Gene Information

ID	source	chrom	start	end	strand	CDS length	exon number	gene ID	visualization
2361	irgsp1_rep	chr01	24075070	24081389	-	3882	21	Os01g0609300

Gene Ontology

GO:0000165	MAPK cascade
GO:0005524	ATP binding
GO:0005623	cell
GO:0005886	plasma membrane
GO:0006612	protein targeting to membrane
GO:0006855	drug transmembrane transport
GO:0007165	signal transduction
GO:0009414	response to water deprivation
GO:0009595	detection of biotic stimulus
GO:0009697	salicylic acid biosynthetic process
GO:0009723	response to ethylene
GO:0009733	response to auxin
GO:0009737	response to abscisic acid
GO:0009738	abscisic acid-activated signaling pathway
GO:0009751	response to salicylic acid
GO:0009753	response to jasmonic acid
GO:0009862	systemic acquired resistance, salicylic acid mediated signaling pathway
GO:0009867	jasmonic acid mediated signaling pathway
GO:0010193	response to ozone
GO:0010200	response to chitin
GO:0010310	regulation of hydrogen peroxide metabolic process
GO:0010363	regulation of plant-type hypersensitive response
GO:0015692	lead ion transport
GO:0016021	integral component of membrane
GO:0016887	ATPase activity
GO:0031348	negative regulation of defense response
GO:0042538	hyperosmotic salinity response
GO:0042626	ATPase activity, coupled to transmembrane movement of substances
GO:0042742	defense response to bacterium
GO:0043069	negative regulation of programmed cell death
GO:0043900	regulation of multi-organism process
GO:0046865	terpenoid transport
GO:0050832	defense response to fungus
GO:0080168	abscisic acid transport

CDS(Coding DNA Sequence)

>Os01g0609300
AACGCGCTCGGCATTCTGCCCAACCGGAAGCAGACCATGCCCGTCCTCCACGACGTCAGCGGCATCATCAAGCCCCGCAGGATGACTCTGCTGTTAGGCCCACCGGGGTCAGGCAAGACCACCTTGCTGCTCGCGTTGGCCGGAAGGCTCGGCAAAGATCTCAAGGCTTCAGGAAAAGTGACCTACAACGGGCACGGCATGGAGGAATTCGTGCCGGAGAGGACGGCGGCTTACATCAGCCAGCACGACCTCCACATCGGAGAGATGACCGTCAGGGAGACACTTGCCTTCTCGGCACGATGCCAGGGTGTTGGCAGTCGCTTTGATATGTTGACTGAGCTGTCAAGGCGAGAGAAGGCAGCGAACATTAAGCCTGACGCCGATATCGATGCATTCATGAAGGCGGCTGCAATGGGAGGACAGGAGGCAAACGTGAACACTGACTATATACTGAAGATATTAGGACTAGAGATATGCGCTGACACGATGGTTGGGGACGAGATGCTGAGGGGCATCTCAGGTGGGCAAAGAAAGCGTGTTACGACTGGTGAGATGCTGGTTGGGCCAGCCAGGGCGCTCTTCATGGACGAGATCTCAACTGGGCTTGACAGCTCCACTACATTCCAGATAGTGAATTCGCTTAGGCAAACTGTCCACATCCTCGGTGGCACAGCTGTTATCTCCCTGCTGCAGCCGGCGCCTGAGACTTACAACTTGTTTGATGATATCATCCTCCTCTCAGACGGTCAGATTGTGTACCAGGGCCCCCGAGAGGATGTGCTTGAATTCTTCGAGTCCATGGGGTTTAAGTGTCCTGACAGGAAGGGTGTTGCCGACTTCTTGCAAGAAGTGACTTCTAAGAAAGATCAAAGGCAGTACTGGGCGAGGCATGACAAGCCCTACAGGTTTGTGACGGTTAAGGAATTTGTGAGTGCATTCCAGTCGTTCCACACAGGGAGAGCTATAGCAAACGAACTTGCTGTTCCGTTTGATAAGAGTAAGAGCCATCCTGCCGCACTGGCTACCACAAGGTACGGTGCTCCTGGCAAGGAGCTGCTGAAGGCAAATATTGACAGGGAGATTCTCCTCATGAAGAGGAACTCTTTCGTCTACATGTTCAGAACCTTCCAGTTGATGGTGGTGTCACTCATTGCAATGACACTCTTCTTCCGTACGAAAATGAAACGTGATTCTGTGACCAGCGGGGGCATCTACATGGGCGCACTCTTCTTTGGTGTGCTTATGATCATGTTCAATGGTTTCTCAGAGCTTGCGCTCACTGTCTTTAAGTTGCCTGTTTTCTTCAAGCAGAGGGATCTCCTTTTTTATCCTGCATGGTCGTACACTATACCCTCATGGATTCTCAAGATCCCAATCACGTTTATTGAGGTTGGTGGGTATGTGTTCTTAACATACTACGTCATTGGGTTTGACTCAAACGTGGGCAGCTTCTTCAAGCAGTATTTGCTCATGTTAGCAATCAATCAGATGGCGGGATCACTTTTCCGATTCATTGGTGGGGCAGCGAGGAACATGATTGTTGCAAATGTCTTTGCATCATTCATGCTGCTAATTTTTATGGTATTGGGTGGATTCATTCTAGCAAGAGAGCAAGTGAAGAAATGGTGGATTTGGGGCTACTGGATATCCCCGATGATGTACGCCCAGAATGCCATCTCAGTTAATGAACTCATGGGGCACAGCTGGAACAAAATTGTGAATAGCTCTGCCTCCAATGAGACCCTTGGTGTGCAAGTCCTCAAGTCCCGTGGAGTATTCCCTGAAGCCAGGTGGTATTGGATTGGGTTTGGTGCAATGATCGGCTTCACCATCCTTTTCAATGCTCTCTTCACCCTTGCCCTTACATACCTCAGGCCATATGGAAATTCCCGTCAGTCAGTATCAGAAGAGGAACTGAAAGAGAAGCGTGCCAATCTGAATGGTGAGATTGTGGGTGACGTTCACTTGTCATCTGGAAGTACGCGTAGGCCAATGGGAAACGGCACTGAAAATGATTCAACAATTGTTGATGATGATACTGAGGTTACTCAAAGGGGGATGGTTCTCCCATTTACTCCGCTTTCACTCAGCTTTGACAATGTCAGATATTCTGTTGACATGCCACAGGAAATGAAAGCACAAGGTGTAGCTGATGACCGGTTGGAGCTCCTCAAAGGTGTTAGTGGTTCATTCAGGCCAGGGGTGTTGACTGCACTAATGGGTGTCAGTGGTGCTGGCAAGACAACACTGATGGATGTATTGGCTGGGAGAAAGACAGGTGGGTACATTGAAGGAAGCATCAACATTTCAGGATATCCAAAGAAACAAGAGACTTTTGCACGTGTGTCTGGATACTGTGAGCAGAACGATATCCACTCACCGCAGGTCACAGTCTATGAGTCGCTACTTTTCTCAGCATGGCTCCGTCTTCCTGAGGATGTAGATTCCAACACTAGAAAGATGTTCATTGAGGAGGTGATGGAGCTTGTGGAGCTCAAGTCACTGAGAGATGCTTTGGTTGGGCTTCCTGGAGTGAATGGTCTGTCCACTGAACAAAGAAAGAGGCTAACAATCGCAGTGGAGCTTGTTGCAAACCCTTCGATTATATTCATGGACGAGCCAACCTCAGGGCTTGATGCACGAGCAGCTGCAATTGTGATGAGGACAGTGAGGAACACTGTTAATACTGGCAGAACTGTGGTGTGCACAATTCATCAGCCTAGCATTGACATATTTGAAGCATTTGATGAGCTTTTCCTGATGAAGCGAGGTGGTGAAGAGATCTATGCTGGTCCACTAGGCCATCATTCTTCGGAGCTGATCAAGTATTTTGAGAGTATCCCAGGGGTCAGCAAAATCAAAGATGGCTATAACCCAGCAACATGGATGTTGGAGGTGACAACAATTGGTCAAGAGCAGGCACTTGGTGTTGATTTTAGTGATATATACAAGAAGTCTGAACTTTACCAGAGGAACAAGGCCTTGATAAAGGACCTGAGCCAACCAGCCCCCGATTCAAGTGACCTGTATTTCCCTACCCAATATTCTCAGTCTTCTTTAACACAATGCATGGCTTGCCTGTGGAAGCAAAACCTGTCATACTGGAGGAACCCTCCTTACAATGCCGTTAGGTTCTTTTTCACTACTGTCATTGCTCTTCTCTTTGGTACCATCTTCTGGGACCTTGGCGGCAAAGTGACGAAGTCACAAGACTTGTTCAATGCCATGGGGTCAATGTATGCAGCAGTGCTGTTCATCGGTGTCATGAACTGTACATCTGTTCAGCCAGTGGTGGCCGTGGAGCGGACAGTCTTTTACCGTGAAAGGGCTGCCGGCATGTACTCGGCGTTTCCATATGCATTTGGCCAGGTTGTCATTGAGATCCCATACACACTGGTTCAGGCTACTGTATACGGGATCATAGTGTATGCGATGATTGGGTTCGAGTGGACGGCTGCCAAGTTCTTCTGGTACCTCTTCTTCATGGTCTTCACGCTCCTCTACTTCACATTCTACGGCATGATGGCGGTCGGCCTGACACCGAACTACCACATTGCCTCGATCGTCTCATCGGCGTTCTACGCCATCTGGAATCTCTTCTCCGGCTTCGTCATCCCCCGACCTAGAGTCCCAATCTGGTGGAGATGGTATTGCTGGGCGTGCCCCGTCGCGTGGACGCTGTACGGCCTCGTCGTCTCCCAGTTCGGTGACATCGAGACGCCGATGGAAGACGGCACCCCTGTGAAGGTGTTTGTGGAGAACTACTTCGGCTTCAAGCACAGCTGGTTGGGCTGGGTGGCCACCGTGGTCGCTGCCTTCGCTTTCCTCTTCGCTTCCTTGTTTGGCTTCGCTATCATGAAGTTCAACTTCCAGAAGAGATGA

Protein Sequence

>Os01g0609300
NALGILPNRKQTMPVLHDVSGIIKPRRMTLLLGPPGSGKTTLLLALAGRLGKDLKASGKV
TYNGHGMEEFVPERTAAYISQHDLHIGEMTVRETLAFSARCQGVGSRFDMLTELSRREKA
ANIKPDADIDAFMKAAAMGGQEANVNTDYILKILGLEICADTMVGDEMLRGISGGQRKRV
TTGEMLVGPARALFMDEISTGLDSSTTFQIVNSLRQTVHILGGTAVISLLQPAPETYNLF
DDIILLSDGQIVYQGPREDVLEFFESMGFKCPDRKGVADFLQEVTSKKDQRQYWARHDKP
YRFVTVKEFVSAFQSFHTGRAIANELAVPFDKSKSHPAALATTRYGAPGKELLKANIDRE
ILLMKRNSFVYMFRTFQLMVVSLIAMTLFFRTKMKRDSVTSGGIYMGALFFGVLMIMFNG
FSELALTVFKLPVFFKQRDLLFYPAWSYTIPSWILKIPITFIEVGGYVFLTYYVIGFDSN
VGSFFKQYLLMLAINQMAGSLFRFIGGAARNMIVANVFASFMLLIFMVLGGFILAREQVK
KWWIWGYWISPMMYAQNAISVNELMGHSWNKIVNSSASNETLGVQVLKSRGVFPEARWYW
IGFGAMIGFTILFNALFTLALTYLRPYGNSRQSVSEEELKEKRANLNGEIVGDVHLSSGS
TRRPMGNGTENDSTIVDDDTEVTQRGMVLPFTPLSLSFDNVRYSVDMPQEMKAQGVADDR
LELLKGVSGSFRPGVLTALMGVSGAGKTTLMDVLAGRKTGGYIEGSINISGYPKKQETFA
RVSGYCEQNDIHSPQVTVYESLLFSAWLRLPEDVDSNTRKMFIEEVMELVELKSLRDALV
GLPGVNGLSTEQRKRLTIAVELVANPSIIFMDEPTSGLDARAAAIVMRTVRNTVNTGRTV
VCTIHQPSIDIFEAFDELFLMKRGGEEIYAGPLGHHSSELIKYFESIPGVSKIKDGYNPA
TWMLEVTTIGQEQALGVDFSDIYKKSELYQRNKALIKDLSQPAPDSSDLYFPTQYSQSSL
TQCMACLWKQNLSYWRNPPYNAVRFFFTTVIALLFGTIFWDLGGKVTKSQDLFNAMGSMY
AAVLFIGVMNCTSVQPVVAVERTVFYRERAAGMYSAFPYAFGQVVIEIPYTLVQATVYGI
IVYAMIGFEWTAAKFFWYLFFMVFTLLYFTFYGMMAVGLTPNYHIASIVSSAFYAIWNLF
SGFVIPRPRVPIWWRWYCWACPVAWTLYGLVVSQFGDIETPMEDGTPVKVFVENYFGFKH
SWLGWVATVVAAFAFLFASLFGFAIMKFNFQKR*

Core gene	Yes
Candidate core gene	No
Distributed gene	No
Subspecies-unbalanced gene	No
Indica-dominant gene	No
Japonica-dominant gene	No
Subspecies-specific gene	No
Indica-specific gene	No
Japonica-specific gene	No
AUS-specific gene	No
ARO-specific gene	No
Subgroup-unbalanced gene	No
Indica-subgroup-unbalanced gene	No
Japonica-subgroup-unbalanced gene	No
Random gene	No
Gene age	PS1

Gene Information

Basic Gene Information

Gene Categorization (Help)

Gene Family

Gene Distribution (Help)

Gene Presence Frequency

Gene Ontology

CDS(Coding DNA Sequence)

Protein Sequence