result

Gene information

Detail information of g435949

Location

Gene	Chr	Start	End	Strand
g435949	CHR4	192038653	192050649	+

Sequences

CDS

>g435949.t1
ATGGAGTTAGAGGCAAGGCAGTGTATCAGTGCACTGTACAGGGGAGATGGTAGCAAGTATGAAGGCGGAGCAGTAGTGGGAAATGTTGTGGTGGAAATGAATGGTTGTTGGGTGAAGAATGCAACAGTTTTGGTGCACTGTGCTGAGAAGTTTGTGGGTGGTAGCAGGTTGAAGGCAGTTGGGAGTGATGTTGAAATGTTGTATGTTGGTGATGAATGGAAGGTATTGGTGAGTGCTGTCAGTAACAGTGGTGAACTGTACGAAGTTGAGGCAGGAGGGAAGCTAGATAGAACTGCAGTGTTTCAGGTGGATTTGAAGTATGCTGTGGATGTGTGGCAGCAGAAGTTGACAGGGCCTCTCACTGATATTGCAAGTGATCTTACAGTCGAAGTTGGAAGTTCAACTTTTTCGCTTCATAAGTTTCCATTAGTATCACGCAGTGGAAGAATAAGAAAGCTCATATCAGAATCAAAAGACCAATCGAAAATCACAAAAATATGCATCCATAGCATGCCTGGTGGTTCTCAAGCATTCGAACTTGCAGCAAAATTCTGCTACGGCATCAATATAGAGTTTTCACTACTAAACATAGCAATGCTTTTATGTGCATCTCACTATTTACAAATGACTGAAGATATCTCCGATAAAAACCTACAAACTCATGCTGGTCTGATGAGAGGTGCTGTATCAATTGCTCTTGCATATAATCAGTGTGTTGAAGTTGCAGTTGTGGAATTACCAGCGTATGGTTATGATCAAAGTTGGGTGGTGGAGGCTTTTATTGCCTTTGCAGTTTCTGAGAAGTTTGTGGGTGGTAGCAGGTTGAAGGCAGTTGGGAGTGATGTTGAAATGTTGTATGTTGGTGATGAATGGAAGGTATTGGTGAGTGCTGTCAGTAACAGTGGTGAACTGTACGAAGTTGAGGCAGGAGGGAAGCTAGATAGAACTGCAGTGTTTCAGGTGGATTTGAAGTATGCTGTGGATGTGTGGCAGCAGAAGTTGACAGGGCCTCTCACTGATATTGCAAGTGATCTTACAGTCGAAGTTGGAAGTTCAACTTTTTCGCTTCATAAGTGGAAGAATAAGAAAGCTCATATCAGAATCAAAAGACCAAATCGAAAATCACAAAAATATGCATCCATAGCATGCCTGGTGGTTCTCAAGCATTCAAACTTGCAGCAAAATTCTGCTATGGCATCAATAGAGTTTTCACTACTAAGCATAGCAATGCTTTTATGTGCATCTCACTATTTACAAATGACTGAAGATATCTCCGATAAAAACCTACAAACTCATGCTGGTCTGATGAGAGGTGCTGTATCAATTGCTCTTGCATATAATCAGGTGACGGCTAGTAGGTTGGACAAGCGATGGCGATTGGTGGTGGTGCTGAAAGCATTACGTGATGATGTCAAAGTGGTAGAAGAAGGCAAGTTGGAACATGGGAGATCTAATATAGGGTTTAGGAATTTGGTAGTTAAGATAAGAAAGTGGAGAGCTCTAAAGTTGTCGAGTATAACTTATAGGAAGAAAATAGCAAAGTTTTGA

Protein

Gene

>g435949.t1
ATGGAGTTAGAGGCAAGGCAGTGTATCAGTGCACTGTACAGGGGAGGTAGTGGTGGTTTGAGCACAGGTTTGTGGTCGAGACTATTGAAGCACTTGCTAATGGTTGATGTATAGATGGTAGCAAGTATGAAGGCGGAGCAGTAGTGGGAAATGTTGTGGTGGAAATGAATGGTTGTTGGGTGAAGAATGCAACAGTTTTGGTGCACTGTGCTGGTAATAGATGATGTATTTAATTTTGTTTTTCTTGATTTACTTCTCTACAAAAACAATTCTTGGGTGTTTGTAATCATTTTTGATGCAAACAGCATGACTGACGTTAAAATCCTACCCTTGGTCCCCATATCATTATTATCAAAAGAGGAACAATGTGGAGGTAGTTTAGGCATAAACTTGTGTATTCCAGAATTTAATAATTTAGACTAAGACAGAGCTATCAAAGATAGTGTATGAGATTGTAGAAATTTGAGTGTAGAGAGCATTTTGCTCTCCATATTCAAACCTCTTACGTTCCACGCACAAATGGTCATTTAATAGAAGAAGAGCCCCTAGTTTTCCTTTTAGGAGGTGCTATGGTAGATTGTGCTTTCTGTTGATACTTCATTGTGTAATTTTTATTAGCCTTAAGCATGTAGGATACATTTTCTGTAACATCGTCTGGTTTTCCAATTTCGTATATGTGTTGAGAGATTTCATCAATGAAACGCGTTTTTTCATCAAAAATTTCTTATGCAGGTGAAAAATCCTCCAAATGAGCAGAGTCGTGTTCTTGGTTGGTTGATGGAACAGTCTGTTGAACTGGAGGATCTGGGATTGCTAAAGTAGGATTGTTAACAGAATCATGCTCATGGTTGATTGGTGGATCAGTGTGTTGAAGTTGCAGTTGTGGAATTACCAGCGTATGGTTATGATCAAAGTTGGGTGGTGGAGGCTTTTATTGCCTTTGCAGTTTCTGGTATGATGTACTTGGATTATTAGCAACAAAGTACTAAGCAGAGCATTCATCAGAGAAAGAAGTACCAACCTCTTCAGTTGATAGGTATGAAAAGCGATTTGCAGTGCGTATATCAAGTTTTTGTTTTCCTTTGTTCAAGTGTTCTTGCGTAATAGTATCGGTACATTAAGCATTAACAGTAGTAGTAGAATCATGCACTTTAGTTTTCGCTTGTTTAAAGGTGGAAGCGGACCCCCATTAGCCTGAGATGCATTAGAACTTTTAGTATGATTTTTATTAGGATGATGTGCCTTTGCTTGCCATGTTGTGTGCTATAGCCATATGCTTTGCAATTGAAACATGGTTTTGATCTATGTTCATATGAAATTTGAATATCAATGTGTTCACCATCATAGTTCATACCATGAACAATGTTTGGATATGTGAAATCAGAATTAACTTCAACTAATACTGTGGCATAGATCTCTTTAACATGTTAGAGTCCATTTTGATTGGCTTACCCGGTGTGCTTGCAATTCAACTAATCGATCGGTATTCATTAATTCTAGTAGTAAATCAAACAATTTTATCCATGTCGGAATTGATGAGAAATAATCGTGTGTTAACTTCATACCCGGCTTCCATATTTTCGATATGATAATTCGTGAATTAAAAGTCTATAGGTCAGTGGGTAAATGGTTTGGGAGTTATATGTGAAGGATATGGAGGATATGTATGTGACAGGTTTGTGGAGTTTGTGAAATGAGGTAATCACAGAGAAGTTTGTGGGTGGTAGCAGGTTGAAGGCAGTTGGGAGTGATGTTGAAATGTTGTATGTTGGTGATGAATGGAAGGTATTGGTGAGTGCTGTCAGTAACAGTGGTGAACTGTACGAAGTTGAGGCAGGAGGGAAGCTAGATAGAACTGCAGTGTTTCAGGTGGATTTGAAGTATGCTGTGGATGTGTGGCAGCAGAAGTTGACAGGGTGCTGTGAGTGTATGTGTATAAGCAATTGTAAATGCGAGGGTGGAAGTAATTGCATCCGTGAGAGAGAAGAGTGCAAATAGGACTATATTATAAAATGAACAGTGAGTTATTCTAGCAACTGGTACAAATATCAAACAATATGGTAACTATAACTTCATTTTGATACCATCTCACCATTAACTTACAAACAATTAGAAAGAGTGATCGAATATTTAGATAATTCTAAATTAGATAATTCTATTTCAATATAAAATTAATACCGCACACATACAAATAGTAAATTTCTTTGAAGTTCAAACTCTTAACATATTGGTCAGGTGCTGGAATTATGTCACATTTCTGCCTTATAGAGTTTCACTTATAACAATGATTATTATGATAGAATAGTTTGTATGAATGGCAGATGCAGTGGAAAATGCACAGAAGTGTGATGAGCATGTGCACAGTAAACAACAAACAATAGAGGAGCAGTATAAATGTAAAACAGTGAAAACCTTTTTTTACAACAATTATGTGTTGCATTTGTTTATGTTCTTTTTATGCATTAATAGCGAGGAACTCAGAAAGTTTCAAAACCTTGCAGAGGAATTGTTTTGGTGGCTTGCCCTGCTGCTTTGGTCTGTTATGTCATTGCTTCCCCGAAACACTTACTATACCGGTTGCAGGTACGTATTTACAATTGCGTGAAAAGTCTTGCTAGACCAATTATCACCGAACTGCAAACATAGTAGAAGCTACATTTATGTCTACTTAATGATGTGTCGGATATATTTGGCTTATCTTTCATAATGTAAATTAAAAAAAGTTAAGGTTTATTATATGAACCTACATGAAATGTACCTTGTACTTGCAAAACTACCGACCATTTCTTCAAGTCCCAAATCTGAATAAATTTTCGAATTCTTGTTTGAGACATGTTCAGTATTATATTTTCGAATTCTTGTTTGAGACATGTCCAATTAGAATGTCCAACTGTTTTAACCATTTTTGTCCTAATCATCTCTAGAACACTAGACATTTCTTCCTATTCTTAACGCAAATTCTTCTTGCTTTTTCTGGGATAAGATAATTCTACACGAGAAAAAAAAGATGGGTGTTTCAACAGCTAATGAATTGAAGCAAAGTGTTTCAGGAAAGAAAACATTTAAGTCAAGTTCAGGCTCAAGGCAAGCAGGAAATCAATGGTATATCTTCATGCATTTTTCTCTTGCTTGTAAATTTCTTTTCCTTTTTTCAAGCTTTTGGTTTTTTAATAATCAATTATACATCTGTTGAGGTACAAGATTCAGTACAAGCCTGTAACATTTGGAATTGTATGTTAATTTTGATGATAGACCAAAGTTTTGTTGTGATATTGAACAATCAAATTGTCTGAATTTTTATTACCAGGCCTCTCACTGATATTGCAAGTGATCTTACAGTCGAAGTTGGAAGTTCAACTTTTTCGCTTCATAAGGTATGTACAAACTAAATTTTTTTGCCATTCATAAATATTACAATTCTCCAAAATTTTAATTGTTTACTTTCAGTTTCCATTAGTATCACGCAGTGGAAGAATAAGAAAGCTCATATCAGAATCAAAAGACCAATCGAAAATCACAAAAATATGCATCCATAGCATGCCTGGTGGTTCTCAAGCATTCGAACTTGCAGCAAAATTCTGCTACGGCATCAATATAGAGTTTTCACTACTAAACATAGCAATGCTTTTATGTGCATCTCACTATTTACAAATGACTGAAGATATCTCCGATAAAAACCTACAAACTCATGCTGGTCTGATGAGAGGTGCTGTATCAATTGCTCTTGCATATAATCAGGTTAGCCTTAATGCATTAATTTGCTTATAATTTTATTTTTTTACACAATGATAACTATGTTTTGATGAAAATATGCAGTTCAAAAATTCTGGTCACAATACTGAACTATCATCGTTGTTATCTTAGTAGAAAATGGATTTGGAGTAGAAAAACTTAGTTATGTTGTTCTGTTGTTTAATCTATATGTGCATTGTATATGCAGAAAACCCAATAGGTAGAATATTGCATTGTGGTGGTTCCTATATATTTTTTTAGTTGAAAGTTTAAAAAAGGAAAAGAAAAAAGAGGTGAAATGATGTGGTTGCTATCCAGATCATCAAAGTTAATAATTAAATGACTCATTTTTTGGGTTTGTATTCCGCAGGATCATTCTGCATATGCAGATTTCATCACGTAAGGAGTGACATAAGGATTGCACAGCTCAACTTCAGGTAGCTCAAGTACAATATAGAATGAAGGTTTGTGCATTTGAAGACCATCTTCTGCTTAATTTATCCACTGTCAACGATACATTCTCTTCTCTGTATATATGTATTTTTGTGTGTCTATATATAACATGCTGCATTTATTTTTTACTACTGACTGTCTGATTATGTACCGTGGAATTTATTTATGTTTTTCATTCTTTTGTAGAATTATTAAATCTGATTATGTATTTGCCATCAAATTTAATTTTGAATGATAGTAATATTGCATGCAATAATTGTTTGTTATAATCAATAATATATATAGTCTATTTGAGTACTGTAATAATGGTATCTGAGAATGGTTTTTTTGCATTAGGTATAAATAGCTGATGCAATAGAGGGATTAGTTTGCATCGGTTGTTATAAAAAACTGATGCAATAGAGGGATTAGTTGCATCGGTTTTCATTACAACCGATGCAACATGGGGGGCTGTGTCCAAGCAACCAACCATGATATTTTGCATCAGTTGTTAGTAACAACCGATGCAAAAAGGACCTTTTTGCATCGGTTTCAGAACTGATGCAAAAGTGTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN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CTTCATAAGGTATGTACAAACTAAATTTTTTTGCCATTCATAAATATTACAATTCTCTAAAATTTTAATTGTTTACTTTCAGTTTCCATTAGTATCACGCAGTGGAAGAATAAGAAAGCTCATATCAGAATCAAAAGACCAAATCGAAAATCACAAAAATATGCATCCATAGCATGCCTGGTGGTTCTCAAGCATTCAAACTTGCAGCAAAATTCTGCTATGGCATCAATAGAGTTTTCACTACTAAGCATAGCAATGCTTTTATGTGCATCTCACTATTTACAAATGACTGAAGATATCTCCGATAAAAACCTACAAACTCATGCTGGTCTGATGAGAGGTGCTGTATCAATTGCTCTTGCATATAATCAGGTTAGCCTTAATGCATTAATTTGCTTATAATTTATTTTTTTACACAATGATAACTATGTTTTGATGAAAATATGCAGTTCAAAAATGCTGTCACAATACTGAACTATCATCGTTGTTATCTTAGTAGAAAATGAATTTGGAGTAGAAAAACTTAGTTATGTTGTTCTGTTGTTTAATCTATATGTGCATTGTATATGCAGAAAACCCAATAGGTAGAATATTGCATTGTGGTGGTTCCTATATATTTTTTAGTTGAAAGTTTAAAAAAGGAAAAGAAAAAAGAGGTGAAATGACGTGGTTGCTATCCAGATCATCAAAGTTAATAATTAAATGACTCATTTTTTGGGTTTGTATTCCGCAGGATTATTCTGCATATGCAGATTTCATCACGTAAGGAGTGACATAAGGATTGCACAGCTCAACTTCAGGTAGCTCAAGTACAATATAGAATGAAGGTTTGTGCATTTGAAGACTATCTTCTGCTTAATTTATCCACTATCAACGATACATTCTCTTCTCTGTATATATGTATTTTTGTATGTCTATATATAACATGCTGCATTTATTTTTTACTACTGACTGTCTGATTATGTACCGTGGAATTTATTTATGTTTTTCATTCTTTTGTAGAATTATTAAATCTGATTATGTATTTGCCATCAAATTTAATTTTGAATGATAGTAATATTGCATGCAATAATTGTTTGTTATAATCAATAATATATATGGTCTATTTGAGTACTGTAATAATGGTATCTGAGAATGGTTTTTTTGCATTAGGTATAAATAGCTGATGCAATAGAGGGATTAGTTTGCATCGGTTGTTATAAAAAAACTGATGCAATAGAGGGATTAGTTGCATCGGTTTTCGTTACAACCGATGCAACATGGGGGCTGTGTCCAAGCAACCAACCATGATATTTTGCATCAGTTGTTAGTAACAACCGATGCAAAAAGGACCTTTTTGCATCGGTTTCAGAATTGATGCAAAAGTGTTAAGCCTGTTGCATCGGTTGCATATGCATCGGTTGTTGAACTGATGCAAAAGGGGGGTAAACAACCGATGCAAATAGCCTGTTTTGTAGTAGTGTCATATTGAAATCCACTCGATGACCAAACTTAGTTAATCTCATAAGGAAAACAAGCTAAAGAGACAAGTCAAGCTTTTTCTAGAATCAAACGTGTCTAATTGGAAGAAACCCTAATCCTTAGCCTCATGACCAAGCAAACATATATGATCGCAATTGTCTCATATCTCATGAGATCAACCAAGCCTCAACCACCTCACCAACCATCACAACCTAGCATCACAATGCCACCTACCTCCAAGTCAATTCAACAAATCAATCATGACCAAGGGTTTCAAAGGTATTCGATCTGAGAATTGTTGATGAGGATCCATGTGATGGTGGTGGTGCTAGGTGACGGCTAGTAGGTTGGACAAGCGATGGCGATTGGTGGTGGTGCTGAAAGCATTACGTGATGATGTCAAAGTGGTAGAAGAAGGCAAGTTGGAACATGGGAGATCTAATATAGGGTTTAGGAATTTGGTAGTTAAGATAAGAAAGTGGAGAGCTCTAAAGTTGTCGAGTATAACTTATAGGAAGAAAATAGCAAAGTTTTGA

Functional annotation

Database	accession number	e-value	annotation
nr	RDX65803.1	2.4e-33	BTB/POZ domain-containing protein, partial
Swissprot	Q9SA69.1	4.0e-33	BTB/POZ domain-containing protein At1g03010
trEMBL	A0A371EID5	1.7e-33	BTB/POZ domain-containing protein (Fragment)

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT1G03010.1	68.00	1e-36	151		Phototropic-responsive NPH3 family protein

>>>Show top 3 blast result

Query id	Subject id	alignment length	mis matches	gap openings	query start	query end	subject start	subject end	% identity	e-value	bit score
g435949	AT1G03010.1	100	28	1	119	218	32	127	68.00	1e-36	151
g435949	AT1G03010.1	105	40	4	337	429	32	127	41.90	1e-10	64.7
g435949	AT2G47860.1	101	33	1	119	219	33	129	63.37	1e-34	144

Ortholog group

Species	Genes
-	-

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF00651.28	BTB	Domain	124	211	27.2	3.1e-06

Gene Ontology

Accession	Ontology	Name
GO:0000003	P	reproduction
GO:0000902	P	cell morphogenesis
GO:0000904	P	cell morphogenesis involved in differentiation
GO:0016049	P	cell growth
GO:0003006	P	developmental process involved in reproduction
GO:0040007	P	growth
GO:0009653	P	anatomical structure morphogenesis
GO:0008150	P	biological_process
GO:0009826	P	unidimensional cell growth
GO:0009856	P	pollination
GO:0009860	P	pollen tube growth
GO:0009932	P	cell tip growth
GO:0009987	P	cellular process
GO:0016043	P	cellular component organization
GO:0022414	P	reproductive process
GO:0030154	P	cell differentiation
GO:0032501	P	multicellular organismal process
GO:0032502	P	developmental process
GO:0032989	P	cellular component morphogenesis
GO:0044706	P	multi-multicellular organism process
GO:0048468	P	cell development
GO:0048588	P	developmental cell growth
GO:0048589	P	developmental growth
GO:0048856	P	anatomical structure development
GO:0048868	P	pollen tube development
GO:0048869	P	cellular developmental process
GO:0051704	P	multi-organism process
GO:0060560	P	developmental growth involved in morphogenesis
GO:0071840	P	cellular component organization or biogenesis

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
-	-	-	-	-

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network