNP0000432	CNS0095592	Slightly white alabastrum(diploid) 1	5.114
	CNS0095593	Slightly white alabastrum(diploid) 2	4.829
	CNS0095594	Slightly white alabastrum(diploid) 3	4.443
	CNS0095595	Whole white alabastrum(diploid) 2	4.828
	CNS0095596	Whole white alabastrum(diploid) 3	4.372
	CNS0095597	Whole white alabastrum(diploid) 4	5.178
	CNS0095598	Silvery flower (diploied) 1	7.355
	CNS0095599	Silvery flower (diploied) 2	6.039
	CNS0095600	Silvery flower (diploied) 3	11.277
	CNS0095601	Golden flower (diploid) 1	7.048
	CNS0095602	Golden flower (diploid) 2	13.403
	CNS0095603	Golden flower (diploid) 3	13.030
	CNS0095604	Slightly white alabastrum(tetraploid) 1	6.990
	CNS0095605	Slightly white alabastrum(tetraploid) 2	4.899
	CNS0095606	Slightly white alabastrum(tetraploid) 3	14.129
	CNS0095607	Whole white alabastrum(tetraploid) 1	4.775
	CNS0095608	Whole white alabastrum(tetraploid) 2	4.200
	CNS0095609	Whole white alabastrum(tetraploid) 3	9.314
	CNS0095610	Silvery flower (tetraploid) 1	8.939
	CNS0095611	Silvery flower (tetraploid) 2	9.654
	CNS0095612	Silvery flower (tetraploid) 3	8.343
	CNS0095613	Golden flower (tetraploid) 1	3.411
	CNS0095614	Golden flower (tetraploid) 2	6.473
	CNS0095615	Golden flower (tetraploid) 3	7.251
CRA001975	CRR073297	Stem 1	12.678
	CRR073298	Stem 2	10.179
	CRR073299	Stem 3	4.869
	CRR073300	Leaf 1	11.399
	CRR073301	Leaf 2	8.970
	CRR073302	Leaf 3	5.171
	CRR073303	Juvenile bud 1	5.357
	CRR073304	Juvenile bud 2	2.912
	CRR073305	Juvenile bud 3	8.874
	CRR073306	Third green 1	1.687
	CRR073307	Third green 2	0.908
	CRR073308	Third green 3	1.954
	CRR073309	Second white 1	1.158
	CRR073310	Second white 2	2.150
	CRR073311	Second white 3	2.721
	CRR073312	Silver flowering 1	1.997
	CRR073313	Silver flowering 2	1.573
	CRR073314	Silver flowering 3	1.806
	CRR073315	Gold flowering 1	2.103
	CRR073316	Gold flowering 2	5.277
	CRR073317	Gold flowering 3	2.081
	CRR073318	Tawny withering 1	7.607
	CRR073319	Tawny withering 2	6.597
	CRR073320	Tawny withering 3	5.276