Gene detail

Detail information of GWHGAAZE017292

Functional Annotation

Database	Orthologs	Annotation
Nr	KDP40732.1	hypothetical protein JCGZ_24731 [Jatropha curcas]
trEMBL	tr\|A0A067KX91\|A0A067KX91_JATCU	Midasin {ECO:0000256\|PIRNR:PIRNR010340}
TAIR10	AT1G67120.1	ATPases;nucleotide binding;ATP binding;nucleoside-triphosphatases;transcription factor binding

Location And Transcript Sequence (JBrowse)

Scaffold	Type	Start	End	Strand
GWHAAZE00000005	gene	3954087	4005433	-
GWHAAZE00000005	mRNA	3954087	4005433	-
GWHAAZE00000005	exon	4005329	4005433	-
GWHAAZE00000005	exon	4004888	4005231	-
GWHAAZE00000005	exon	4004251	4004335	-
GWHAAZE00000005	exon	4003812	4004086	-
GWHAAZE00000005	exon	4002672	4002841	-
GWHAAZE00000005	exon	3998895	3999004	-
GWHAAZE00000005	exon	3998686	3998805	-
GWHAAZE00000005	exon	3998169	3998247	-
GWHAAZE00000005	exon	3997531	3997653	-
GWHAAZE00000005	exon	3997380	3997452	-
GWHAAZE00000005	exon	3997195	3997291	-
GWHAAZE00000005	exon	3996947	3997081	-
GWHAAZE00000005	exon	3996803	3996859	-
GWHAAZE00000005	exon	3996535	3996711	-
GWHAAZE00000005	exon	3996309	3996434	-
GWHAAZE00000005	exon	3994470	3996221	-
GWHAAZE00000005	exon	3994121	3994188	-
GWHAAZE00000005	exon	3993838	3994033	-
GWHAAZE00000005	exon	3993629	3993733	-
GWHAAZE00000005	exon	3993224	3993529	-
GWHAAZE00000005	exon	3991761	3991954	-
GWHAAZE00000005	exon	3991623	3991677	-
GWHAAZE00000005	exon	3990673	3990805	-
GWHAAZE00000005	exon	3989911	3989984	-
GWHAAZE00000005	exon	3988731	3988851	-
GWHAAZE00000005	exon	3987094	3987192	-
GWHAAZE00000005	exon	3986877	3986977	-
GWHAAZE00000005	exon	3986698	3986787	-
GWHAAZE00000005	exon	3986533	3986613	-
GWHAAZE00000005	exon	3986255	3986419	-
GWHAAZE00000005	exon	3985938	3986145	-
GWHAAZE00000005	exon	3984943	3985838	-
GWHAAZE00000005	exon	3983323	3984840	-
GWHAAZE00000005	exon	3982986	3983112	-
GWHAAZE00000005	exon	3982815	3982874	-
GWHAAZE00000005	exon	3982464	3982546	-
GWHAAZE00000005	exon	3982134	3982385	-
GWHAAZE00000005	exon	3981589	3981724	-
GWHAAZE00000005	exon	3981422	3981507	-
GWHAAZE00000005	exon	3981235	3981320	-
GWHAAZE00000005	exon	3980639	3980780	-
GWHAAZE00000005	exon	3980459	3980548	-
GWHAAZE00000005	exon	3974717	3974843	-
GWHAAZE00000005	exon	3974431	3974585	-
GWHAAZE00000005	exon	3973982	3974095	-
GWHAAZE00000005	exon	3972616	3972765	-
GWHAAZE00000005	exon	3972238	3972417	-
GWHAAZE00000005	exon	3971901	3972095	-
GWHAAZE00000005	exon	3971642	3971743	-
GWHAAZE00000005	exon	3971101	3971220	-
GWHAAZE00000005	exon	3963576	3963657	-
GWHAAZE00000005	exon	3963355	3963485	-
GWHAAZE00000005	exon	3963102	3963266	-
GWHAAZE00000005	exon	3962733	3962808	-
GWHAAZE00000005	exon	3962539	3962651	-
GWHAAZE00000005	exon	3962172	3962251	-
GWHAAZE00000005	exon	3961970	3962083	-
GWHAAZE00000005	exon	3961662	3961739	-
GWHAAZE00000005	exon	3961422	3961578	-
GWHAAZE00000005	exon	3960182	3960345	-
GWHAAZE00000005	exon	3959989	3960095	-
GWHAAZE00000005	exon	3959650	3959882	-
GWHAAZE00000005	exon	3959173	3959406	-
GWHAAZE00000005	exon	3958809	3959030	-
GWHAAZE00000005	exon	3958550	3958708	-
GWHAAZE00000005	exon	3958246	3958470	-
GWHAAZE00000005	exon	3957854	3958162	-
GWHAAZE00000005	exon	3957627	3957761	-
GWHAAZE00000005	exon	3957339	3957539	-
GWHAAZE00000005	exon	3955453	3957234	-
GWHAAZE00000005	exon	3955090	3955371	-
GWHAAZE00000005	exon	3954815	3954994	-
GWHAAZE00000005	exon	3954607	3954705	-
GWHAAZE00000005	exon	3954356	3954481	-
GWHAAZE00000005	exon	3954087	3954170	-
GWHAAZE00000005	CDS	4005329	4005433	-
GWHAAZE00000005	CDS	4004888	4005231	-
GWHAAZE00000005	CDS	4004251	4004335	-
GWHAAZE00000005	CDS	4003812	4004086	-
GWHAAZE00000005	CDS	4002672	4002841	-
GWHAAZE00000005	CDS	3998895	3999004	-
GWHAAZE00000005	CDS	3998686	3998805	-
GWHAAZE00000005	CDS	3998169	3998247	-
GWHAAZE00000005	CDS	3997531	3997653	-
GWHAAZE00000005	CDS	3997380	3997452	-
GWHAAZE00000005	CDS	3997195	3997291	-
GWHAAZE00000005	CDS	3996947	3997081	-
GWHAAZE00000005	CDS	3996803	3996859	-
GWHAAZE00000005	CDS	3996535	3996711	-
GWHAAZE00000005	CDS	3996309	3996434	-
GWHAAZE00000005	CDS	3994470	3996221	-
GWHAAZE00000005	CDS	3994121	3994188	-
GWHAAZE00000005	CDS	3993838	3994033	-
GWHAAZE00000005	CDS	3993629	3993733	-
GWHAAZE00000005	CDS	3993224	3993529	-
GWHAAZE00000005	CDS	3991761	3991954	-
GWHAAZE00000005	CDS	3991623	3991677	-
GWHAAZE00000005	CDS	3990673	3990805	-
GWHAAZE00000005	CDS	3989911	3989984	-
GWHAAZE00000005	CDS	3988731	3988851	-
GWHAAZE00000005	CDS	3987094	3987192	-
GWHAAZE00000005	CDS	3986877	3986977	-
GWHAAZE00000005	CDS	3986698	3986787	-
GWHAAZE00000005	CDS	3986533	3986613	-
GWHAAZE00000005	CDS	3986255	3986419	-
GWHAAZE00000005	CDS	3985938	3986145	-
GWHAAZE00000005	CDS	3984943	3985838	-
GWHAAZE00000005	CDS	3983323	3984840	-
GWHAAZE00000005	CDS	3982986	3983112	-
GWHAAZE00000005	CDS	3982815	3982874	-
GWHAAZE00000005	CDS	3982464	3982546	-
GWHAAZE00000005	CDS	3982134	3982385	-
GWHAAZE00000005	CDS	3981589	3981724	-
GWHAAZE00000005	CDS	3981422	3981507	-
GWHAAZE00000005	CDS	3981235	3981320	-
GWHAAZE00000005	CDS	3980639	3980780	-
GWHAAZE00000005	CDS	3980459	3980548	-
GWHAAZE00000005	CDS	3974717	3974843	-
GWHAAZE00000005	CDS	3974431	3974585	-
GWHAAZE00000005	CDS	3973982	3974095	-
GWHAAZE00000005	CDS	3972616	3972765	-
GWHAAZE00000005	CDS	3972238	3972417	-
GWHAAZE00000005	CDS	3971901	3972095	-
GWHAAZE00000005	CDS	3971642	3971743	-
GWHAAZE00000005	CDS	3971101	3971220	-
GWHAAZE00000005	CDS	3963576	3963657	-
GWHAAZE00000005	CDS	3963355	3963485	-
GWHAAZE00000005	CDS	3963102	3963266	-
GWHAAZE00000005	CDS	3962733	3962808	-
GWHAAZE00000005	CDS	3962539	3962651	-
GWHAAZE00000005	CDS	3962172	3962251	-
GWHAAZE00000005	CDS	3961970	3962083	-
GWHAAZE00000005	CDS	3961662	3961739	-
GWHAAZE00000005	CDS	3961422	3961578	-
GWHAAZE00000005	CDS	3960182	3960345	-
GWHAAZE00000005	CDS	3959989	3960095	-
GWHAAZE00000005	CDS	3959650	3959882	-
GWHAAZE00000005	CDS	3959173	3959406	-
GWHAAZE00000005	CDS	3958809	3959030	-
GWHAAZE00000005	CDS	3958550	3958708	-
GWHAAZE00000005	CDS	3958246	3958470	-
GWHAAZE00000005	CDS	3957854	3958162	-
GWHAAZE00000005	CDS	3957627	3957761	-
GWHAAZE00000005	CDS	3957339	3957539	-
GWHAAZE00000005	CDS	3955453	3957234	-
GWHAAZE00000005	CDS	3955090	3955371	-
GWHAAZE00000005	CDS	3954815	3954994	-
GWHAAZE00000005	CDS	3954607	3954705	-
GWHAAZE00000005	CDS	3954356	3954481	-
GWHAAZE00000005	CDS	3954087	3954170	-

Transcript Sequence
>GWHTAAZE017312 ATGGCTGTTGACGGGAGTTTTTGCCTTCAATTTGAGTTCGAGAGGTTTCTTTATCGTTGTCCGAACCTTGCCCGTGTCCCACAACTCAATAATCTATTAACGAAGGGAAGCATATTGACAGAAGAAGAGCTGGTCACTACAGTAGCAGAGTTGATTTTACATCCAAAGTATATCATCCCATTGGTTGGGGGTTTTCGACCTATAGCCCAGAAGTTTTTGGACAGGGTAGTCACTTTACTACATCTAGTGCCCAATTTGAGATCCAATTCTGATGATCCCATGGTGGACTTTGATGAAGATAAAGTTCTAGAAGAAACTGAAAACTTCGATAATGGCAAAGTTTTACATGTGATTGATTTTTATGTTAGAAAAGAGAGGGGATTGGATCTTCACGAACTTGCCTGTCTTGCCTTTTCAAGGGTCCTTGATTTGACACCTTCTCTACTAGGGTCCGTGTTAATTTATTTCAAATTTGCTCCTCCCCCGTTTCAGAGGATTACACTGAGAGAATCAATTTCTGAGACGATAGCTATGGCTGGAAGTAAATTATTAGGTGTTGTACGAGTATCATACCGGCTTCTCTTAAAAGACCCAGAGGTTTTCACTACGCTTTGGGACTGGTCCTTTTTTTTGGACCTTGTAAAGCAGTGCACAGATTATGACCAGGACGGTGATGCAGAGTTCTTGAAAAATGTATCTGACATAAGATGGTGTGGGGCACAGATACTATCAGTAGTTCTGAAACTAAGCGATACAGCAACTGCAAACTTCGGTCTTGGTGCTGATGAAGCTTTTACATGTTTTTTGCGGGTCTTGACATCAGCTGGACACCCTTTTGTCTTGACATCTGCTGTGAAGAAAAGTTTTGAGATGGTCCTGCTGGCTGTAAGTCAGAGGTGGCCTGTTCTCCTCTATGGTCCTGCTGGTGCTGGGAAAACTGCGCTTATTACCAAGTTGGCTCAGGATTATGGAAGTAGAGTTCTTTCCATTCACATGGATGAGCAAATCGATGGAAAAACGTTAATTGGAAGTTATGTCTGTACGGAGCATCCTGGTGAATTCAGATGGCAACCCGGTTCTCTTACACAGGCTGTTATGAATGGCTTTTGGGTTGTATTTGAGGATATTGATAAAGCACCAGCGGATGTACAATCCATCTTATTGCCTTTACTAGAAGGTGGTAATTCATTCCTAACCGGTCATGGAGAGGCAGTGAGGGTGGCTGAAGGATTTCGACTATTTTCCACAGTATCTAGTTCGAAACTAGATGTATCTCATGGTTCAGAAGGTAGGAACTCACTTAGCACTCTATGGAGGAGAGTATTGATTGGGTCTTCAAGTAATATGGACTTGCTAAGTATTGTGAATGCCTGGTATCCAGATTTGGGCCTGCTTGCTGAAAAACTCATAGAAACCTTTGAACGGGTTAACGAACTTGCTGGATTTCACTTAGGAACTTCTGCTTCGCTGAGTTCTATTGGCAGGGATCTCCTGAAATGGTGCAAGAGAATTGCAGGATCGGGGTTTTCTTTTGGTGGGGATGGTCTGCCAGCTCTTGTTTGTAGTAGTGTCTATCAAGAGGCTGTAGATATTTTTGCTGCTTTCTCAGGTTCTGGTGAAAATAGGCTGACCATCATGAAAGAGATTGCAAAGATGTGGGCCGTGCCAATCTCAGTTGCGGAGAACTTTTATCCCGTTAATAAGCCTGCGATTCAGGAGCTGCAGTCTGATTTACGTGTTGGACGGATTACACTCCAGCGAACTAAAACGGCACTTTATAACGAAAAGAAACCCTTTGTTGAGATTCGCACTTCACTGCATGTTCTGGAGAGAATTGCTTGCTCTGTTAAGTACAATGAACCTGTTCTCTTGGTTGGTGAAACTGGTACCGGGAAGACTACTCTTGTACAGAATCTGGCTATGAGGCTTGGTCAAAAACTTACTGTGTTGAACTTGAGTCAACAAAGTGATGTTGCTGATTTACTAGGAGGATTTAAGCCTATGAGTGCCCAGTTTGTGTGCTTTCCTCTGTATATGGAGTTTGAAAATCTTTTCAATAATACATTTTCTTCCAAGGGTAATGAAGATTTCCTTGCTCGTTTGAAGAAGTTTCTGAGTGATAAGAATTGGAAGATGTTACTAAGTGGTTTTCAGAAGGGTGTCCAGAAAATTGTTGAAATAGGAAGATCTAAGTCTGGTACAAAACGGAAGAGACCTCTGAGTGAAGAATTGTTAAAAGCTTGGGAGGGATTTTCTCTGAAACTTCAAACAGCTCATACACAAATCAGTGCCTCATCTGGAATGATATTCTCATTTGTAGAAGGAGCTTTTATCACCGCCCTTAAGAATGGCGAGTGGATATTGCTAGATGAAGTGAATTTGGCCCCTCCAGAGACCTTGCAGAGAGTTATTGGTGTTCTTGAAGAAGAGAGTGGGTCACTTTGTTTGGCTGAAAGAGGTGACGTTGATTATGTACATAGACACCCCAACTTCCGCATATTTGCTTGTATGAATCCTGCAACTGATGCTGGGAAGCGAGACTTACCTTTCTCAATACGGAGCAGATTTATGGAATATTTTGTTGATGATGTGTTGAATGATGAAGATCTACTGCTATTTATCAATCAGTTCATGGATGAGAACCATTTAAACCGTGACTTAATCGGTAAAATAGTGCAGTTTTATAAGGCAGCCAAGAAGGAATCAGAGGAGAGGCTGCAGGATGGGGCCAATCAGAAGCCACAGTACAGTTTGAGGTCTCTCTACCGTGCTCTGGAGTACACAAGGAAGGCCAGAAGAAAATTTGGATTTCAAAAAGCCCTTTATGATGGGTTCTGTATGTTCTTTCTTAATCTATTGGATGAGATCAGTGCTAAATTAATGAACCAGTTAATATTATCATATTTGTTGAGTGAAAACGTACCACCACAGGTCCCTTTTGATGCCTATCTGACAGTTGGAGATAACTCGGGGCCTGATGATTTTTTGGGGAATTATGTTCTAACTAAGAGTGTTAAGGAACACCTTAGGAACCTGGCACGTGCTATATTTATTGGAAGATATCCCGTTCTCTTACAGGGCCCCACGTCTAGTGGGAAGACTAGCCTTGTTCAGTTCCTTGCATCAATAACCGGCCATGAATTTGTGCGCATCAATAACCATGAACATACTGATCTGCAGGAGTACTTGGGCTCCTACATTACTGATGCTAGTGGGAAACTTGTATTCTATGAAGGTGTACTGGTGAAGGCTGTTCGCAATGGTTATTGGATAGTTCTGGACGAGCTTAACCTGGCCCCATCTGATGTGCTGGAAGCATTGAATCGGTTGCTAGATGATAACAGGGAGCTTTTTGTACCTGAACTACGGGAAACTATCCGTGCACATCCAGATTTTATGCTGTTTGCCACTCAAAATCCGCCGACCTTCTATGGCGGGCGTAAAATGCTCTCTCGTGCATTTCGCAACCGTTTTGTGGAGATTCATGTTGATGAAATTCCGCAAGATGAGTTGAACACAATATTGGAGAAGAGGTGTAAAATTCCGGGAAGCTATGCCGGGAAAATGGTTGAAGTTATGAAGGAGCTGCAGTTGCATAGGCAGAGTAGTAAAGTTTTTGCTGGGAAGCATGGATTTATAACCCCACGTGACTTGTTTCGATGGGCTGATCGTTTCAGGACATTTGGGAAGTCCTACGAAGATTTATCTCTAGATGGTTATTATCTTTTGGCAGAAAGGCTCCGTGATGATGCTGAAAAAAGGGTTGTTCAAGAAGTTTTGGAGAGGCAGCTGCGGGTTAAACTTGACAAGGAGGACATGTACAGACAGGAACTGGCAAGCAGGGACAGTGTTTTGGAGTTGTGCAAATGCTCGGGAGTTTCAGAGAATCTTGGAACAATTATCTGGACTAGGAGTATGTGGAGATTGTACTTTCTTGTGGAGCGTTGTTACAACTTACGTGAGCCTGTCCTCCTTGTTGGCGAAACTGGTGGTGGGAAAACGACTGTTTGCCAGTTGCTAAGTATTTGCCTGGGATCCAAGTTGCACATTTTGAATTGCCATCAATACACTGAAACTTCTGATTTTCTTGGGGGTTTCTATCCTGTACGAGAGAGGTCCAGAATATCTGCAGAGTTCAAATATCTGTGTGAGGAAATGATGACATCGAAGGCGTTTATCCACTTTCCTGCCATTGCTAAAATTTCTACAGATATTAATCATGCTTCTTTGACCCTCAATCAACTGGCTGTGATAATAGATAATTTCAGAAAAGGCCTCGTCTCCCATCCTGATGTCAATTTACAAGAGCTTGAAACTATTGAACATATGAATCTCGACCTAATTCAGCTGTATCAGAAGTGGCAGACCATCTTTATGTGGCAAGATGGACCTCTTGTGCAAGCAATGAAGAATGGTGACCTCTTTCTCGTTGATGAAATCTCATTGGCTGATGATAGTGTACTGGAAAGACTAAACAGTGTCTTGGAGCCAGAAAGGAAACTGTCTTTGGCTGAGAAAGGAGGTTCTGATCTTGAGCAAATAACTGCCCATCCAAACTTTTTCATTCTTGCAACAATGAATCCTGGTGGTGATTATGGTAAAAAAGAACTATCTCCAGCTCTTCGCAACCGTTTTACTGAGATATGGGTACCCCCTGTTAGTGACCTAAATGAGCTTAGGAGTATTGCTCAAGAGAGAATTTCAAATCCTGAGCTATCCAGCATTGTGGATCTTATGCTGATTTTCTGGGAAGCAGGAAGATTGCTAACTGTGAGAGATCTCTTGTCTTGGGTCGCTTTCATTAAAGTGACCGAGAAAAGTTTGCAACCTGAAATTGCATTCTTACACGGATCATTCCTTGTTTTGCTCGATGGACTAAGTTTAGGAACGGGTGTTTCAAAAAGTGAAGCTGCAGACGTGAGACATAAATGCTTATCTTTTCTTCTGGATGAATTAAAGGAATGCAGACCTAGTTTAGATTATGCAACTCTTTCCATGATGGAGAATTATGGTTGGGCTGATTCGGGGATGTTTATAGATGCTTCATGCAGTGATAGCATGCGAAGCGATAACCACTTTGGTCAAGATCATTTTGAGGTTGAGGGATTTGAGTTTCTGGCACCAACTACTCGCAAAAATGCCTTGCGGGTACTGCGGGCCATGCAGCTTGCAAAGCCTGTTCTACTTGAAGGCAGTCCAGGTGTTGGAAAAACAAGTTTGATTGTTGCCCTTGGAAAATTTTCTGGGCACACTGTGGTGCGGATAAACTTATCTGAGCAGACCGACATAATGGATTTACTAGGTTCAGACTTGCCTGTTGAAAGTGATGAAGGCATGCAATTTGCATGGTCTGATGGAATCCTGCTACAGGCTCTAAAGAAGGGATATTGGATTCTTCTGGATGAACTTAATCTTGCTCCGCAGTCCGTCTTGGAGGTAGTCTTTGTCCTTGGTTTGAATGCTATTTTAGACCATCGAGCTGAGGTTTTTATTCCAGAATTAGGTCTTACTTTTAAGTGCCCATCTTCTTTCCGAATCTTTGCTTGTCAAAATCCCTCTTCTCAGGGTGGAGGCAGGAAAGGCCTTCCAAAGTCCTTTCTCAACCGTTTTACCAAGGTTTATGTCGATGAGTTAGTTGAGGATGACTATCTTTTCATCTGCAGTTCGCTCCATCCTTTAATTCCCAAGCCTTTACTTTCAAAGCTAATCTTATTTAATAAGCGACTGCATGAAGACACTATGTTACATCACAAATTTGGTCGAGATGGTTCCCCTTGGGAGTTTAATCTGCGAGATGTGATTCGTTCCTGTCAGATAATCGAAGGTGCACCAAAAAGGTCAAAATTTGATTGCTTCCTCAACAGTGTTTATGTTCAAAGAATGCGTACTCCAGATGATCGTCGAGAAGTCACGAAGCTCTATAAAGAGGTGTTTGGACTGGAGCCATCTATTAACATGTACCCACGAGTGCAGCTGAATCCTCGGAATTTGATTGTTGGGGATGCTTACATCAAAAGAAATCATTCTCAGTCATTAAAGATATCTAATAGTGAGCTTAAAATTTTGCCGGAGATGCGTCATAGCTTGGAAGCTGTGGCACATTGTGTACAACATCAGTGGTTGTCCATATTGATTGGCCCACCTTCATCTGGTAAGACATCATTGATAAGATTGCTGGCTTATCTCACTGGGAATGTACTCAATGAATTAAATCTTTCGTCTTCGACTGATATTTCTGAGATACTTGGATGCTTTGAGCAATATAACGCCTTCCGTAGTTATCGGCTTGCTATTGCTCGAATTGAGTGCTATATAAACGAGTACTCCAGCCTCCAATTGGAATCTTCAAGTGATGCATTTTTAAGAAGAAAATATCTCATTACTCGATGGCTTGCCTTCTTGTCAAGCACTGATTATTTTTTATCAACAAGTTCTGCTTCTAGCTATGCTGAAAATTGGAGGATTACAGCTTTTAGTTCTGCTCCCTTGTTAATCGAGATCGTTGAACATCTAAGGTTCGATATGGAGAAGAATATATTGCCTGTATCTTGGTCATGCAAGGATCTGGATATATATCTAAAGACAATCAGGAAGTTGCATGATGATTTCGAGCGAAGGATTTATTCAGCCAAGTTTGAATGGGTAACTGGATTACTTATAAAGGCTATAGTAAATGGAGAATGGATTGTATTAGAGAATGCAAATCTTTGCAATCCCACGGTTCTTGATAGGATCAATTCCTTGGTTGAGCCGTCTGGATCAATAACTGTGAATGAGTGTGGTACTGTGGATGGAAAGCCAGTTGTTCTGCATCCCCACCCTCAATTCCGGATGTTCCTCACTGTTAACCCTAGCTATGGTGAAGTATCCCGAGCAATGAGGAATAGAGGGGTTGAAATTTATTTGATGCAGCCTTATTGGCTGCTTGACGAGGCAAGTGGTGAGAATGGTGAGGAGGCTGAACTCAAGGACGTGAAGAGATTTATTGTCCTCTCCGGAGTCCCTTTTAGCGATTTGATTGATTCGATGGCCAAAGCCCATATTTATGCTAAGGTTGCAGGCTCGCACCTTAATATTAGAATTACATATCTTGAACTTGCACGCTGGGTGCAGTTATTCCAGCGGCTCCTCACCAATGGCAATCGGCCCCTTTGGAGCCTCCAAATTAGTTGGGAGCATACATATCTTTCATCTTTGGGTGAGGTCGAAGGTAAAGATATCGTTGATCATGCAGAAGTTTCTTATATATCAATGCCTGAACTTTTCAAATTTGATTCCTCTAGTGGATTTCCTATATGTTTACCGGGAAGATGGCCGACACCCTTGAAGTTACAGGATTTTGTACGGTACTCTAAGGAGGCGTCTGTGAAACAAAATTGCGTATATCTGGAATACCTCGCAGCTCAAAGTTCCTCTTATGCCTTCAATAATGCCTTGGGGCAGTGCTCAGTGGAACAAGCCCTAAGTGCTTGTGGTTCTTCGGGGGCTTACTTGGTAGATATGAAGATGTTACGCGCAATGATGTTTCCTAAGGCTTCAGATGAGATGGTTACTGGTTATTGTGGAAAAGCAGAATTTGACCATGCACGTTCAGAAAAAATGATCTTATATGCTGCTAGCTGGACAATTGAGCAGGCAACTGAAAGTGATTTTGAGTTTTATCTTCTCTGGTTTAGTTGGGTTGGTTCTCAGCTGCAGCCATTTTGCCAATCTTTTACTTCTTTTCTGTGTCTACTAAAGCAAGAATTAGAGCACCCTATATGGAAGTGTATTTTTCGTAGTCACCGTGAAATTTTGTCTTATTTCCTAGTTGATATAGAGTCCAAGCCGCTACCATTGCTATCACTGGAAGTACTTGATTTATCCAAATCAGATGACATTCCAAAATCCTGCAGGAAAGTACTTGCAAATGCAATTGATTGTGTAGGTCTTCTTAGACTTAGCTATCAACAGTGGAATACGGAGAGCGAGTATACTTTTAGTGATAAGACTCGGTGTTTTGTACCTTTGCTTAAATCTATTCGAAGGTTGGAAGAGGAAGTGCTTGATTTAATTGTCGAGTCACCTTCTTTTGGTCTGCTTTTCCGGTTATACACTGACCTGCTTGAAGATCACATATCGTTTTGGAACGGGATCACTTCATCTCAGTTTGAGTGTTTGCTAATTTCTTGGCGTTCTTTGGTGAAGGATGTTGCAAAACTGCAGGAGTTCTGCCCCAGAGAAGTAGAAAATTTCCAATCGTTGCTGTGGATCCATGGTGGTCATCCCTCTTTGCCTGCTTCTGCTGGTCTGTATCAAAAGCAGTATCAGCTTTTAAACCTTTGTGAACTTGTTTGGCCGAGAAAGACAATGATGCGGGATCTAGGCAGTTCCATTGAAGCTGCTATATCTTCCAATCCTGAACTTCGCTCTCTTGCCATGCAAGGGGTATGCATGTCAACGTATATTGTTGGAAAAGCTGATGAAGATGATTTGGACATTGTACAGCAGTTGGAAGAGATGTATCAGATGCTTTTGAGAAAGGTCGAATATGAAAAAAGCAAGTTGGAAATGAATACAAGTACCATTGAGGCAGCATCTTCAATGGCAGACGTATCTGCTTGCTGTATCTTCTCCCCTGATATACTCTGTAAAAGGTCTGGATTTGATAGTTGGCTGGATACTCTACCTGTAGTAGATCACACAAGCTTTTTCCTTGATATGGGGCTACTTCAAAATCTAGCAAGGATTGTTACGGCCGATGAGGAGAAATTACAACCTACACTGTCAAGTTTGTCCGTTCACATGGAATCTGCCTTGAGCTTTTCCTTGAACTTCTCATCAAGGCCTCCTACTGATTTTTTACCACATCAAAAAATTCTGTGGACTCTTGATGCTTGGACATCAGTTGATGCTGTAAATGCAAAAATTTCAAGTTTTGCTCTTGAGATGTGGTTTAGGTGGCATACATCTTTGTGGAAGCATTGCCCTGTTATTGTTGAGAACCTTTTGGGGCTTCATGATCATGATGTTCTACTACCTGATATGCTTTTTCGGCCAGTGAAAATGATAACTGTGGATAAGATTCTGAGAAGTACATTTGCTGTCAGAGATTTTTATATGCACAGCTTGCAGCTCAGAGTTGCCTCACGTAATCTTTGGCAAAGTTCTCCATGTGTGGCTAATATACATAGTTTCCTTTTATCTGCAGCTCAGTCTCTCTTTCAACAGATCATATTTTCTCATAAGAAGTCATTTGAAGCTGATAAGTATGCTGCAATCAAATCCATCATTTGTTCTGTCCAGGAAAAGATGATAACGAAAGATGATATAACTGCTATGATTTCCCTTCTTGCATCATCAAGCCACCGGGGATTGACTTCCTTGATTCATCTGCTTATTGAGCCACTGCTTGGTGAACTTTATTGCCTTCACTGCTCTTCTACTGACTCCATCTATCATCTTGGATGTGCTTGGTTAAGGGTTGGGGGTTTACGTTACTATCTCTTGATCTGCTGTGATGATCTAGATCCCGCTATGAAGTACTCTTTCAAGTATTCACAGTTCATAGAAAAGATTGCTTCGCTTGAACTTGAAATTGAGGTACGGAAAGAGTGTGTCCATTCATCTGGATGTTTCTCGTTGAGACAAGCTGATAGACAAAAAGCATTAGCGTTGGAAAACCTCAAAGCTGAACAAAAAAGAGTGCAAAGAAAGATTGTGTTCCGCTCTGATCCTGGGAAATTTAAGAAATTAAAATATGAGTGTGAAGAATTTAGAAATTTAGTTGGTTCTTCATTTGGCCTGGCAAAAAATATTGGAAGCATGAGTGCACAAGAGATTATTGGGCAAGTGCACAATTGGCAGGAGACGGCAGGCCGTTTTGTTGACCGTCTATCGAATGAATACTCTGCATATATTGACTTAGTCCAACCAGTTCAGGCTGCAGTATATGAAATGAAATTAGGCTTATCACTGGTTCTTTCAAGCGTTTTGAGTAAAAGATTCCTTGATAGAGTTGGGCAGGGTGATATGGATATAGTTCTGGGAGAAATATATTCATTTGTGAGATTCCCCAGAGGTTGTGCATCCAAAGCTGCTTCTCCTGTGGTTTACAGCAGGCAGGCTGACATTTTCTCCTGTAACATAGAGTCCCTGACAAATTTAGGAACGATAGATACAGATCTGCTGGAACGTTTGGTTAATATTACAAGTGATACCAATGCCAAAACTGATAAAATGGTCTCAATCTTGCAAATGAAAGCAGCACTTCATGGGAATATTCTTCTTCGTGTTGCGTACTCTGTTGCTGATGCCCGTTTTTTGGATACTTCGTCCTTCTTGAAGAAAGTTGAGGGAAATGACGCTGTGGAGGAAGACTGGAATTTCTTACAGGAATCTATTCTGAAGGACATGGTCGACATTCACAACGCATTATTTGGTTCAGTGGATCTTGTTCAAAGTCCTGGAAGTATCCGAGTATCTGACGCTGATCGTTTATCTTCCTTCATCAACTCTTATTCATTAGGAATAAGAATGATTAAAGGTTTAGAGGGTTCTCTACCCTCTAGTTTGGATGCTAAACTTACTCCAGAACATCTGCTGCGTCTTAGTTTGGAGTATGAAGAGAAGTTCCTTTTGTCTCACAAATCCGCTCATGCATACAACTTTTACAAGGATTCTAATGCTCATGTGATGGCTAAAATGGTGGAGCCACTGGCAACACTTCAAAACCGAATTTTCTCCCTTCTAAAGGAATGGGATGATCATCCGGCTCTTCAGAAAATTTTGGATGTGATTGAAATGATCTTGGCTATGCCTCTGAGCACCCCTCTTGCCAAGGCTCTCTCGGGCTTGCAGTTTCTACTTAACAGGGTTCAGATACTACGGGAAACTGTTTCAAAATTTCCTCTTTCTGACCAACTGGAACCTATTCTTGGCCTTGTATCCTCCTGGCAAAAATTAGAGTTTGAATCTTGGCCGGCGTTGCTTGACGAAATGCAAGCTAAATTTGAGATTAATGCTGGACAGTTGTGGTTCCCTTTGTATTCGGTTCTTCGACATAGACATTCTACTAATTTGAAAGAATACAGTGACTTAACAATCCAAAGCTTGGAAGAGTATATTCAAACATCCAGCATTGGTGAATTCAGAAAGCGTCTTCAACTTCTGTTTGCTTTCCACGGTCGAATAAGTGTTGGTCTATGCCAGGGATCTTATCCAAGTTTATGTCGTCCATGCCAAGTGGAAAATGTGAAGATTCTGTACAACATATTCGGGTTCTACGTGCAATTCCTGCCTCTAACTGTGGAACATATAAATGCTAACCGGAGAAGTATTGAGTTGGAGCTGAAAGAACTTTTGAAATTATGTCGGTGGGAGCGTACTGATATTTACCTGACCATGGAAAACTCAAAAAGAACCAGGCAGAAATTTAGGAAGCTCATACAGAAATATAATGATCTATTGCAACAACCGGTAATGCTTATTCTTAACCAAGCAGCAGCACAAAAAGGTTTAGTAAATAATGCCATGGAAAGTTCAACTCCCCTTGTTTCCTTCGAGAAGAACATAAACATTCTTAAAGTTGTATGTGATCAGTCACAGTTCAGAGATGAAGAGAGGTCTGCATGGCTTACCACTTGGAGGAAGAAAGTGGATTTTGCTATACAGAACTTGAAACTAAAGACAGCTGACGTTGACCCAAATGTATCTTTTAAAGATGCTGAAGAGGTTGCAAGTATCATTGGTCACTGCGTAGCTTCCCCTTCTTTATTTCTTGTATACCAGGAAGAAAGGAAACAAGTGTGGAATACAATTAAAAATATATGCGAAACTGCAATTTGTTGTGGTGAGACATGGAAGGATGGAAACAAGAGCTCAAGAATGCGGAGGGCTTTCTCTGACCTTCTTAAGCTACTATATACATGTGGATTGTATAAGCATAAATCTGCATTATTGGAGGATCAGTGGCTCGTTCAACCATCCTATAATATGCAGCATTTGTTGCTGACAGATGGTATGCCATCAGGGAAGGAGGTTGATATTGCTCCTTTGGACAAGCTTCCAAGTTCACCACTTGAAAGCCTAGAAACTGAATGGAAAACAGCAAATCAGTACTTTTTCAGGAGCATGGCTTCAGTGCACCAGTTGCGGCAAATTTGCCTCAATTTCCATAAAGATTTTTCCCTCGACGAGGTCACTAAGTCAGTTTCTTACATTGACCATCTTATCGCAATACAACAAGAGCAAAGGGCTGCTGCCTATGATTTTGCTAGGCGACTGAGAAGCTTGAAGAAATACATATTGCCTTTAGAACACTTATTTTCAAGCTCCATTCCTTTTAGTAGTGTAATTAGTAGCCAGTGCTCCTTTTCCCAGAGCCAAAGTGTGACTTTTAATTGCATGTGGCAACAGAAGCAACTATTCGATAGTTTGTGTGCTATGTTGCACGATGAGTGTTTGTTGCTGAGAACCGTTGAACTTAGTCATTTAAACACTTGTCAAAGTGTAAAAGTTTCAGCGAAGCAGATTCTTCTTTTCGTCGAAAAATTTGTTCCAGATTTTCAGAAATCTAAGGAATTGCTGGACAATTATCTCCTCGGCCATGACAGAGTTATTACCTCTGTGGAAGTTCCTTTGCAGCCCAACGGCATTACTAAACAAATGGAACAGTTAGTATATGAAAACTTCACTTTGATAAGAGTGTTTGAGGAGCGTCTCAGTGGTTTCCGCAAGCAAGACGTTGATGGAGGATTGGTTAAAGAGGTTTTGTTGGGTCATCTTGAAGCTATTCTTGGAAAGGGAAAGTTAATAGCTGAAGAATATGATTCTGCTTTACAAGCAAGAAATCATCCAGGTAATATGGATGATGATTCCAATCATTCTGGAGGTGAAGTTTCTGGATTTGAAGCTGGGTTTATTCAAGCCCTGGAGGAAACCTATAAAGCTATTGTGGATGCATTTCGTAGAGTTGGCTTGCCAAATAATACTTCTGTTTCAAAAGAGTCATTGGGGAATATTTCTAAGTGGAAAGTTATATTTGAATCAAATGTAGCAAGTCTGAAGTTGGGTGCGATATCTGATGGACTTGTCAAGACTATTAATTTTGCTGGAGAAATTGTGAACCATAATGGTTGTGAAAATCCCAGTCTTGGAGCACATCTAAAGCATCTCTATTCACTATTAGACCTAATACTGACATACGGCCACGGTGTTCTGCTTGATTTTTTGGTGATGCATAGGACGGTATCTCTACTAACTGATGAACTAGCGAAAATTTTTGCTTCATTATACTGCCAAGGATACCCAACCTCTACAGAAGAACAAGGGGATGAAACTGGCCATGATCAGGAAACGAGTGGAACAGGTATGGGTGAGGGTGCAGGAGTGAATGATGTCAGTGATCAGATAAACGATGAAGATCAACTTCTTGGGACATTTGAAAAGCCAAATGAAGAAGAAGATGCCTTAAATGATGTTCCAAGTAAAAATGATAAAGGGATAGAGATGGAACAGGATTTTGATGCCGATACATTTAGTGTTAGCGAGGAATCAGGAGATGACAACGATGATGATGGGGAGGATGAGCAGTTAGATAAGGCTATGGGGGAAACTGGGGCTCACAGTGAAATTGTTGATGAGAAACTTTGGGATAAGGATGAAAATGGTGACGACGATGAGGATAATCCCAAGAATACAAACGAGAAGTATGAATCTGGGCCGTCGGTCAAGGATAAAGATCCAAATGGTAGAGAGCTTAGAGCTAAAGACGAGTCTACTCCTACTGCCGATGAAGCTGGAGAGCTTGATATGGGTGAACTGACTAAAGAAAATGATGAGAACGGAGATGAAGGTCCTGACGATACAGACAACATGGAAGACATGAACATAGACAAAGAAGAATCAGTTTCGGATCCTACTGGATTAAAAATTGATGAAGAAAAACCCAGTTCTGAAGATGATAAGCTCGATGAAGAAAAACCCAGTTCTGTGAATGATATGGACATGGATGGACCAGAAGGTACTGATGATCCTCTGGACGAGGCCACACCAGAAGAGCTAGACGAGACTCCCGAGGGTAAGGATGGTGAAGGAGAAACTACAAATTCAGCTGAGGAAACTAAAAGTGAAGGAGAATTTGAGAAATTAGCTGGTGATTCTGAGAGAGATGATCCTGAAAACAAGCAGGAAAATAATATGGACACGGACTCGGTGGCAGCAAAGAAGAACAATTTTAGATTTGGTGCTTCGGATTTACTCAACGATAATGCACCAAATGCAGAATCCGCCACACAGCTTGAAGGTGATTCACAAGCAGCAGGTTTACACGATGTTGCACCAGAAGCTCAATGGTCTAATTGCAATGATACTCAAAATGACGTTGCTTCAATAAGAGGATTACCTAATGCTACGGAGAATGAAATTGCAGTTGCTGATTCATCAAAAGGGGGGAAATTGGGCGACGATCAACCAAAAACCGAGCTCCCTCAACTTGATGATTCTTCATCTCTTCGGAAAACCCAACCTAATCCTTGTCGTAATATTGGAGACGCACTTGATGGCTGGAAAGAAAGGGTAAAAGTTTCTGTTGATCTTCTAGACAATAACGGAGAGGTTCCAGATGATATGGCGGATGAGAATGCAGAGGAGTATGGATTCACCTCTGAATTTGAAAAAGGAACAGCTCAGTCACTAGGAACTGCCACATCTGATCAGATTAACCATAATGTCAACAGAAACGAGCCCGATGGAGATGATGGAACTGCAAACGGAGATGACCATAATACCGAAATGGAGATTGAAGAGCAGCAACGGGGGGAAACATGCTTGATTAGTACTCATGCGTTACATCTCAATGACAAGATTGAGGAGATATCAGACATTGAGAAGCAGAGAGAGGGATCCCCAGAAGTTCATGGCCATCATGACGGTTATCTAGGAGACCAGTCTGAGAGTGTGGTGTCAATGAGGAGATCTTACATGACCGACGAGATAAATCAACTTGGGAAACTTTCAGTTAATGATGAGGACCTCGGGAAAGCCCATAATCATGAGGAACTGTCCTTTGAGATGAAAGATAATGCTAGTGCTCTATGGAGAAGATATGAACTGCGAACAACTAGGCTGTCTCAAGAACTGTCAGAACAGTTGCGATTGGTAATGGAACCCACTCTAGCTAGCAAGCTCCAGGGAGATTACAAAACTGGCAAAAGGATTAACATGAAGAAGGTAATTCCATACATTGCAAGCCATTATCGGAAGGACAAGATATGGCTAAGGCGGACCCGGCCCAATAAACGAGATTACCAAGTTGTCATTGCGGTGGATGATTCCCGGAGCATGTCGGAGAGTAATTGTGGAGATGTTGCAATTGAAGCTTTGGTGACGGTCTGTAGAGCTATGTCTCAATTAGAAGTAGGGAACTTGGCTGTTGCAAGTTATGGGAAGAAGGGTAACATTAGATTACTGCACGACTTTGATCATCCGTTCACGGGAGAGGCCGGGGTTAAGATGCTGTCTAGTTTGACATTTAAGCAAGAGAACACTATAGCAGATGAGCCAATGGTGGATCTTTTGAAATATATGAACAACATGCTTGATGATGCAGTAGCAAGGGCACGCCTACCATCTGGACATAACCCGCTACAGCAGCTTGTTTTGATTATTGCAGATGGTCGATTCCATGAAAAGGAAAACTTGAAACGTTGTGTAAGAGATTTGTTGAGTAAGAAGCGAATGGTTGCATTTCTCCTGCTGGATAGTCCACAGGAATCCATAATGGACCTCATGGAAGCATCATTCCAGGGTGGCAATGTTAAGTTTTCTAAGTATCTGGACTCGTTCCCGTTCCCTTTTTACGTGGTGTTGAAGAACATTGAAGCGCTTCCTAGGACCCTTGCTGATCTATTGAGACAGGTTTGCTTGCTCAAAATTCATGGTGCTAGAGGGGGGCTCTCTTACGGAATGGTGCCATTAGGCAAAAAACAGCACAACGAATGA

Network for GWHGAAZE017292

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
PF07728.15	AAA_5	301	419	4.30E-15
PF17867.2	AAA_lid_7	450	554	1.00E-11
PF07728.15	AAA_5	621	667	1.80E-06
PF07728.15	AAA_5	769	856	2.70E-07
PF17865.2	AAA_lid_5	869	971	8.60E-26
PF07728.15	AAA_5	1022	1158	2.60E-22
PF17867.2	AAA_lid_7	1170	1266	3.20E-13
PF07728.15	AAA_5	1322	1368	3.10E-05
PF07728.15	AAA_5	1450	1545	8.20E-14
PF07728.15	AAA_5	1726	1870	5.50E-11
PF17867.2	AAA_lid_7	1885	1980	5.40E-11

Protein Sequence

>GWHPAAZE017302
MAVDGSFCLQFEFERFLYRCPNLARVPQLNNLLTKGSILTEEELVTTVAELILHPKYIIPLVGGFRPIAQKFLDRVVTLLHLVPNLRSNSDDPMVDFDEDKVLEETENFDNGKVLHVIDFYVRKERGLDLHELACLAFSRVLDLTPSLLGSVLIYFKFAPPPFQRITLRESISETIAMAGSKLLGVVRVSYRLLLKDPEVFTTLWDWSFFLDLVKQCTDYDQDGDAEFLKNVSDIRWCGAQILSVVLKLSDTATANFGLGADEAFTCFLRVLTSAGHPFVLTSAVKKSFEMVLLAVSQRWPVLLYGPAGAGKTALITKLAQDYGSRVLSIHMDEQIDGKTLIGSYVCTEHPGEFRWQPGSLTQAVMNGFWVVFEDIDKAPADVQSILLPLLEGGNSFLTGHGEAVRVAEGFRLFSTVSSSKLDVSHGSEGRNSLSTLWRRVLIGSSSNMDLLSIVNAWYPDLGLLAEKLIETFERVNELAGFHLGTSASLSSIGRDLLKWCKRIAGSGFSFGGDGLPALVCSSVYQEAVDIFAAFSGSGENRLTIMKEIAKMWAVPISVAENFYPVNKPAIQELQSDLRVGRITLQRTKTALYNEKKPFVEIRTSLHVLERIACSVKYNEPVLLVGETGTGKTTLVQNLAMRLGQKLTVLNLSQQSDVADLLGGFKPMSAQFVCFPLYMEFENLFNNTFSSKGNEDFLARLKKFLSDKNWKMLLSGFQKGVQKIVEIGRSKSGTKRKRPLSEELLKAWEGFSLKLQTAHTQISASSGMIFSFVEGAFITALKNGEWILLDEVNLAPPETLQRVIGVLEEESGSLCLAERGDVDYVHRHPNFRIFACMNPATDAGKRDLPFSIRSRFMEYFVDDVLNDEDLLLFINQFMDENHLNRDLIGKIVQFYKAAKKESEERLQDGANQKPQYSLRSLYRALEYTRKARRKFGFQKALYDGFCMFFLNLLDEISAKLMNQLILSYLLSENVPPQVPFDAYLTVGDNSGPDDFLGNYVLTKSVKEHLRNLARAIFIGRYPVLLQGPTSSGKTSLVQFLASITGHEFVRINNHEHTDLQEYLGSYITDASGKLVFYEGVLVKAVRNGYWIVLDELNLAPSDVLEALNRLLDDNRELFVPELRETIRAHPDFMLFATQNPPTFYGGRKMLSRAFRNRFVEIHVDEIPQDELNTILEKRCKIPGSYAGKMVEVMKELQLHRQSSKVFAGKHGFITPRDLFRWADRFRTFGKSYEDLSLDGYYLLAERLRDDAEKRVVQEVLERQLRVKLDKEDMYRQELASRDSVLELCKCSGVSENLGTIIWTRSMWRLYFLVERCYNLREPVLLVGETGGGKTTVCQLLSICLGSKLHILNCHQYTETSDFLGGFYPVRERSRISAEFKYLCEEMMTSKAFIHFPAIAKISTDINHASLTLNQLAVIIDNFRKGLVSHPDVNLQELETIEHMNLDLIQLYQKWQTIFMWQDGPLVQAMKNGDLFLVDEISLADDSVLERLNSVLEPERKLSLAEKGGSDLEQITAHPNFFILATMNPGGDYGKKELSPALRNRFTEIWVPPVSDLNELRSIAQERISNPELSSIVDLMLIFWEAGRLLTVRDLLSWVAFIKVTEKSLQPEIAFLHGSFLVLLDGLSLGTGVSKSEAADVRHKCLSFLLDELKECRPSLDYATLSMMENYGWADSGMFIDASCSDSMRSDNHFGQDHFEVEGFEFLAPTTRKNALRVLRAMQLAKPVLLEGSPGVGKTSLIVALGKFSGHTVVRINLSEQTDIMDLLGSDLPVESDEGMQFAWSDGILLQALKKGYWILLDELNLAPQSVLEVVFVLGLNAILDHRAEVFIPELGLTFKCPSSFRIFACQNPSSQGGGRKGLPKSFLNRFTKVYVDELVEDDYLFICSSLHPLIPKPLLSKLILFNKRLHEDTMLHHKFGRDGSPWEFNLRDVIRSCQIIEGAPKRSKFDCFLNSVYVQRMRTPDDRREVTKLYKEVFGLEPSINMYPRVQLNPRNLIVGDAYIKRNHSQSLKISNSELKILPEMRHSLEAVAHCVQHQWLSILIGPPSSGKTSLIRLLAYLTGNVLNELNLSSSTDISEILGCFEQYNAFRSYRLAIARIECYINEYSSLQLESSSDAFLRRKYLITRWLAFLSSTDYFLSTSSASSYAENWRITAFSSAPLLIEIVEHLRFDMEKNILPVSWSCKDLDIYLKTIRKLHDDFERRIYSAKFEWVTGLLIKAIVNGEWIVLENANLCNPTVLDRINSLVEPSGSITVNECGTVDGKPVVLHPHPQFRMFLTVNPSYGEVSRAMRNRGVEIYLMQPYWLLDEASGENGEEAELKDVKRFIVLSGVPFSDLIDSMAKAHIYAKVAGSHLNIRITYLELARWVQLFQRLLTNGNRPLWSLQISWEHTYLSSLGEVEGKDIVDHAEVSYISMPELFKFDSSSGFPICLPGRWPTPLKLQDFVRYSKEASVKQNCVYLEYLAAQSSSYAFNNALGQCSVEQALSACGSSGAYLVDMKMLRAMMFPKASDEMVTGYCGKAEFDHARSEKMILYAASWTIEQATESDFEFYLLWFSWVGSQLQPFCQSFTSFLCLLKQELEHPIWKCIFRSHREILSYFLVDIESKPLPLLSLEVLDLSKSDDIPKSCRKVLANAIDCVGLLRLSYQQWNTESEYTFSDKTRCFVPLLKSIRRLEEEVLDLIVESPSFGLLFRLYTDLLEDHISFWNGITSSQFECLLISWRSLVKDVAKLQEFCPREVENFQSLLWIHGGHPSLPASAGLYQKQYQLLNLCELVWPRKTMMRDLGSSIEAAISSNPELRSLAMQGVCMSTYIVGKADEDDLDIVQQLEEMYQMLLRKVEYEKSKLEMNTSTIEAASSMADVSACCIFSPDILCKRSGFDSWLDTLPVVDHTSFFLDMGLLQNLARIVTADEEKLQPTLSSLSVHMESALSFSLNFSSRPPTDFLPHQKILWTLDAWTSVDAVNAKISSFALEMWFRWHTSLWKHCPVIVENLLGLHDHDVLLPDMLFRPVKMITVDKILRSTFAVRDFYMHSLQLRVASRNLWQSSPCVANIHSFLLSAAQSLFQQIIFSHKKSFEADKYAAIKSIICSVQEKMITKDDITAMISLLASSSHRGLTSLIHLLIEPLLGELYCLHCSSTDSIYHLGCAWLRVGGLRYYLLICCDDLDPAMKYSFKYSQFIEKIASLELEIEVRKECVHSSGCFSLRQADRQKALALENLKAEQKRVQRKIVFRSDPGKFKKLKYECEEFRNLVGSSFGLAKNIGSMSAQEIIGQVHNWQETAGRFVDRLSNEYSAYIDLVQPVQAAVYEMKLGLSLVLSSVLSKRFLDRVGQGDMDIVLGEIYSFVRFPRGCASKAASPVVYSRQADIFSCNIESLTNLGTIDTDLLERLVNITSDTNAKTDKMVSILQMKAALHGNILLRVAYSVADARFLDTSSFLKKVEGNDAVEEDWNFLQESILKDMVDIHNALFGSVDLVQSPGSIRVSDADRLSSFINSYSLGIRMIKGLEGSLPSSLDAKLTPEHLLRLSLEYEEKFLLSHKSAHAYNFYKDSNAHVMAKMVEPLATLQNRIFSLLKEWDDHPALQKILDVIEMILAMPLSTPLAKALSGLQFLLNRVQILRETVSKFPLSDQLEPILGLVSSWQKLEFESWPALLDEMQAKFEINAGQLWFPLYSVLRHRHSTNLKEYSDLTIQSLEEYIQTSSIGEFRKRLQLLFAFHGRISVGLCQGSYPSLCRPCQVENVKILYNIFGFYVQFLPLTVEHINANRRSIELELKELLKLCRWERTDIYLTMENSKRTRQKFRKLIQKYNDLLQQPVMLILNQAAAQKGLVNNAMESSTPLVSFEKNINILKVVCDQSQFRDEERSAWLTTWRKKVDFAIQNLKLKTADVDPNVSFKDAEEVASIIGHCVASPSLFLVYQEERKQVWNTIKNICETAICCGETWKDGNKSSRMRRAFSDLLKLLYTCGLYKHKSALLEDQWLVQPSYNMQHLLLTDGMPSGKEVDIAPLDKLPSSPLESLETEWKTANQYFFRSMASVHQLRQICLNFHKDFSLDEVTKSVSYIDHLIAIQQEQRAAAYDFARRLRSLKKYILPLEHLFSSSIPFSSVISSQCSFSQSQSVTFNCMWQQKQLFDSLCAMLHDECLLLRTVELSHLNTCQSVKVSAKQILLFVEKFVPDFQKSKELLDNYLLGHDRVITSVEVPLQPNGITKQMEQLVYENFTLIRVFEERLSGFRKQDVDGGLVKEVLLGHLEAILGKGKLIAEEYDSALQARNHPGNMDDDSNHSGGEVSGFEAGFIQALEETYKAIVDAFRRVGLPNNTSVSKESLGNISKWKVIFESNVASLKLGAISDGLVKTINFAGEIVNHNGCENPSLGAHLKHLYSLLDLILTYGHGVLLDFLVMHRTVSLLTDELAKIFASLYCQGYPTSTEEQGDETGHDQETSGTGMGEGAGVNDVSDQINDEDQLLGTFEKPNEEEDALNDVPSKNDKGIEMEQDFDADTFSVSEESGDDNDDDGEDEQLDKAMGETGAHSEIVDEKLWDKDENGDDDEDNPKNTNEKYESGPSVKDKDPNGRELRAKDESTPTADEAGELDMGELTKENDENGDEGPDDTDNMEDMNIDKEESVSDPTGLKIDEEKPSSEDDKLDEEKPSSVNDMDMDGPEGTDDPLDEATPEELDETPEGKDGEGETTNSAEETKSEGEFEKLAGDSERDDPENKQENNMDTDSVAAKKNNFRFGASDLLNDNAPNAESATQLEGDSQAAGLHDVAPEAQWSNCNDTQNDVASIRGLPNATENEIAVADSSKGGKLGDDQPKTELPQLDDSSSLRKTQPNPCRNIGDALDGWKERVKVSVDLLDNNGEVPDDMADENAEEYGFTSEFEKGTAQSLGTATSDQINHNVNRNEPDGDDGTANGDDHNTEMEIEEQQRGETCLISTHALHLNDKIEEISDIEKQREGSPEVHGHHDGYLGDQSESVVSMRRSYMTDEINQLGKLSVNDEDLGKAHNHEELSFEMKDNASALWRRYELRTTRLSQELSEQLRLVMEPTLASKLQGDYKTGKRINMKKVIPYIASHYRKDKIWLRRTRPNKRDYQVVIAVDDSRSMSESNCGDVAIEALVTVCRAMSQLEVGNLAVASYGKKGNIRLLHDFDHPFTGEAGVKMLSSLTFKQENTIADEPMVDLLKYMNNMLDDAVARARLPSGHNPLQQLVLIIADGRFHEKENLKRCVRDLLSKKRMVAFLLLDSPQESIMDLMEASFQGGNVKFSKYLDSFPFPFYVVLKNIEALPRTLADLLRQVCLLKIHGARGGLSYGMVPLGKKQHNE

Gene family

Gene family	subfamily
--	--

KEGG pathway

KO	Enzyme	pathway	mapID
K14572	MDN1, REA1	Ribosome biogenesis in eukaryotes	map03008

Gene Ontology

GO term	Ontology	Name
GO:0000027	biological_process	ribosomal large subunit assembly
GO:0005634	cellular_component	nucleus
GO:0016887	molecular_function	ATPase activity
GO:0005524	molecular_function	ATP binding

Expression pattern

Expression pattern detail

SRP	Sample	Description	TPM
SRP075780	SRR3591705	youngest leaf	5.209
	SRR3591706	second leaf	1.376
	SRR3591707	mature leaf	2.572
	SRR3591708	Shoot apex	6.762
	SRR3591709	Stem	4.676
	SRR3591710	White floral bud	3.511
	SRR3591711	White flower	9.698
	SRR3591712	Green floral bud	4.492
	SRR3591713	Yellow flower	3.423
SRP173429	SRR8316895	Juvenile bud stage	4.451
	SRR8316896	Juvenile bud stage	6.542
	SRR8316897	Juvenile bud stage	3.055
	SRR8316894	Third green stage	2.955
	SRR8316900	Third green stage	4.668
	SRR8316901	Third green stage	4.227
	SRR8316898	Complete white stage	0.161
	SRR8316899	Complete white stage	1.681
	SRR8316903	Complete white stage	0.826
	SRR8316902	Silver flowering stage	0.636
	SRR8316904	Silver flowering stage	1.161
	SRR8316905	Silver flowering stage	0.393
	SRR8316906	Gold flowering stage	2.185
	SRR8316907	Gold flowering stage	1.768
	SRR8316908	Gold flowering stage	2.209
SRP132670	SRR6706286	Control	2.176
	SRR6706287	Light intensity 50%	2.778
	SRR6706288	Light intensity 20%	2.938
CNP0000432	CNS0095592	Slightly white alabastrum(diploid) 1	2.572
	CNS0095593	Slightly white alabastrum(diploid) 2	2.392
	CNS0095594	Slightly white alabastrum(diploid) 3	2.554
	CNS0095595	Whole white alabastrum(diploid) 2	2.102
	CNS0095596	Whole white alabastrum(diploid) 3	1.397
	CNS0095597	Whole white alabastrum(diploid) 4	1.857
	CNS0095598	Silvery flower (diploied) 1	3.990
	CNS0095599	Silvery flower (diploied) 2	2.454
	CNS0095600	Silvery flower (diploied) 3	2.864
	CNS0095601	Golden flower (diploid) 1	3.170
	CNS0095602	Golden flower (diploid) 2	3.861
	CNS0095603	Golden flower (diploid) 3	3.655
	CNS0095604	Slightly white alabastrum(tetraploid) 1	2.721
	CNS0095605	Slightly white alabastrum(tetraploid) 2	2.123
	CNS0095606	Slightly white alabastrum(tetraploid) 3	5.836
	CNS0095607	Whole white alabastrum(tetraploid) 1	1.336
	CNS0095608	Whole white alabastrum(tetraploid) 2	1.108
	CNS0095609	Whole white alabastrum(tetraploid) 3	3.184
	CNS0095610	Silvery flower (tetraploid) 1	4.139
	CNS0095611	Silvery flower (tetraploid) 2	4.136
	CNS0095612	Silvery flower (tetraploid) 3	2.300
	CNS0095613	Golden flower (tetraploid) 1	1.143
	CNS0095614	Golden flower (tetraploid) 2	2.273
	CNS0095615	Golden flower (tetraploid) 3	1.413
CRA001975	CRR073297	Stem 1	4.919
	CRR073298	Stem 2	4.437
	CRR073299	Stem 3	1.902
	CRR073300	Leaf 1	3.162
	CRR073301	Leaf 2	3.055
	CRR073302	Leaf 3	1.069
	CRR073303	Juvenile bud 1	1.617
	CRR073304	Juvenile bud 2	0.420
	CRR073305	Juvenile bud 3	2.109
	CRR073306	Third green 1	0.087
	CRR073307	Third green 2	0.080
	CRR073308	Third green 3	0.281
	CRR073309	Second white 1	0.205
	CRR073310	Second white 2	0.523
	CRR073311	Second white 3	0.417
	CRR073312	Silver flowering 1	0.306
	CRR073313	Silver flowering 2	0.347
	CRR073314	Silver flowering 3	0.319
	CRR073315	Gold flowering 1	0.646
	CRR073316	Gold flowering 2	0.966
	CRR073317	Gold flowering 3	0.149
	CRR073318	Tawny withering 1	2.242
	CRR073319	Tawny withering 2	2.531
	CRR073320	Tawny withering 3	1.890