result

Gene information

Detail information of AfisC4G06162

Location

Gene	Chr	Start	End	Strand
AfisC4G06162	chr4	1137712556	1137723201	-

Sequences

CDS

>AfisC4G06162
ATGGAAGTTTCACCCGAATCTCACGTCCTATCCTCTCCAACTCGAAAGAATCTACACCGCCGATCGCGGTCGCCAGAATCAGAGTCAAAGCGCCGAAAGCATCATCATCGGCACCACAGCGACCGACACCATCGTCATAGGCATCGTAGCAGAAAGGAGAAGAAAGAAGAGAATCCTGAAGATGGTGATGACATGATTAGGAATGAGAGGTACCAAGTAGCTGAGGATGGAGAGATTGAAGAAGGCGAGATTTTAGAAGAAGGGGAGATTGTTTCGGATCATGACACTAGATTTCTGCACATACAGGCTGTTCCTGATAAGAATCATAATTACTCAGACAATGAAACTGAACCTAAAGTGCTTGATAATCATTTGGATTCTGCAAGTCCGAAAACTTTGCCTAATAATTGTGGAATTCACAGCAAAAAGATTGAAGCTATTCCTAGGTGGGTTGACAAAACAAAAAGGAAATCCTCAACAACTCTGGCAGTAATTGATGTGTTAAATGATGTCAACACAAAAAGAAAACAATCAAGGGTTGATGCTGTTGCTGTTGTTGATGATGATGGAGATAGAAGTCGAGTAAGATCAGTAACGCCATTTTCGAGGGATAGCACAGATGTGAAGAACAAGGCTTGGGACGAGGATATTGAAGTCACATCTGATCATTTTAGGAGAAGAAAGAAAAACAATGAAAAAAATCAAAGGGATAGGTCAAGGTCACGTGAGATCGATTATGATAGAAGAAATCACTCAAGTAATTTAGAGATAGATAAGCACAAACATGCCGAGCACAGTGTTAGGGAAGACGAGTACGTTGATCGCATAAGACAAACAAAAAAGGCTAGAGCTGCTCATAGGGAAAGAGATAGGAGTGTTAGTCATAGCAGACATGACAGAGAAGATTTAAGACATACAAACAATGATAGAGACATAGATAAGAGTAGAGAATATCATAAAGAAAGGGAAAGGAGCTCTAGTATTTCTAGCAGAAAAGAGTATGACATGAGGAAAATGGAACGAGATGGTGGAAAACACAGAGACATGGAGATACCAAGGGATGTGAGCAGGGATAGGTACAGAGAAAAGGACAGGAGTAGAAGAGGAAGGGATATGGATAGTTATGATAGAGACCGGGGTCGTTGTATAGACCGAGATAGAGAAAATGGTAGGCGTAGTGATAGAGATAACCGTGGCATGCATAATGATTCACGACACCCAAAATATTATGAATGTGACAGGCAAAGGGAAAGAATAAGATCAAATGAGATACGTTCTGCAACCAATGATTTAGATAGGAAAGGGGAGACTTTGAGGGAGGAGGATGAAGACGATTATCAAGAAAAAATTGAACACCAACTTGCTAACCAAGAAGAGGAAGAACTTGAGAGAATCAAGGAGGAGAGCAGAAAACGGAAACAAGCCATTTTGGAAAAATATAAACAACAGCAGTTGCAACACACAGTTTCTGTGTCACCTGCAGTGAACGGGGAACTTACACTGGGAAACACCAAAGAATGTTTGGACACAAAGCATGATACTTCTGATATGAAAGAAGAGTTTCCTAATGGTTATGCTATTGATCCATCTTTCACCGTGGAGAAGTTATCTATAGATAATGGAGTCCCAATTCACGAAAAGGGAAGCGGGGTTGGGGGACTTGGTGAAGGTTCTCCTAAGAGTGAGAAATCAGCGGATATGTTTTGTGATGATATTTTTGGAGAATCACCTGTAGGAATTCGGAAAACGGGTAAAACAGATGCTTTACAAATTGAAAAGAGTGGCCTACATGACAATTGGGATGATGCAGATGGCTATTACAGTTATAGATTTGGTGAAATTCTTGATGGTCGATATGAAGTTATTGCAGCACATGGCAAAGGAGTTTTTTCAACTGTTGTTCGGGCCAAGGACCTTAAGTCTGCACCGGGTGAGCCTGAGGAAGTTGCCATAAAAATAATTCGCAACAACGAAACCATGTACAAGGCTGGTCAAGAAGAGTTAAAAATATTGGGCAAGCTGGCTGCTACTGATCCCGAGGACAAGCGTCATTGTGTTAGGTTTCTTTCTACTTTTAAGTACCGGAATCATCTTTGCTTAGTTTTTGAATCTCTTCATATGAATCTTCGTGAGGTTCTAAAAAAATTTGGTCGTAATATTGGGCTGAAGTTGACTGCGGTGAGGACATACGCTAAGCAGCTTTTCATTGCCCTGAAGCATCTAAGAAATTGTGGTGTATTACATTGTGATATAAAACCAGACAATATGCTGGTGAACGAGGGAAAAAACATTTTAAAGCTATGTGATTTTGGTAATGCTATGTCTGCTGGCAAGAACGAACCCACACCATACTTGGTTAGCCGTTTCTATAGAGCTCCAGAAATAATTCTTGGACTGGAATATGATCACCCCCTGGACATGTGGTCAGTTGGTTGTTGCTTATATGAACTATATTGTGGAAAAGTTCTATTTCCTGGTCCATCTAATAATGATATGCTTCGTCTTCATATGGAATTGAAGGGTTCTTTTCCAAAGAAGGTGCTTAGGAAGGCGTTATTCACTAGCCAACATTTTGATCAAGATTTGAATTTTCTGGCTACAGAAGAAGATCCGGTTACTAGGAAGCCTATCAGAAGATTGCTTCTGAATATCAAACCAAAGGACATTAGCACACTTATTTCAAGTTCTCCTGGAGAAGATCCAAAAATGACAGCCAATTTCAAAGATCTTCTAGAAAGAATATTTGTTTTGGACCCAGAAAAGCGCTTAACTGTTTCTCAAGCATTAAGTCATCCTTTTATCACGGGCAAGTGA

Protein

Gene

>AfisC4G06162
CGCTGCTACAAAACTCCGGGTCTAAAACAGAAACCAAAGCCCTTGCCAAACGTTTCCCGTCTAAATACGATCTATCGTTATCCCCAAACCCTAACCCTAATTACACGATAACTCGGTTATGGAAGTTTCACCCGAATCTCACGTCCTATCCTCTCCAACTCGAAAGAATCTACACCGCCGATCGCGGTCGCCAGAATCAGAGTCAAAGCGCCGAAAGCATCATCATCGGCACCACAGCGACCGACACCATCGTCATAGGCATCGTAGCAGAAAGGAGAAGAAAGAAGAGAATCCTGAAGATGGTGATGACATGATTAGGAATGAGAGGTACCAAGTAGCTGAGGATGGAGAGATTGAAGAAGGCGAGATTTTAGAAGAAGGGGAGATTGTTTCGGATCATGACACTAGATTTCTGGTCTGATTCTTTTGTTTGTATCAATGTTTTTGTTCTTTTTGTTTAGTTATGTGTGCCTAAAACGCCCTTTCACTCCATAGAACTAGTATGTTCTTATTAGTTTCTAAATATGGGTTCGGATAGTTCACTAAGCTATACATTTTATAAATTTAAAACCCCAATTTGTATGAGAGTTGGGTACACATTGTTTTTGGACAATGGGCACGTAAGGAATTATGCAATCTGTTTTGAAAACATACTGTTGTTCAGTTGTGATGAGTTTATTTTGCATTTTGTACAACTAGCTTTATTAACCTCCTTCTTTACTATTTTCTACTTGTTCCATTCTTATATGCTGCCTGGATATAATGATGAACGTATAAAGATATTCCATTGGATTCTCCTGGAACAATAGTTCTTATCATTTTTAATTGGTTTATAGTGAATTCCTGGTTTTTGCGTATCTATTTGAATTCGGAATAATAGCTTCATGTGTACGGGATTTCTTTTCTCTGATTTCAATTGAAAAAGATTCCCAGATCAAATATATTACGTACTGAAAATCTTAAATTTTTTCATTTTCCAGCACATACAGGCTGTTCCTGATAAGAATCATAATTACTCAGACAATGAAACTGAACCTAAAGTGCTTGATAATCATTTGGATTCTGCAAGTCCGAAAACTTTGCCTAATAATTGTGGAATTCACAGCAAAAAGATTGAAGCTATTCCTAGGTGGGTTGACAAAACAAAAAGGAAATCCTCAACAACTCTGGCAGTAATTGATGTGTTAAATGATGTCAACACAAAAAGAAAACAATCAAGGGTTGATGCTGTTGCTGTTGTTGATGATGATGGAGATAGAAGTCGAGTAAGATCAGTAACGCCATTTTCGAGGGATAGCACAGATGTGAAGAACAAGGCTTGGGACGAGGATATTGAAGTCACATCTGATCATTTTAGGAGAAGAAAGAAAAACAATGAAAAAAATCAAAGGGATAGGTCAAGGTCACGTGAGATCGATTATGATAGAAGAAATCACTCAAGTAATTTAGAGATAGATAAGCACAAACATGCCGAGCACAGTGTTAGGGAAGACGAGTACGTTGATCGCATAAGACAAACAAAAAAGGCTAGAGCTGCTCATAGGGAAAGAGATAGGAGTGTTAGTCATAGCAGACATGACAGAGAAGATTTAAGACATACAAACAATGATAGAGACATAGATAAGAGTAGAGAATATCATAAAGAAAGGGAAAGGAGCTCTAGTATTTCTAGCAGAAAAGAGTATGACATGAGGAAAATGGAACGAGATGGTGGAAAACACAGAGACATGGAGATACCAAGGGATGTGAGCAGGGATAGGTACAGAGAAAAGGACAGGAGTAGAAGAGGAAGGGATATGGATAGTTATGATAGAGACCGGGGTCGTTGTATAGACCGAGATAGAGAAAATGGTAGGCGTAGTGATAGAGATAACCGTGGCATGCATAATGATTCACGACACCCAAAATATTATGAATGTGACAGGCAAAGGGAAAGAATAAGATCAAATGAGATACGTTCTGCAACCAATGATTTAGATAGGAAAGGGGAGACTTTGAGGTAATATTTGAATCATCCTTCCTCACTGTTTGAATTGAATTAAATAATATAAAGATAACTTCAGTTTTATATGCTGTTGTTTGGTTATCTTTTTTGTGCTTTTATTTTATTAGGGAGGAGGATGAAGACGATTATCAAGAAAAAATTGAACACCAACTTGCTAACCAAGAAGAGGAAGAACTTGAGAGAATCAAGGAGGAGAGCAGAAAACGGAAACAAGCCATTTTGGAAAAATATAAACAACAGCAGTTGCAACACACAGTTTCTGTGTCACCTGGTAATACACATTTGTAGTCATCAGTTTGTTTCTCTTGAGATGGAAACTCACATTCATGGATCATCGTTTGCAGCAGTGAACGGGGAACTTACACTGGGAAACACCAAAGAATGTTTGGACACAAAGCATGATACTTCTGATATGAAAGAAGAGTTTCCTAATGGTTATGCTATTGATCCATCTTTCACCGTGGAGAAGTTATCTATAGATAATGGAGTCCCAATTCACGAAAAGGGAAGCGGGGTTGGGGGACTTGGTGAAGGTTCTCCTAAGGTTTGTAGCTAACATTCCAATATATGCGTGCCTTTTCATGGTTGACTTTATTACTACCCAGTACAAGCTCTAAATAAAGTTTGCGTCAAATATAAACAAAAACTTGTTTATGCAGAGTGAGAAATCAGCGGATATGTTTTGTGATGATATTTTTGGAGAATCACCTGTAGGAATTCGGAAAACGGTAAATTTTTGACCAATTTCATCCTTATTATTGGTGTGAGCTAGTTTAGATTTTGTCCTGGATTTAAATTTAATTTTTTTTTCCGAAAAGCAATCTTTATCCATACGGTATCCGTGCTTTAGTGGGATGTAGGGTGGGATGGCGAGTTATCAGTTTTTTTTGCTTAATGTAATTACAACCACTTAAGAGTTCCGGAAGCAAATTTCGCCGATTATTGTTAATACTGTAATGCTGTAGGATTCTAGATAAGCAGAGCAGTCCTTATGTAGGGTGGGTGGCTGCCTTTGCTGCATAAGAGCATTCCCAGCAGTGTGGAGAGAGCAAGAAATGGGAAGAATCCTCATTTTTATTTTCATCCTCATGCTCCAGCAGTGAGAATTTGAGCGTGAAGAAAAAAAAGTGACGATTCTTCCATTTTTTTATGAGTGTGGATTTATAAACGGCGTTAAGAAAACCGTTTAGTTTTTAAGTGGTTTTTTGAAAGCCGTTTAGGTATAAATATTTTATTTTTTTAATATTCAATGCGCTAAACGGTTTTCCGAAAACCGTTTAGGGCAAGGATATCCTAAAATGTTTTCTGAACACCGTTTAGTGCATTTCCTCAAATTTTTTTTATGAAAACCCCACGTTCACTGCTGGATGAGTGGGAATTCTTTCCCTTTTTCTTCTTCTTCTTCCTCTTGAATTTAGCCCTCCTGCTGGAAATGCTCTAATAATGTACATTACTATCATCTCTGGTTTGATTTATTCAACTTTCATGGTTTGTGCACAAAGCGACATTTACAAATATACTTCTAGACAGTTACAGAACTCTTTTATCAACTGGCTTCATTGGAAATGATACTTTATTTGAATTTTCTTTGATGATTTGATAATTTAAAAGAGATTCTCCTTATTAATTTATATGTGTGTGTGGGTGTCTTTTTTCTCTTCCTACCTGAAAGGAAAAAAAACCCATAATATGTAATTTGTCTAGGAGGACAAGTAAAAATAAATAAAAGGGGAAAAGTATTTTCTAGTCAGTAGTTGCAAACCGCTAAGATATAAAGGTTTCAAATCGCGAATTTTAGTCGAGATCTTGGATTGGCATCTCAGTCCATTTCTCGGATGTGATGAGTTTCAAACAAGATAAAAACTAGTGAAAAGGAGATGTCGGACGAGACGATGGAGATTTAAAGCTCTGAATATGTCTAAATCAACTATAGCATTTCTTTTGCATCTTTTTGCATCATTTTTCTTACTATATTTTATTTTCAGGGTAAAACAGATGCTTTACAAATTGAAAAGAGTGGCCTACATGACAATTGGGATGATGCAGATGGCTATTACAGTAAGTCTATATGGGACCATTCTTCTTCTTTAGATTGATGAACGAATGTACAAACATCCTTTATTCATTCAAAATTTAGTTCTGCTCTATCTTTTTAATTCACCTTTTTACATTCATTCCTTCCTACCAAATATCTTGATCCCACTTTCACTGTTTCAAATCTTGTCTATTTCGTTGAAGATCTTGTTCGAGATTCCATTTTTGCACTTGGGCGAGACGAAATATAAGACGAGGTTACAATATGAAATCTCGTTCGAAGACGTGTGTTTCTTTTAAGAGTACATTTTTTAAAACTTTTTTATATATGTACAAAAATATATTTATACTATTTTTTACTGTTTACTTAGATGAATAGTAACAAAAAAGGACTATTTTTTTTCGATGTTTAATAGAACAATCATCTAATCACCACCAAATTAGCTACTTCATTACCGTCATCCTAAAAAAAAAGTACCCTTCCTAGTTCACAAATTTCTTCCTATGCAAATCAAGTATATGTTACACTTTTTAGGTACATATTAATTGTAAATTTTAGACACATAAATTACTCTGAGATTGTTTTGAGGTATAATTTAAGATTCGAGATGTCAATTCAGGATGTACACTCATCTCATCTCATCCGAGATCACATCTGATATCGTGAATTAAAATCTTGAGGCGAGACATGACCAAAATTCATGATTGTAAACCTTGCCCAGCCCCTCTACTCCTTAATAGCTCAGAAGAATTGAATTATAGCCCATTTTCTTTTTTTCTCCCTTCTCTTTATCTCCTTTACACTCAATCTTCAAAATGCATTAACTTTTCATGAAAAATTCAAATTGAAAATTTATTTTCACTATCACATCACAATTTTCCATAACCATTCTAATGATAAACATCGTGCACATATAAAATTCAAATTCCCAGAAGTCTAGTTGTTTAATGTCTTTTGTGTAAAAATCAAACAATTACACTTCATCATTGAGGCGTATAAGCCAAAAGCTTATATAAATACATACATACATACACATCACTAGATTTCAATCTTTTTTCTGTAAAAATAAAATAAAAATACAATCTTCTTTTTTGCAAAATTAAGACCGTTTTCCTTTCCCTTTGTAAAGAAACCGTATTTTGTTTTTTGTTATTGTAAAATGAAACCGTATTTTGTTTTTTGTTATTGTAAAACGAAGTCCATCTTCCTTTTTTGTGAAATGAAGACTTTTTTGTTGAATGAATGTTTTTAATTTCATAAAAAAAGAATTATATTTTTCCTTCCAATTACTAAACAGAGTAAATTGATTTTTAGATCTTTCTCTTAAACCGGTTGACCAAATTGAACTTTGTTATCTGTTGTAAAAGGAAGTTCATCTTTGTATAGGTTATAGATTTGGTGAAATTCTTGATGGTCGATATGAAGTTATTGCAGCACATGGCAAAGGAGTTTTTTCAACTGTTGTTCGGGCCAAGGACCTTAAGTCTGCACCGGGTGAGCCTGAGGAAGTTGCCATAAAAATAATTCGCAACAACGAAACCATGTGAGTAATATGAAGTTATTACCTAAGTTAATTATTCCTTATGTTTTATAGGTAATTGTTTCTTATGGTTTTTCTTCTTTTGTCACATACAGGTACAAGGCTGGTCAAGAAGAGTTAAAAATATTGGGCAAGCTGGCTGCTACTGATCCCGAGGACAAGCGTCATTGTGTTAGGTTTCTTTCTACTTTTAAGTACCGGAATCATCTTTGCTTAGTTTTTGAATCTCTTCATATGAATCTTCGTGAGGTTCTAAAAAAATTTGGTCGTAATATTGGGCTGAAGTTGACTGCGGTGAGGACATACGCTAAGCAGCTTTTCATTGCCCTGAAGCATCTAAGAAATTGTGGTGTATTACATTGTGATATAAAACCAGACAATATGCTGGTAAAGCCTTGTCATCATGCATGTTAATTTATAATGCTAATTATGTTGTCATTCATATCAATTATACAAACAACTGTTATAATATTTCATCTAGGTGAACGAGGGAAAAAACATTTTAAAGCTATGTGATTTTGGTAATGCTATGTCTGCTGGCAAGAACGAACCCACACCATACTTGGTTAGCCGTTTCTATAGAGCTCCAGAAATAAGTAAGCATTTATATTGTTTATTTTATAACGTGAATTTTGGAAGGCAATGGCTTTAGCACTTGTAATCTCTCTATGTTTTATCTTTATTCCTAAGCTAAATTATCCTTTTGCAGTTCTTGGACTGGAATATGATCACCCCCTGGACATGTGGTCAGTTGGTTGTTGCTTATATGAACTATATTGTGGAAAAGTTCTATTTCCTGGTCCATCTAATAATGATATGCTTCGTCTTCATATGGAATTGAAGGGTTCTTTTCCAAAGAAGGTGCTTAGGAAGGTTAGATGACTGTGACTTTCTTATTTGGTTAATATGCTTTACTATTTGACATTATATTACTAGCATAAGTGGATCGACAGGGAAACGGTATTCCATACATTTTGGTCATTGAACAGCCTTTTCAATCCTTTTACTGTGACGCTGTTATGCATAAATTGATTTTTTTTGCCGTGTTCTCTTGTATTGCAACAGGCGTTATTCACTAGCCAACATTTTGATCAAGATTTGAATTTTCTGGCTACAGAAGAAGATCCGGTTACTAGGAAGGTAAGCTTGTATTCTTTGCTCTTTGGGTCATCTATTTTAGTGATGTTATCCTGTACGATTTATGCTTTTCTACCTGCAGCCTATCAGAAGATTGCTTCTGAATATCAAACCAAAGGACATTAGCACACTTATTTCAAGTTCTCCTGGAGAAGATCCAAAAATGACAGCCAATTTCAAAGATCTTCTAGAAAGAATATTTGTTTTGGACCCAGAAAAGCGCTTAACTGTTTCTCAAGCATTAAGTCATCCTTTTATCACGGGCAAGTGAATTAAGATGCCGATTTTCTGACTTGCAAATGCATTTGAGATTGATTCTACCTTGTAATATTACTTTTTCCCATCTAATTATACTACTTACGTGTCTTATCTATGAGACAATGGACCGAAAGCAGTGATTGGGTTGATGAAGCATTTGTGGAGATGGTCAAGTGCAATCTTCAAACATGGCAGTTCTTGTCAGTTGTATTCTGTTTCTTGTAAGACAACTTGTTAAAGGTGTTTTTAGTTCTTATAAATATATTATTTGATTGTCTTGAAAAATTGACGATACAAACACTGGTTTATATTCCATTTCCACGTAGCTTTTGTTTGTGCTTTGTGCAAACTAAGATGTGCATGTGATTGAGTAAACAGATCACGTTTGCAGCACATGTACTCTATGCACACACATGTGTGTGTATCTTTAGGTCAACGGATTGTTTTTACAGGCATTTTCATGTTTTATTGCGCTGTAAACGTCGATGGTTGTATATTCAGTTATCTATAGAAAAGAATTTTTGCCAGCTTGTTGGATATGCTATTTAATTCTTGTCATGCCCATCTTCGTTCTTATTTCTGTCTTAGTTATTTTAAATTGAGGGAATCAGGGAGGACAAACTTTGAAAAAAAATTAGGCTAAAGGACAACGAATTTCATTTTTGAGCCGAAATACAAACTCTGAAAAAAAATTCAGGCTGAAGAACAATGCTAGTTAGTATTCAGTTTTTACACTATACAAAATGCAAGTTATAACTAGCATTATATTCAGTTTTACACTGTACAAAATGCTAACTATAATTAGCATTGTCCTTCAGCTTAATTTATTTCAAAGTTTGTCCTTCAGCCTAATTATTTTTTCAAAGTTTGTCCTTATGCTTTTTTCCACTTTTAAATTTATATTCATTTGGGCCCAAATTATCTAATATTTTCTTTAATCCAGGGTTCTAGTGGATTTCTGAGGATACCAATTTCTTGTTTTAGATGCCAAGGGCAGCCAAAAGAAAGGTACCCTGGATTGTTGGATAGGGTGTTTAGTATTTTGATGTCTTTGATTTGACTATCCCCAAGTATACGTCTATCTTTTTTCTTCCTCTTCTTTTATTTTCGACCTTTTGTGGAGAAAGTTGAGCTTTTATGTGAGGAAACACATAAGTCGTTTGCTACTATTGCTTTCAACCAACATTGTTATGTTTCTCTTTGGAATACGGTACATTTCATCATAAGCAATAATGCAACGTCGCTTGCTACTATTTTGTGAATTCTACTACTAGTAAACACTATTTTTTTGGTCCTTTTCAAGATCATTTGTTTTGTAATCAACTTCTCAATAATCCTGTAAATGTACATAATTTTATTTTTACAAACAAGTTCGTGTACATTTTCTATGGCTTCTGCCTTTCTACTTACCTCACCACAAGATCAGCTTTATTTGGATTAAAAATTTTTCCCATAGCAGATGATGGTTTAGAAGTTTATGTGGTATTAATTTGGAAACATGTTAAATCAATATGCGGTTATTAAATTCTTATGGGCTGTGTTTCTCTTAATTGTGCCGAAACTTAAAATGTTATCTTTTGTGAAGGGGAGGCATAAGCTGGCCAAATCAAGTAACTTTTAGGTTTTTTTCTCCCCATATAAATAAATAATTGAATACCCCCAGCTCCATCATCTTCCAGATTGGATTGGATCATCGGAGGTATTTTAATTGATCTGTGTAGTGGATGGCGTTTTAGTTGCTCGTTTTAAATCCAGAGGATCATATTTTCAAGTTATAATGTTGGAATAAATGTATTCAGCTGAAATTAAAATGAGTCGTCAAGTTTGACACATTTAGTTCTCTTTGCTACAGCATAACTCTTGGCTAGCATATCCCTGGTCCCATCTGGAATTCATGGAGGGGTAAGGGCATATTAGTTATGACATTTACTCCTTCTTTGATACTCTGTGTGTGCGCGCACATGCAAGTGTGCCGATGCTACTATTGCTCCTTTATCAATTTGTGTGGTCAACCAATTATCTCAATGCGTAAGCATTTACCAACGAATTTCTTTGAACTAGTTTTTTGTTAGGAATTTGGCACTGATCAATTGTGTGTGAATATTGCCTCAACAGGCAGTGAATTAGCGCATGTTAAGTGATATAATTTTCATCCTCGAGGTGTTTGATTGTAAATGGCTGAACTGGAAGAGCTTGTTTGTGTGTGTGTGTGTGTGTTAGCTAGCCCATTTTATTTACCGTACACCTTAAAAAACGTAGTGCTATAGTTCTATATTACATGTGTACCTTTTCAATTAACATGGTTTATTATTATTTTTTATAGGGTTAGGTGCTATTTTTCTGCAAACAAAGTAAGTGTCCATCTTTTCCTCTAGCTACTTTTTATATTCAGTTACCGATCAACTATTTTCTTGGCATATTCTGTACATTTTTAATATTTGTTCACTTGCAATATCTTGTATGTCCACGCGATTGTAATCATGCACAAGTTTCACCAAGGTATATAATCTATTTATCACAAGTTGCAAATTGGAATCCCGTTTCAGTATACTTTACAGTCTCCTTACTTGACACCCCCAACAGGCAACATGTGCACCATTGTACAGGTAGTAAGTTATGCAATTTACATTGGGGCTAGCACTGCTGTTAAATAGTCATTTTTCAGCTCATCAGGCCCTGAAATATACATTTCTTTTCTAATGGACCATCAATGTTTGGTATTTAACTATTTATCAATTTTTTTTGATATTTATGTTTATGAGAGCGACAATGATCTTTGACTGAATACCAGAGTCCTACACATTTGGCTTTTTTCCTTTCCCCTTAGAAATGAGGACATATTTAGATGATTCAAACTGTAATGTGAAATTCTATACAATCTATGCTGTCAAAGGCTCCATCGGAGCTCCCTTTAGACTCCACCTAAGCTTTATTTTTGTGCTTCGATGCCCTGTCTCTGAATGGTGTTATAGCGTGCTGCCTCGTCTTCTATATGGTCCTTTATTGACATTTGGAACTTATAGAAGCTTAAGTGCTAAGCACTTGGCTCCTCCCATCACATCATAGAAGACCACTAGGTTTATATGCTTTACCACCCTGAGCCTTAGCTCTCCTAAAGGTTGATTTGGAATCACTAGCTGTATGGAATAACCTAGCTGAATAAAATCTGGGCAAAAATAAATTCATTTAAATGCATAATTGATAATTAGTTGAAAGAGACTGCGAAAAGATTTTAGGGCATTAACTAACTATATGAGTTGCATGATAATCGTGCATTGGATTGTTAATCAAGTTGTTGGCTTAATTCAGTCATGAATTCAGTCATGAATTCAGTCGTGCAACTAGGAAATGAGATAATGAAGAAAGACTGGTTTAGAGAAAGTGCTTTTCATCTATCCTAGAAAAGCTGTCCAGCAAGTTTCTTCTATGCTAAATGAGAGAGATGGAGCAGGTTTTCATGGATTTGTATACCTTAAGGTAAACCTAACCAATATACAGGAAAACAAGATGTAGCATGAAGTTCAGGTTGTTGCTTCACTGTGTTTACGTAATTAAAAAGTCAAGGGCTGCTTTTAGGCAAATAGGAAAGGCATGTATTCCTAGAAACTGATGGAAAAGTCATTTGCATGGTTCTTCAGGGTATTTGTCTGAACATTTTTGGTAGCTTTGTT

Functional annotation

Database	accession number	e-value	annotation
nr	XP_010916159.1	1.6e-208	serine/threonine-protein kinase prpf4B
Swissprot	Q13523.3	6.2e-109	PRP4 pre-mRNA-processing factor 4 homolog
trEMBL	A0A6I9QW31	1.1e-208	non-specific serine/threonine protein kinase

Best hit in Arabidopsis

TAIR id	% identity	e-value	bit score	gene aliases	Short description
AT3G25840.1	51.55	0.0	721		Protein kinase superfamily 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	bit score
AfisC4G06162	AT3G25840.1	805	300	14	209	937	145	935	51.55	721
AfisC4G06162	AT3G25840.2	631	203	10	337	937	56	673	61.01	716
AfisC4G06162	AT1G13350.1	669	268	11	304	937	105	761	52.91	644

Ortholog group

Species	Genes
-	-

Pfam domain

Pfam ID	Pfam name	type	alignment_start	alignment_end	bit_score	Evalue
PF00069.22	Pkinase	Domain	620	934	162.9	8.3e-48

Gene Ontology

Accession	Ontology	Name
GO:0000166	F	nucleotide binding
GO:0005515	F	protein binding
GO:0000398	P	mRNA splicing, via spliceosome
GO:0006915	P	apoptotic process
GO:0004672	F	protein kinase activity
GO:0008104	P	protein localization
GO:0046872	F	metal ion binding
GO:0005654	C	nucleoplasm
GO:0005694	C	chromosome
GO:0006468	P	protein phosphorylation
GO:0006974	P	cellular response to DNA damage stimulus
GO:0006996	P	organelle organization
GO:0009880	P	embryonic pattern specification
GO:0015630	C	microtubule cytoskeleton
GO:0018193	P	peptidyl-amino acid modification
GO:0019953	P	sexual reproduction
GO:0022402	P	cell cycle process
GO:0030154	P	cell differentiation
GO:0031325	P	positive regulation of cellular metabolic process
GO:0044430	C	cytoskeletal part
GO:0044444	C	cytoplasmic part
GO:0044702	P	single organism reproductive process
GO:0044822	F	poly(A) RNA binding
GO:0045732	P	positive regulation of protein catabolic process
GO:0048513	P	animal organ development
GO:0051649	P	establishment of localization in cell
GO:0071013	C	catalytic step 2 spliceosome
GO:0072331	P	signal transduction by p53 class mediator

KEGG pathway

KO	Name	Enzyme ID	Pathway	Pathway ID
K08827	PRPF4B; serine/threonine-protein kinase PRP4	EC:2.7.11.1	-	-

Expression pattern in different tissues

Expression pattern in BioProjects

Co-expression network