gene models | Congenie.org

P.abies 1.0 gene MA_895977g0010
404

Basic
Functional
Sequence
Expression
Gene Family
Community Annotation

Chromosome	Start	End	Confidence	Trinity id	Subject length	Subject coverage	Subject strand	Query strand
Loading data from server

Gene Description based on Blast2GO: G-type lectin S-receptor-like serine threonine- kinase At1g34300

Populus Transcript name: Potri.019G086400.1
Arabidopsis id: AT1G34300.1

Map Image:

GO ID	Name Space	Description
GO:0005488	molecular_function	binding
GO:0004672	molecular_function	protein kinase activity
GO:0006487	biological_process	protein N-linked glycosylation
GO:0005886	cellular_component	plasma membrane

PFAM ID	Description
PF00069	Protein kinase domain
PF00954	S-locus glycoprotein family
PF01453	D-mannose binding lectin
PF01636	Phosphotransferase enzyme family
PF07714	Protein tyrosine kinase
PF08276	PAN-like domain

CDS Sequence

Legend: CDS STOP

>MA_895977g0010[2506 nucleotides] 
CAATTTTGTAGTGAAGAATAGCAGTTCCAACAGCGTTTGGGAGAGCTTTGACAATCCTACTGATACCCTCTTGGTTAATCAAAGTTTCCGTCTGGGACAGAGCCTCCACATGTATCCTTATTCATTCACCCTGGAGTCCAGTGGCAATTTCACATTGAAATGGAGGAACAATATCACATACTGGAATCAGGGTGCCTCTAATGGCTCCAGAGCACGTCTAAACAGTCAAGGGATTTTTACACTCTTCGATTCTTCTGAGGTTCAGCTCAGGATTGCATACAGCAGCGATTACACAGATGCCTCGATCACATTGCGAAGGATCAGGCTTGAATCAGATGGGAATTTGAGGTCCTATGGGTGGGTTAAAAGCTCCGGAACATGGCAACTGGGTTGGAGTGCAGTAGAAGACCAATGCCAAGTGTATGGATGGTGTGGGAACTTTGGGGTGTGTGTTTACAATCACACAGCCCCGTACTGCATATGTCCATCTGCAGATTTCGTTCCCGTAGATCCCAAGGATGCCACACAAGGGTGCAGGAGAGAGCAGGACCTAGTAGGGTGTAGTAACCAGAGCATGGTTTTATTGAACAATACTGAATTCTTCTCTTACCCTCCAGAGTCTGAGTCACAATCGGAGATATACAATTTGGGCATCACAGATTGCAAGCAGAACTGCCTCAGGAATCCACTCTGTTTTGCATCTACAATCATGGCGGATGGTTCGGGCACTTGCCGTATGAAGACTGAGAATTTCACAAGTGCCTATAAATCAGCGGCCATTCCAAGTGCTTCTTATGTAAAGGTATGTGGTCAAGGTCGTCCTCTAGCACCGCCACCCTCTGCAATTATGTTTGTGAGATCAACCAAAGCATCTGCCATTCGAATTGTAGCAGCAGTTGTAGGACCTATCATTGCCTTGATTACTATCCAGATATGCCTCTGGTTTATTTTCTGTAGAAATAATCCGAGGTTTAGATTTGGGCAGCTACCATCCCAATACAGACTTCTGGAATATGCCTCGGGGGCTCCAGTTCAGTTTTCTTACAAGGAGCTTCAGCACTCAACAAAGAATTTTATGGAAAAGTTGGGTTCAGGTGGGTTTGGAACGGTGTACAAGGGAGAATTGCCCAACAAGATAATCGTCGCAGTGAAGCAGCTGGAAGGGATTGAACAAGGGGAGAGACAGTTTCGTATGGAAGTGGCAAACATCAGTAGTACTCATCACTTGAACTTGGTTAGGCTAATCGGATTTTGTTCAGAAGGCCGCCACAGATTACTGGTTTATGAATTCATGAAAAATTCTTCTCTGGACACATTCCTTTTTTCTTCTTCAGAGCAATCCAGGATGCTAGATTGGGATAAGCGGTTCGGTATAGCCCTTGGAACTGCAAGGGGCATCGCCTACTTGCACGAAGAGTGCAGAGATTGCATTGTTCATTGTGATGTTAAACCTGAGAACATACTCCTAGATGATAATTTCAGTGCAAAGGTTTCTGACTTTGGGCTGTCCAAGCTCATCAATCAGAAAGGTCATCGCAAGCGCTCATTGACTAGTGTTCGGGGGACCAGAGGATACTTGGCTCCAGAATGGCTTGCCAATTTACCCATCACTACCAAGTCTGATATTTTTAGTTATGGCATGGTTTTGCTGGAGATCATAAGCGACGAGAAGCTTGGTACGGATGTTAATATTGATCAGGTAAAGAGAGCACTTCAAGTTAGCTTTTGGTGTATCCAGGAGCAACCCTCACAGCGACCAACTATGGGGAAAGTTGTCCAGATGCTGCAAGGGATTTTGCCTATTGACAAACCACCTGCTCCTAAATCTTTGGAAACCTTTCAAAGAAGTACCAGCGGTAGTGCTCGTGAAAGGGCAATCTCAGTGCTTGCAACATCCAGTCATCCAGTTTCTTCTATCTCCTCTGTGAACAGACTCTCCAGCCGCAGAGCTGGAAATAGAAGATTGAATCTCGAGCATCATGATCTAGATCGAGGGTGGCTAGTGGTAAATCCGTTTGGAGTCACTGAGCCTACGGTTGGGTGGAAACGAGCACCCCTCTCAGCAGTCGCGCCACACCTGGTAGGAGGGTGGACTTGGCAACGTCATGAAAGTCCTGGAGTATTCGGACCTGCTCATCGGCATTTCGGTGTTTCGGCACTCGAGAAACCAAAGGGCGAGACCCTTCATCGTCACAGGTCGCGAAATCCCGATTTTGGGTTTCGAGGTTTGAAGAGTCGAAAGACTCGACTCGCTTGCATTTTGAACTCCCGGTTACCGAAATCCCGATACGGCCAGGACGGTCGGATCAGGGGGAAGATTTGTATCCGTCGATCCCAACGAAGGGACGATTTCAAGTTTCAGGGTTGGAGAGTTGAAAGACTCGACTCGCTTGCATTTCAAACTCCTGGTTACCGAAATCACGATACAGCCAAGACTGTCGGATCAGGGGGAAGATTTGCAGCCGTCGATCCCAACAAAGGGACGATTTCGGGTTTCGGGGTTTGA

Genomic Sequence (+ strand) upstream: downstream:

Legend: CDS

>MA_895977:1-5718[5718 nucleotides] 
CAATTTTGTAGTGAAGAATAGCAGTTCCAACAGCGTTTGGGAGAGCTTTGACAATCCTACTGATACCCTCTTGGTTAATCAAAGTTTCCGTCTGGGACAGAGCCTCCACATGTATCCTTATTCATTCACCCTGGAGTCCAGTGGCAATTTCACATTGAAATGGAGGAACAATATCACATACTGGAATCAGGGTGCCTCTAATGGCTCCAGAGCACGTCTAAACAGTCAAGGGATTTTTACACTCTTCGATTCTTCTGAGGTTCAGCTCAGGATTGCATACAGCAGCGATTACACAGATGCCTCGATCACATTGCGAAGGATCAGGCTTGAATCAGATGGGAATTTGAGGTCCTATGGGTGGGTTAAAAGCTCCGGAACATGGCAACTGGGTTGGAGTGCAGTAGAAGACCAATGCCAAGTGTATGGATGGTGTGGGAACTTTGGGGTGTGTGTTTACAATCACACAGCCCCGTACTGCATATGTCCATCTGCAGATTTCGTTCCCGTAGATCCCAAGGATGCCACACAAGGGTGCAGGAGAGAGCAGGACCTAGTAGGGTGTAGTAACCAGAGCATGGTTTTATTGAACAATACTGAATTCTTCTCTTACCCTCCAGAGTCTGAGTCACAATCGGAGATATACAATTTGGGCATCACAGATTGCAAGCAGAACTGCCTCAGGAATCCACTCTGTTTTGCATCTACAATCATGGCGGATGGTTCGGGCACTTGCCGTATGAAGACTGAGAATTTCACAAGTGCCTATAAATCAGCGGCCATTCCAAGTGCTTCTTATGTAAAGGTATGTGGTCAAGGTCGTCCTCTAGCACCGCCACCCTCTGCAATTATGTTTGTGAGATCAACCAAAGCATCTGCCATTCGAATTGTAGCAGCAGTTGTAGGACCTATCATTGCCTTGATTACTATCCAGATATGCCTCTGGTTTATTTTCTGTAGAAATAATCCGAGGTTTAGATTTGGGCAGCTACCATCCCAATACAGACTTCTGGAATATGCCTCGGGGGCTCCAGTTCAGTTTTCTTACAAGGAGCTTCAGCACTCAACAAAGAATTTTATGGAAAAGTTGGGTTCAGGTGGGTTTGGAACGGTGTACAAGGGAGAATTGCCCAACAAGATAATCGTCGCAGTGAAGCAGCTGGAAGGGATTGAACAAGGGGAGAGACAGTTTCGTATGGAAGTGGCAAACATCAGTAGTACTCATCACTTGAACTTGGTTAGGCTAATCGGATTTTGTTCAGAAGGCCGCCACAGATTACTGGTTTATGAATTCATGAAAAATTCTTCTCTGGACACATTCCTTTTTTCTTCTTCAGAGCAATCCAGGATGCTAGATTGGGATAAGCGGTTCGGTATAGCCCTTGGAACTGCAAGGGGCATCGCCTACTTGCACGAAGAGTGCAGAGATTGCATTGTTCATTGTGATGTTAAACCTGAGAACATACTCCTAGATGATAATTTCAGTGCAAAGGTTTCTGACTTTGGGCTGTCCAAGCTCATCAATCAGAAAGGTCATCGCAAGCGCTCATTGACTAGTGTTCGGGGGACCAGAGGATACTTGGCTCCAGAATGGCTTGCCAATTTACCCATCACTACCAAGTCTGATATTTTTAGTTATGGCATGGTTTTGCTGGAGATCATAAGCGGTAGAAGGAATTTCGATACCTTGGCATGGTTTTGCTGGAGATCATAAGCGGTAGAAGGAATTTCGATACCTCGACGTCGAGGAGGAAGAAATTCTCAATATGGGCGTTTGAGGAATTTGAAAGTGGAAACATCCTGAACATTACAGACGAGAAGCTTGGTACGGATGTTAATATTGATCAGGTAAAGAGAGCACTTCAAGTTAGCTTTTGGTGTATCCAGGAGCAACCCTCACAGCGACCAACTATGGGGAAAGTTGTCCAGATGCTGCAAGGGATTTTGCCTATTGACAAACCACCTGCTCCTAAATCTTTGGAAACCTTTCAAAGAAGTACCAGCGGTAGTGCTCGTGAAAGGGCAATCTCAGTGCTTGCAACATCCAGTCATCCAGTTTCTTCTATCTCCTCTGTGAACAGACTCTCCAGCCGCAGGTAGCTATCTTTTCATGGCCACTTAAGTCCCACGACAAGACAGGTTTTATCTTCATTCCTCTTCAATCTGATCAATGGAAGCATCACCATTACTTGGTTTTAGTGTAAAATTCAGAGAAAAGGAATTATTTTGTCAGTTTCAAGTGATATACCGTTAGTTAAAACGCTCCTATGGTTTTTCTTAAAGATGGCAACTCTCATTCTCGGTTCTTAATAGGTATCTTTACTGCTATGATAATGATATAGATATGAAATTTATTATTTTTAAAATGTTATGATGTTAGATACAGTTGTACCTTTATTATGAAATTTAATATTTTTAAAACGATGTGAGACATCGTTGGTTAAAGACTCAAGTAGATGTGATATAAATATTTTTATTTTGAAAAAGTTTAACTTGTTTAAATTTTTTTTTTATTCATTATTATTAAATTTTGAATTAAATCATTTTAATTGAAATTATAATTTTGAATTGATAAAATTATTGTTTTTAATGAAAAAAGATTAACTATCTTGTTAATTGTTAATATATTATATTTTAATTAAAAAATTTAATTTTAAATTTAATTTTTTTCAGCATTATTACTATAAATACTTATATAACAATTACCTTTTACAATTTTATTATTTTATTATTTATAATTTCATCAATTCAAAATGATACATACATCTTATATAACAATTAAATTTTACAATCTTAATATTTTATTATTTATAATTCATCAATTCAAAAAATATATAAAAACAAAATTATGTTAAAAATATATTTCTCTTTCCACTTATTTTAAACTACTTTAATTTTTAGTCAGAACTCATGCAAACTTCTCCTATAATTTAGGAATAAAAAAAATAAATCGTAAATCCACCCTCTTGCCAGTCTCAACTGACTCATTCCGCCTCCTGTGGGGCTAACAGACAGCTCTAAGAGCTTGTAAATCAACCCACTCGTTCCACCTTTCACGCCCGCATTCATTACTCTGTAGATTTCAAAACCAAGGTTGTGTTCATTGCCGCAACCAGTCAACGGGTTGGAGTCTCATATAATGGACACGTGGCATGTTTATCTTTTCATGGTTGTGTATGTGATAAGATACTTTATTATGTATACTGTGTATTTGATAAAATAAAAAAGTTTGATTTAAATATACTTATTACTTAATCACTTAGTTTTAACTTTGATTGGAATATACTTATTACTTAATCACTTATAAAACTGTTTTGTTTTTTATTGATATAGATTTTTTAGAGATATTTTACTATTACTTTATAACTTTATATGATATAAAAAAACAAATTAGTAAAATAGTGTTTATATAAATTCTCTTTCTCTTTTTCTTCTAAGTCAAATTTCATATCTTATATTATTATAATAAGGATAAGGATGGGTTAAATATTATGTTCTTTTATGTTTTTATGTTCCTTCATAATTCAAAGACATGCTTTAATGTTTGGGGAACTTATTATTGTTAAGTCAAATTTCATATCTTATATTATTATAATAAGGATCCGGATGGGTTAGATATTATATTCTTTTATGTTTTTATGCTCCTTCATAATTCAAAGACATGCTTTAATGTTTGATATTTTATGTTATTATATGTTCCTTTATAATTCAAAGACATGCTTTAATGTTTGGGGAACTTATTATTGTTAATTAATTGCATTTTTGTCAATGCAATTTTGTTATTATTTATTTTTTTGTTGTTGTTGTTGTTAAGATCAGTCTTGTAATGGTGGAGGGAAAAATTATAGTGTAGTGGGAAGAAATATATGTAGATCATTAGCAAACAATGAATATTTAGTAACAATTGGTCAATTAATCATTGGTGGTTTTCAGTGTGTAGAATTGGAAAATTATAAATGGTTTATGGTTTTTTGTTATGTCTATTTATTAATTGTTAGGGTTGGAGAAAAATGGAGTGTGAGTTTTAACTTAGTGTTATGCTATCGCTTTTTTTCTAGGATCCTTATGCCACTGCTAAACACTCTTATTGAGAGCATGGAGTCTCTATAGATCACAAGAAGACAATCAATACTTAGCAATAGTTGGTCAATTAATACAGGGAGTTTTGAACAGGGGAATCGTGGAAGAGAATCGAGAGAAAATCGAGAAATACAGGGAGTTTTGAACAGGGGAGAAGGATAGTAACCTTCGTCCTTGACTTTCGTAGAGCTGGAAATAGAAGATTGAATCTCGAGCATCATGATCTAGATCGAGGGTGGCTAGTGGTAAATCCGTTTGGAGTCACTGAGCCTACGGTTGGGTGGAAACGAGCACCCCTCTCAGCAGTCGCGCCACACCTGGTGTTTTCTGATAAGTGTTATGTCTTGTATTTTTGAACTAAATACATGCTCATGTTTATACGCTCATAAATGGTTTCTGCATGGAAGTGTTTGCCTGTGTTTTGATTTGGAGACAAGGGATACATGCTTATACTTATATGATGTGTTTTGATTTGGAGACAAGGGATACATGCTTATACTTATATGACCAAAATTGGTCTATGTATATAATGAGTAGGTTTAGAATACGAGTCTGTTCCCTTGAGAATTGTCTTATCTACTAGGCTCGTGCTATGCCCCGGTTTAATTCCCCGAAGGCACTTCTCTCGTAAAGTTCCCTCGCACTCCAAAGTCGGAGTGAGTCCCTTGAAAGGACTACCATGATAGTAAACCCACGAATTTACTTTACCCCTACCACCAAATTTATAGCACGACGAATTAGGAAGACTTTACTCATGCCACCAAGCCTAGGGATAATTTACCCAAGAACCCTCTGAAAGATCTGTCAGAGCTCTATTGCCCATTGACAATTAACCTTTGCATAGGTAGGAGGGTGGACTTGGCAACGTCATGAAAGTCCTGGAGTATTCGGACCTGCTCATCGGCATTTCGGTGTTTCGGCACTCGAGAAACCAAAGGGCGAGACCCTTCATCGTCACAGGTCGCGAAATCCCGGTATGCGAAACTCCGAATTAGCTTAGTGTGAATAGATTTCGGCATTTCGGCGTTTCGACACCTAGGAAACCAAAGGGCAAGACCCTTCGCCATCGCAATTCATGAAGTCTCGGTATGTGAAACTCTAAATTAGCTTAGCGTGAATAGATTTCGGCATTTCGGTGTTTTGACACCCAGGAAACCAAAGGGCGAGACCCTTTGTCGTCGCAAGTCGCGTAGTCCTAGTATGCAAAACTCTGAATTAGCTTAGCGTGAATAGATTTCGGCATTTCGGTGTTTTGGTACCCGGGAAACCAAAGGGCGAGACCCTTCGTTGTCACAAGTCGCGAAGTCCCGGTATGCGAAACTCTGAATCAGCTTAGTGTGAATAGATTTTGGGTTTCGAGGTTTGAAGAGTCGAAAGACTCGACTCGCTTGCATTTTGAACTCCCGGTTACCGAAATCCCGATACGGCCAGGACGGTCGGATCAGGGGGAAGATTTGTATCCGTCGATCCCAACGAAGGGACGATTTCAAGTTTCAGGGTTGGAGAGTTGAAAGACTCGACTCGCTTGCATTTCAAACTCCTGGTTACCGAAATCACGATACAGCCAAGACTGTCGGATCAGGGGGAAGATTTGCAGCCGTCGATCCCAACAAAGGGACGATTTCGGGTTTCGGGGTTTGA

Peptide Sequence

>MA_895977p0010[834 residues] 
NFVVKNSSSNSVWESFDNPTDTLLVNQSFRLGQSLHMYPYSFTLESSGNFTLKWRNNITYWNQGASNGSRARLNSQGIFTLFDSSEVQLRIAYSSDYTDASITLRRIRLESDGNLRSYGWVKSSGTWQLGWSAVEDQCQVYGWCGNFGVCVYNHTAPYCICPSADFVPVDPKDATQGCRREQDLVGCSNQSMVLLNNTEFFSYPPESESQSEIYNLGITDCKQNCLRNPLCFASTIMADGSGTCRMKTENFTSAYKSAAIPSASYVKVCGQGRPLAPPPSAIMFVRSTKASAIRIVAAVVGPIIALITIQICLWFIFCRNNPRFRFGQLPSQYRLLEYASGAPVQFSYKELQHSTKNFMEKLGSGGFGTVYKGELPNKIIVAVKQLEGIEQGERQFRMEVANISSTHHLNLVRLIGFCSEGRHRLLVYEFMKNSSLDTFLFSSSEQSRMLDWDKRFGIALGTARGIAYLHEECRDCIVHCDVKPENILLDDNFSAKVSDFGLSKLINQKGHRKRSLTSVRGTRGYLAPEWLANLPITTKSDIFSYGMVLLEIISDEKLGTDVNIDQVKRALQVSFWCIQEQPSQRPTMGKVVQMLQGILPIDKPPAPKSLETFQRSTSGSARERAISVLATSSHPVSSISSVNRLSSRRAGNRRLNLEHHDLDRGWLVVNPFGVTEPTVGWKRAPLSAVAPHLVGGWTWQRHESPGVFGPAHRHFGVSALEKPKGETLHRHRSRNPDFGFRGLKSRKTRLACILNSRLPKSRYGQDGRIRGKICIRRSQRRDDFKFQGWRVERLDSLAFQTPGYRNHDTAKTVGSGGRFAAVDPNKGTISGFGV*

PlantGenIE GeneLists

Gene Family	Genes
Amborella trichopoda	scaffold00017.63; scaffold00017.67; scaffold00103.84; scaffold00068.90;
Oryza sativa ssp. japonica	OS03G62180;
Picea abies	MA_78595g0010; MA_5147g0010; MA_895977g0010; MA_7917g0010; MA_10426650g0010; MA_132342g0010; MA_91618g0010; MA_208216g0010; MA_10433041g0010; MA_202714g0010; MA_69585g0010; MA_126451g0020;
Pinus taeda	PITA_000010770-RA; PITA_000057028-RA; PITA_000026418-RA; PITA_000039323-RA; PITA_000010766-RA; PITA_000070393-RA; PITA_000000064-RA; PITA_000092193-RA; PITA_000076221-RA; PITA_000038188-RA; PITA_000068370-RA; PITA_000035863-RA; PITA_000075905-RA; PITA_000002882-RA; PITA_000071608-RA; PITA_000010764-RA; PITA_000083463-RA; PITA_000062713-RA; PITA_000082318-RA; PITA_000086506-RA; PITA_000046598-RA; PITA_000077721-RA; PITA_000026666-RA; PITA_000051097-RA; PITA_000032910-RA; PITA_000083464-RA; PITA_000047189-RA; PITA_000086505-RA; PITA_000047190-RA; PITA_000082900-RA; PITA_000050875-RA; PITA_000026667-RA;
Populus trichocarpa	Potri.013G115700; Potri.019G086200; Potri.019G086400; Potri.013G115800; Potri.019G086300; Potri.001G006100;
Selaginella moellendorffii	SM00070G01740; SM00002G02410;
Vitis vinifera	VV18G16760;
Zea mays	ZM01G58990;

Map Image:

Primary links

P.abies 1.0 gene MA_895977g0010 404

P.abies 1.0 gene MA_895977g0010
404