Gene Information

ID	source	chrom	start	end	strand	CDS length	exon number	gene ID	visualization
553	irgsp1_rep	chr01	3559811	3574278	-	5529	26	Os01g0169500

Gene Ontology

GO:0006486	protein glycosylation
GO:0006723	cuticle hydrocarbon biosynthetic process
GO:0007062	sister chromatid cohesion
GO:0009507	chloroplast
GO:0009640	photomorphogenesis
GO:0009793	embryo development ending in seed dormancy
GO:0009845	seed germination
GO:0009880	embryonic pattern specification
GO:0009909	regulation of flower development
GO:0009933	meristem structural organization
GO:0010072	primary shoot apical meristem specification
GO:0010162	seed dormancy process
GO:0010182	sugar mediated signaling pathway
GO:0010228	vegetative to reproductive phase transition of meristem
GO:0010413	glucuronoxylan metabolic process
GO:0010431	seed maturation
GO:0010564	regulation of cell cycle process
GO:0016567	protein ubiquitination
GO:0019915	lipid storage
GO:0045492	xylan biosynthetic process
GO:0045595	regulation of cell differentiation
GO:0048366	leaf development
GO:0048825	cotyledon development
GO:0050826	response to freezing
GO:0051301	cell division

CDS(Coding DNA Sequence)

>Os01g0169500
ATGGCCTCCTCCTCCTCCGCCGCCGCGGCGGCGGCGGGGGCGGGGGCGGGGGCGGTGGCGTTGGGGCGACTCGTCGACCGCACCCGCGTCCCCGACCCCACCCTGCAGCGGCACGCCGTCGCGGCCCTCTTCCGCCACCTCCTCACCTCCGTGCCCCCGCCACTCCCCTCCGCGGCGCACGACGCGCTCTCCTCGCTCCTCGCGTCGCCGCACCCGGCCGTCGCGGCGCACGCCGCGGCGTCCGTCGCCCGACTCGCCGCATCCCGCGCCGACCTCCTCTCCCCGGAGCTCGCCCTCCCGCTCCTCATCGCGCCCCTCTCCGCCTCCCCGTCCCCGCGCCTCGCCTCCTGCTTCGTCAAGGCCGTCGCCGCGCTCGTCTCCTGCGCGCTTCGCTCCGGCTCCGCCGCGTCGCGCTTCCCGCCCCACGATCACCCGTTCGTCCAGGCGCTCGCCTCGGGGGCCGATGGCGCGCGCGCGGAGCTGCAGCGGCAGGCGGCCAGGTTGGTCGCCGAGGGGGTACACGGGGTTGTAGGGTTTTTGAGGCCATTCGTTATGTTTGCTGCGGTGAGGAAGGGGGACACTGCGTTCGTGAAGGATTTGATTGGCGCACTGGCCGCAGCGGCTGTTGCAGCGGCAAGGCCGGATTCTGCAGTCCCGGTGCTGAAATTGCTTGCGGAGTGCTTGCTGCATTTTGGCCGTGGGGATGGTGAGGAAGTGCGGCTCTGGCTTAGCTCCGTGGAGTGCTTGGTGGATGCTTATGTGGTATTATTGAGGAAGTTTGCTCATGCTCAAATGGCAACTTATGATGCCCAAGCAAATAGTGTGGAGTTGATAGAAATGCTTCTATCACAATGCTCACTTCATCACCAATTTATGGGAAATACTTCTGTTGTACTTGGATTATCAAAACATTTGTTTTTGGCTCAAAAGGACCTTGGTTTATGCTATCTTCCAGAGATTTCTGTTGTTCTCAGCTCCCTTGCTTTCATTCTCAGTGGGCTGGAGTTTGAACATGAGCAACTGTCTGGATTGAAACTACTGGCCTTTTTGATTGAGTGGAGACATGAAAATGCACTCAGAACAAATGAAGCAGTACATCACTTCAGCGAGGAGATTGTTTGTGTTCTGCCTGTTATCAACCTTGTTATATCTCCATCTAAATCTGTCAAATCAGTGGCATCTCATGTTCTATCAAGATTTCACGTGCTTGTTTTAGATTTGCTGGCATCTTGTTCATCTGAACAACAGGACAGCTCAATGGTTCATCACATAAGCAAACCTACATCTATTCTTCCTAAACTTGTACATCATCTATGGTCTCAGTCGTCTTCATCGGGTTTCATTTTTACAAAATATATAACTAGCAGGGGGTTAGCTGAGTCTGCTGGAAATTCGACCGAACCAAACTATTGGACACATCAAATAAACGAGTACCTGTCAGCCCTTCGCAAGGAAAAGCTTTCACTGGACAGCCTGTCTTCGAAAAAGATACAATCAGTAGCAATATCATCTCTGCTAAGCTCTGCAGTATCTGTTTTGGTAATGCACCCAAAAATTGGTACTTCTGCTGCTCAGTCCTTGGCTCTTCTTGGTGCAACAGACCCAAAACTGGGTATGCCGTTGTTGGTACTTATCCTCTTCTATACGAAGGTCCTGTACAGCAACAATAACTGCGATGCAAATATTTTGCTTAGTTTGCTAGAGTCATTGCCATCACTCGCTGTACATGGTTTTGTGCTTCCACTCTCACTGCAATTGATATCATCAATGCTTAAAAAGGACGTAAAATCGGTTCTGTATCCTATAGCTGTTCGATTGCTTTGCAAGATGTGGACTGTCACTGATTGGGCATTCCAAAACTTGCAAGGAACTCTGGATCCTGAAAATTTTTCCAATTCTGTTGATGATAGAGAAGTTTTCACAAGTATAGCTGCATCAGTACGTGATGTGTGCAAGCAGAACCCAGATAGAGGCGTTGATCTCATACTATCTGTCTCGGCTTGTATTGAGAGTCGTGATTCTGTTGTTCAAGCTCTTGGCCTGGAGAGCCTCTCCTATCTCTGCGAAGAAGATGTAGTTGATTTCTATACTGCCTGGAAAGTTATATCAAAGCAGCTGCTTGATTTTTCGATAGATCCTACTGTTTCCCATGGCTTATGCATTCTATTGAGATGGGGAGCAATGGATTCTGAAGCATATCCTGGAACCTCAAAACACTTGATACAAATATTGTGGAGCATTGGAACTTACAGGGAGAAAAATGTTGACCCTCTCTGGGTTAAAGCAAGAGGAACTGCTTTTCAGTCCTTGTCCCACTATAAGATCTCGCTTATTAAAGATGCTATTCCTGATTTCTGGCGGATAAATTATGAATGCTTTACCACTGAACGAAATCTGGAAGTTCTGAAAGCAATGGATAACTTCCAGGCCGAGATTATCAATTTTGAGCACATTAACCGTCGTCGATTGACTACGGATAAAATAACCACAGTGCATAAATTTGAGAAGCTACTGGATGCTTTCCCTCAGGCGGTGTTTAAAGGAAAGTCAGCGCATCATCGGTTTCCTGGTGCAGCTCTTCTAACTCTCAATTTTACCCCGAAGGACATCCTTCATGAAGGGAAATCTAAGGATTTGCCTAGAGTACATGCTGCATATGAACAAGCATTAGTGGAGATGGCTGAATCTATGTATATATCAAGAAATATGGTGGTAGCTCTTCTTGCACTGCATTCATGGAAATCATTTGTTTCAAATTGGATGCAAGCTGTTATTGCTTGTCTAGACACTAAAGAATCCTCAAAGTTGAACAAGGCTTCAAAAGCAGCTGATGATATATTTAAGATTCTGTGCAAGTGTGTTCCTGTATCCACTCCTAGTGTTGTTGTTAGCATTGCTCTTGCTATTGGAGCATTGTGCTTGGTTGTTCCTCCAACAGCCCATCTAGTAATCTCTTCTGCATCAGATTTTCTTTTGAGATGGCTATTCCAATATGAGCATGAACATCAACAGTGGTCCACGGCTCTTTCTCTGGGACTAATATCGAATTGTTTTCATCCCACGGACAAAAGGAGCAAGCTTCAGGTTATCAATGGACTCCTTGAGGTAATCTCAAAAACTGAAAGCTACCTTGTAAAAGGAGCTTGTGGACTCGGATTGGGTTATTGTTGCCAAGCTCTTTTAGCCAGAGCAGATAATGCAGCTGATTCAGAATTAGAAGCGACTACACAACTTACTGAGCGTGCATCAGTTGAAGAAATTCTTCACACTTTGACGACTTCATTAGTTCAGCTATGTCCATTTTCATGCTATTCCCTCAAGAAGCTAAGTATTTGTGGAATAAAATCCTTGGAAGGAATGGAAGAAAAATATGTTAGCTTAGAAGATGATCCTTGGGCTGTTGCAGGACTTGTTCTTGGCCTGGGAAACTCTGTTGTTTCACTATATAGGCTTGGAGCTTATGAAGCTATTATTGAAGTCAAGAATATATTGATATCATGGATACCAGATGTGGATTCTAGCTCTTTGTTATTTGATGAAGAAGATTCGGCATCGCTATGTATGGGCTCTTGCCTTGCCCTTCCATCTGTTTTAGCTTTTTGCCAGAAGGTGGAATTGCTGAATGATGACTTGGATGCTTTGTTCAATCGCTACACTTCTTTAGCTACTAATCTCCTGAGCCTTAAGAAATCTGGGACTATCTTTCAGAATTTGCTGATGGCGATCTGTATTGGTGCTGGATCTTTCCTGTCTTCTATATTGAATGATGGGGTGCATGCTATGAAATTTACTGATGTCAAAGATCTTCTTGACACTCTTAAACACATATATACCCATCCATATCCTCCTCTTGTCCATTTAGGAGGCATGCTTGGTACTGTCAACGCTTTTGGTGCTGGTGCTGGAGACCTCACTGGGATCTGTCGGCAGCCGACAAATTCACAAATTAAGCACGAAAAGGAGTCATCTTTGGTGAGAGGTCCTGTACTCACAAGTTCTGTTGGTGAGACTCTTTCAACGTCAATGATTCAGGAGATATTTCTTCTTGCCAAGGATGCTGAGGATGACCACATAAAAGATTATGCTGCATGGGCTATTTCATTTCTTAGAAGCAGGTGGCTATCAAAGAATCAGATTATTTTTGATGATGATTGTTCTCAAAGAAATTCTAGTGATTCCAATCAATCGACAAGTTTTTCTGATGAAAGCTTAGTGTGGAACTTAAGTCAGTGGTTGAGGGATCTTAACTTCGAAAAGCCTGATAGTATGGTGTCAACAAGTACAGTCGCAACTGTTTTGAGATGCCTTTCCAAAGCTCCTAGATTGCCATCTATAGACTGGGGGGTTATTGTGCGGCGGTGCATGAATGTTGAGGCACACATTCCTGATATGTTGACGAATCATCATGATCCTAAATTATTGAGGGAAGAATGCCTATATATTTCTCTAGCTCATGCAAGTCATATCAGTCCTCTTCTGCACTTTATTGATGATCTGACAGACTTATCCAGATTCAGGAGATTAGAAATAAATTTGCAGTCCATTTTGCTCCAATATTTATCAACCCTAATGAAACTCTTCTCTCTCTCAAGATTAGACAAATTGTCTGAGGATTTAACTGAGTACTTGTATTCCCCCACATCTTCGTACTTGGATTACTCATCTGAGCAGAGAAGCATGTTAAGAACATCATTCTGGAAGGGCATTCGCGAGTGTCTAGTGGAGGATGTATCTGAAGAGTCTAGTGGTTTCTCATGTATTAAGAAGTGCATTCAAAGCTTGTCACCTCTCCTGAGTCTCCATAAAGATGGTCAGCCTGAATTCATAGAGGAGTGGTCTGCTGCTATCAAATGCCTTACAGTTGCACAGAAAGGTTTGCTGGGTGATATGCTGCAGGTCGAAATTTCGTCATCCTTCAATGAGCTAGAGCATATTGATGTGGCCAAAAAGATAATCATCAGGGCAAGAATGTGTTCTAGCGGTTGTGGTTCTGTAGATGAGCTGGGGAACATAAAGACTACAATACTGAGTACAAGGCTTGATGGTGTCTGGTGGAATGTCCTTGTTGAAGTTGCTGGTGCTCTATATTATGCTGATAGTCGTATGAAAAAGCAGTGGCTTCTGGATGCATTAGATATTGGCTGTGTTACAGCCCATCCCTCCACGGTACTCCATTTCGTTGGCCTGCTATGTGGTAGCTGCTGCATCTATATGCCACTTCTCATTGTTAACCCAACAAATGTACTGAGTGACTTGCCTGTCACCCTTCCTTCGTTTCTCTCTAGCAGCATTTGGGATGACCTCCGGAACTCTGTTGCTGATAAGTTATGGTTGTTGACCGCTCGCATCTACACTTGGGCAGAACAGCTGACTCATAGTGTCGGCCTCGCACGCCATGACCATATTCATGGAAGTGAAGCTGAAATGGCTATTTTTCTTGCCAATATTCTGCGCTGTACTTGCATTGCAGTGGAAGATCACTTGGCTGTTGAAAAGAAGCTAAAACTTGCAAACCTGGAGGCTCTATGA

Protein Sequence

>Os01g0169500
MASSSSAAAAAAGAGAGAVALGRLVDRTRVPDPTLQRHAVAALFRHLLTSVPPPLPSAAH
DALSSLLASPHPAVAAHAAASVARLAASRADLLSPELALPLLIAPLSASPSPRLASCFVK
AVAALVSCALRSGSAASRFPPHDHPFVQALASGADGARAELQRQAARLVAEGVHGVVGFL
RPFVMFAAVRKGDTAFVKDLIGALAAAAVAAARPDSAVPVLKLLAECLLHFGRGDGEEVR
LWLSSVECLVDAYVVLLRKFAHAQMATYDAQANSVELIEMLLSQCSLHHQFMGNTSVVLG
LSKHLFLAQKDLGLCYLPEISVVLSSLAFILSGLEFEHEQLSGLKLLAFLIEWRHENALR
TNEAVHHFSEEIVCVLPVINLVISPSKSVKSVASHVLSRFHVLVLDLLASCSSEQQDSSM
VHHISKPTSILPKLVHHLWSQSSSSGFIFTKYITSRGLAESAGNSTEPNYWTHQINEYLS
ALRKEKLSLDSLSSKKIQSVAISSLLSSAVSVLVMHPKIGTSAAQSLALLGATDPKLGMP
LLVLILFYTKVLYSNNNCDANILLSLLESLPSLAVHGFVLPLSLQLISSMLKKDVKSVLY
PIAVRLLCKMWTVTDWAFQNLQGTLDPENFSNSVDDREVFTSIAASVRDVCKQNPDRGVD
LILSVSACIESRDSVVQALGLESLSYLCEEDVVDFYTAWKVISKQLLDFSIDPTVSHGLC
ILLRWGAMDSEAYPGTSKHLIQILWSIGTYREKNVDPLWVKARGTAFQSLSHYKISLIKD
AIPDFWRINYECFTTERNLEVLKAMDNFQAEIINFEHINRRRLTTDKITTVHKFEKLLDA
FPQAVFKGKSAHHRFPGAALLTLNFTPKDILHEGKSKDLPRVHAAYEQALVEMAESMYIS
RNMVVALLALHSWKSFVSNWMQAVIACLDTKESSKLNKASKAADDIFKILCKCVPVSTPS
VVVSIALAIGALCLVVPPTAHLVISSASDFLLRWLFQYEHEHQQWSTALSLGLISNCFHP
TDKRSKLQVINGLLEVISKTESYLVKGACGLGLGYCCQALLARADNAADSELEATTQLTE
RASVEEILHTLTTSLVQLCPFSCYSLKKLSICGIKSLEGMEEKYVSLEDDPWAVAGLVLG
LGNSVVSLYRLGAYEAIIEVKNILISWIPDVDSSSLLFDEEDSASLCMGSCLALPSVLAF
CQKVELLNDDLDALFNRYTSLATNLLSLKKSGTIFQNLLMAICIGAGSFLSSILNDGVHA
MKFTDVKDLLDTLKHIYTHPYPPLVHLGGMLGTVNAFGAGAGDLTGICRQPTNSQIKHEK
ESSLVRGPVLTSSVGETLSTSMIQEIFLLAKDAEDDHIKDYAAWAISFLRSRWLSKNQII
FDDDCSQRNSSDSNQSTSFSDESLVWNLSQWLRDLNFEKPDSMVSTSTVATVLRCLSKAP
RLPSIDWGVIVRRCMNVEAHIPDMLTNHHDPKLLREECLYISLAHASHISPLLHFIDDLT
DLSRFRRLEINLQSILLQYLSTLMKLFSLSRLDKLSEDLTEYLYSPTSSYLDYSSEQRSM
LRTSFWKGIRECLVEDVSEESSGFSCIKKCIQSLSPLLSLHKDGQPEFIEEWSAAIKCLT
VAQKGLLGDMLQVEISSSFNELEHIDVAKKIIIRARMCSSGCGSVDELGNIKTTILSTRL
DGVWWNVLVEVAGALYYADSRMKKQWLLDALDIGCVTAHPSTVLHFVGLLCGSCCIYMPL
LIVNPTNVLSDLPVTLPSFLSSSIWDDLRNSVADKLWLLTARIYTWAEQLTHSVGLARHD
HIHGSEAEMAIFLANILRCTCIAVEDHLAVEKKLKLANLEAL*

Core gene	No
Candidate core gene	No
Distributed gene	Yes
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	Yes
Gene age	PS2

Gene Information

Basic Gene Information

Gene Categorization (Help)

Gene Family

Gene Distribution (Help)

Gene Presence Frequency

Gene Ontology

CDS(Coding DNA Sequence)

Protein Sequence