Gene detail

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Gene ID

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Or, Query Sequence

Example:

Gene details

Sequence information

Select	Gene	Cds	Cds_length	GC_content	Pep	Pep_length
	Pslu1g06536	ATGGAATCCGTTGATTCAATGGGAAGAAATAGTGTTTGGATCCCGCTGACCCCTGGAAAGTCAATTTCTGCAATGTACCCGGCACCGGCAGTATTGTTTTCTGAACAGGGGACAGGAAAGGAAAGTAAAAATAAGACGTTTCAATGTATAGATTCTTTTGATACCATGAAGTATATAGATCACCGTGTAATGGATAAAATGCCAGCTGGCATTGTTGATGATGGACATGAAGCGGTTTTGCGTGTGGCTGAGAAGGATGATCCGAAACCCACTAAAGCAGTTCACTATGACACAAGCAGTGTACAAGAGGAGGCAGTCAAAGTTCCATTTTCGGAGCCTGTTCATGAGTCACAAGCTGGTGTTTATTCAATTCCAACTCCATCGAAGTCAAACTATACCAGCAAAAGGCGTAATGACAACATTGATTTGAACAAGAAGCCGAGTCAAAGACCCCGAGTGAAAAAACATAGGCCTAAAATATTTGATGATAGCAAACCGAAACTAGTCCCAAAGGTTCAAACTCCAAAGCGTTCGACCCCTAAACCAAAAGCCCCCAAACCTGCAACTCCAAAGTGTTCAACCCGTAAACCAGAAACACCAAAACCTGCAACTCCAAATCGGGTACAAGAAAGAAGGAAGAGTTCAAGAAAAAATAAAATTGCAGGATCAGCGAGTTATGACCATGGAGATGTTATGCAAGTTGTCCAAGAAGCTTCTACGGATTCCATAATTGATGTTAAGTCATGCAAGCGTGTCTTGGATTTTGACTATAATAATGTAGTTGGTAGAGAGTCGCTTCAAATGTCACAACTGGAAGAAGAATCTTCGCGACTTAGTTATGACCATGTAAATTTTGATTACATTGGTAAAATTGTTACTTCCAAGAGAAGTACACTAATGAGAAGTAGGTTTCCAAAGAATAGTCTAGAAGCTTCAGAGGGTTTGTTGGAAGATAATAATGGGCAGCAGCAACAAGGGGAAGATATTTATAATTCACGAAATCAAGAACAAGATGGTAAAAAATATGATCACGTCTATCAACGGCGAAAGAAAATCAAGGTAAAATCAGCCAGTCACACCCCTACATTGCAAGTATATCGGAGAACGTTTAGAGAAAATAATTGTTTACAAAACGTTAGAAAAATCAGACCTAATTTTCCAAAAATGTTAAAGAAATGTAGGATGTTGAGAAAAAAAGTGAGTATATGGAAAAATAAGTGTTGCGAAAAACTTGTCGAAGATACAGAGAGAAATGTGAGAAGATCACTTAGACAGCGCATACAAACTACCGGAAAAAAGGTACAAAACAGGGTCAGTAAATCAAAAGACATTATAGGGGTGGTGAAAGAATGTAATCAAGTGACACCAGGGTGGCTCTTGAGAAGAAATCGATCTGTAAGGCACGCTCGCGTGAGGAGAACTATCAACGGATTTTCTATTCCTGAAAGAATGCCTAATGATAATGAAACATATCTTCGATGTGACGAAAGTTTTCTCTCAATAACAGGATGCCTCCAACTGCAACAGGTTCCCGTCCATAGAATCGAGAGTTTTACTTCAGTGCATGTGGATGTTCAACAAGCTGATGATTCTGTAGGTAATTTGAACTGCTCCCAGTTACAAGAGGTTGAAGTACTTGAAAGTCAAAGTTTGGTACCCAGACTCGAAGAAATCTCATTAACTAAAGAAGATTTAAAAAGAGAGTTTATAACAGGATGGATCAATGTTCTAATAAGGAGGATAGCGAGTCTAGACATAATTGGTCAAAGCAAGGAGCTTGTGGTACGAGATCAAAATGTAGCGAGTCTTGACACCAATGGTCAATGCAAGGAAGTTGTGGTCGGAGATCAAAATGTTAGTGGGGCACTTGTAAAGATAGTTCCTTCCAAGAAGCGTAAGGCGTTACCCAAAGTGGATCTTGACAAAGAGTCGCTGAGAGTTTGGAAATTGCTGATGGAAAATGATGGAAGTGAACCAGTTGAAGAAACGGATATAGATAAGAAAGAGTGGTGGGAAAGACAAAGAGAAATATTTCGTGGACGAGTTGACTCATTTATTGCCAAAATGCATCTTATTCAAGGTGACAGGCGTTTTTCACCATGGAAGGGCTCAGTAACTGACTCTGTGGTTGGTGTTTATTTAACTCAAAATGTGACAGACCATCTTTCAAGTTCTGCTTTCATGTCTGTGGCGGCAAGATTTCCGGTGAAGTCCAGAACCAAAGAAATTGTTGACAATGGTGAAGTTGCATCTAGCCAAGAATTAGTCGCAAGTTATAACTTTTTTACTGAAGGTCTCTTCACAAATAATGAAATGAAACAAAATACAAGTACTTCATGTGTTGATGTGAGTGATATGACTCCAACTATGGAACCTAACCAAGATTCGGTTTCAAATCCAACTCTGCTTGCATGTAGTCAAGAATCAGTCGCAACAGGTCTCTTTACCAATAATGAAATGAAACAAAATACAAGTAAGACATGTGCTGATGTAAGCAATGTGACGCCAATTATGGAACCTAACCAAGATTCAGTTTCTCCAACTCTGGTTGCATGTAGCCAAGAATCAGTCTCTAGTAATAACCTTGTTATCGACAGTCTTGTTAGGAATAATGCATTGGAACAAAATACAAGTACGTCATGTGCTGATGTAAGAAACATGACTCCAATTCCTGTTCACGATATGCCATGTGTCAATGAAAATTCTGATAATTTCCGCAAGTGTATAGAAGTAGAGGAGATGGACTTTCTCAAGCAGTTTTATGATTCTGACGTTGATGAATCACCACCAAATGAGAGAAGAGTTATTAGGCATTTGAGCACAAGCAAAGTAGAAGGGGAAGAGCAAAGTGCAATATCTTTTGATTTTTCTATTTCTAATGAACCTTCTGCTACTCTGCCTGATTTAAATACAGGTTTATTTGAGATTCCAAGTGAATTCATAGGTCAACAAAAGTCAACTCATGAAGAGGAATCTGAAGTTGTTTATCCAGTCAACAGTGTCCCATCTGAAGTTACCATTGAACAAGAAGTAAATGCAGTAAACGATCATCGGAGAGTGAAAAATAAGCCTTTAACCGAAAGCAGTGGAAAAAAGAATAGCAAGACTGATAAAAAACACGAAAAGAAAACTAACTGGGAAGAAGTGAGGAAAACTTATTGCAAAATGGGCAGCATAGAAACCAATGACAATTACATGGATGCTGTTGATTGGGATGCAGTTAGGCTTGGTACAGTTGAAGAACTTGCTAACATCATAGCTAAGCGAGGAATGAATAATGTCCTAGCTGGAAAAATAAAAGACTTTTTAGATCGAATGTATAAAGACCATGGAACTCTTGATCTTGAGTGGTTAAGGAATGTTCCACCAGACATGGCAAAGGAATTCTTGCTGAGCATAGAAGGAATCGGTTTGAAAAGTGTGGAGTGTATACGACTTCTAACGCTACATCATCATGCTTTTCCTGTTGATACAAATGTTGGCCGGGTTGCCACTCGTCTAGGGTGGGTCCCATTGCAACCCCTTCCTGATGCAGTTCAAATTCATCTTTTGAACGCGTACCCAATGGTGGACACCATCCAGAAATACCTCTTTCCTAGGCTATGCACCCTTGATCAAAGAACTTTGTACGAGTTACATTATCAGTTAATCACATTCGGAAAGGTATTTTGCACCAAGATAAAACCTAATTGCAATGCATGTCCGATGAGAGCAGAGTGTAGGCATTATGCAAGTGCAGTTGCTAGTGGTAGGCTCGCACTTCCTGGATCAGAGGAAGGTAGTAATGTAACTTCAATTATCCCTGCTGAAAATGAACAAAACCATTCTATGTTTAGTACGTCAACATCACGCTTTGACGTAGAAGCCAACAACTTGGGTTCAACTTATCATGTTCAAGCTTGTGATCCCATTATTGAAGTTCCCCCATCTCCGGAGCCTGAAATAGAAGATACACGACCAATTATAGGCGATATTGAAGATTTATATGTAGAGTCTGATGATGAAATTCCCACCATCCAATTGAACAATGAAGAGTTTAGGGAAACATCGAAGGATACAATAGACCCACATAATTTTTCTCTTCCAGAAGGTGACAAGTCGAAAGCTCTTGCTTTGTCTGCAGAAGCGACCACATTTCGTCTGCCACAGATGAAGTTTATAGCCAAAACAAGGACTTTTCACCTTGTCCATGAGCTCCCAGACTCTCATCCGATTTTAGCCGGGTTTGATGAAAGGGAAGATGATGATCCATCTCCGTACCTTCTTAGGGTATGGCATCCAGATGAACTTCCCAAATCATTAGAAAATACTCAAAATGGAGCCTGCAATTCAATCAACAATGATAAAGAAGAAACACTTAAAGGGACGATCTTGATACCTTGTAGAACTGCAAATAGAGGGAAATTTCCCCTTAATGGAACATATTTTCAGGTTAACGAGGTATTTGCCGATGATGAAACTAGTCATTTTCCGATTGATGTTCCACGTCGTCTGGTGTGTTATTTGCCAACTCGGACATTAGGTTGTGGGTCATCTGCAACATCAATATTTAGAGGCATGTCCACCGATTTCATTCAGCGCATGTTTTGGAGAGGATCGATATGTGTGAGATCATTCAACAGAAAAACAAGGCAACCGGATACTCTTCATAGAAGATTGTATATGTCAACAACTGCTATTGCAGCAGAGAACAGAAAATCGAAGAGATAG	4710	39.58	MESVDSMGRNSVWIPLTPGKSISAMYPAPAVLFSEQGTGKESKNKTFQCIDSFDTMKYIDHRVMDKMPAGIVDDGHEAVLRVAEKDDPKPTKAVHYDTSSVQEEAVKVPFSEPVHESQAGVYSIPTPSKSNYTSKRRNDNIDLNKKPSQRPRVKKHRPKIFDDSKPKLVPKVQTPKRSTPKPKAPKPATPKCSTRKPETPKPATPNRVQERRKSSRKNKIAGSASYDHGDVMQVVQEASTDSIIDVKSCKRVLDFDYNNVVGRESLQMSQLEEESSRLSYDHVNFDYIGKIVTSKRSTLMRSRFPKNSLEASEGLLEDNNGQQQQGEDIYNSRNQEQDGKKYDHVYQRRKKIKVKSASHTPTLQVYRRTFRENNCLQNVRKIRPNFPKMLKKCRMLRKKVSIWKNKCCEKLVEDTERNVRRSLRQRIQTTGKKVQNRVSKSKDIIGVVKECNQVTPGWLLRRNRSVRHARVRRTINGFSIPERMPNDNETYLRCDESFLSITGCLQLQQVPVHRIESFTSVHVDVQQADDSVGNLNCSQLQEVEVLESQSLVPRLEEISLTKEDLKREFITGWINVLIRRIASLDIIGQSKELVVRDQNVASLDTNGQCKEVVVGDQNVSGALVKIVPSKKRKALPKVDLDKESLRVWKLLMENDGSEPVEETDIDKKEWWERQREIFRGRVDSFIAKMHLIQGDRRFSPWKGSVTDSVVGVYLTQNVTDHLSSSAFMSVAARFPVKSRTKEIVDNGEVASSQELVASYNFFTEGLFTNNEMKQNTSTSCVDVSDMTPTMEPNQDSVSNPTLLACSQESVATGLFTNNEMKQNTSKTCADVSNVTPIMEPNQDSVSPTLVACSQESVSSNNLVIDSLVRNNALEQNTSTSCADVRNMTPIPVHDMPCVNENSDNFRKCIEVEEMDFLKQFYDSDVDESPPNERRVIRHLSTSKVEGEEQSAISFDFSISNEPSATLPDLNTGLFEIPSEFIGQQKSTHEEESEVVYPVNSVPSEVTIEQEVNAVNDHRRVKNKPLTESSGKKNSKTDKKHEKKTNWEEVRKTYCKMGSIETNDNYMDAVDWDAVRLGTVEELANIIAKRGMNNVLAGKIKDFLDRMYKDHGTLDLEWLRNVPPDMAKEFLLSIEGIGLKSVECIRLLTLHHHAFPVDTNVGRVATRLGWVPLQPLPDAVQIHLLNAYPMVDTIQKYLFPRLCTLDQRTLYELHYQLITFGKVFCTKIKPNCNACPMRAECRHYASAVASGRLALPGSEEGSNVTSIIPAENEQNHSMFSTSTSRFDVEANNLGSTYHVQACDPIIEVPPSPEPEIEDTRPIIGDIEDLYVESDDEIPTIQLNNEEFRETSKDTIDPHNFSLPEGDKSKALALSAEATTFRLPQMKFIAKTRTFHLVHELPDSHPILAGFDEREDDDPSPYLLRVWHPDELPKSLENTQNGACNSINNDKEETLKGTILIPCRTANRGKFPLNGTYFQVNEVFADDETSHFPIDVPRRLVCYLPTRTLGCGSSATSIFRGMSTDFIQRMFWRGSICVRSFNRKTRQPDTLHRRLYMSTTAIAAENRKSKR	1569

Annotation information

Select	Seq ID	Length	Analysis	Description	Start	End	IPR	GO
	Pslu1g06536	1569	Pfam	RRM in Demeter	1455	1555	IPR028925	-
	Pslu1g06536	1569	Gene3D	Hypothetical protein; domain 2	1067	1151	-	-
	Pslu1g06536	1569	MobiDBLite	consensus disorder prediction	156	170	-	-
	Pslu1g06536	1569	SUPERFAMILY	DNA-glycosylase	680	1245	IPR011257	GO:0003824(InterPro)\|GO:0006281(InterPro)
	Pslu1g06536	1569	MobiDBLite	consensus disorder prediction	1011	1044	-	-
	Pslu1g06536	1569	MobiDBLite	consensus disorder prediction	83	225	-	-
	Pslu1g06536	1569	MobiDBLite	consensus disorder prediction	1010	1044	-	-
	Pslu1g06536	1569	PANTHER	TRANSCRIPTIONAL ACTIVATOR DEMETER	105	1567	IPR044811	GO:0019104(InterPro)\|GO:0035514(InterPro)\|GO:0141166(InterPro)
	Pslu1g06536	1569	MobiDBLite	consensus disorder prediction	317	342	-	-
	Pslu1g06536	1569	MobiDBLite	consensus disorder prediction	317	332	-	-
	Pslu1g06536	1569	Gene3D	-	1152	1240	IPR023170	-
	Pslu1g06536	1569	SMART	ccc3	1223	1243	IPR003651	GO:0051539(InterPro)
	Pslu1g06536	1569	SMART	endo3end	1058	1222	IPR003265	GO:0006284(InterPro)

Pathway information

Select	Query	KO	Definition	Second KO	KEGG Genes ID	GHOSTX Score
	Pslu1g06536	-	-

Duplication type information

Select	Gene1	Location1	Gene2	Location2	Duplicated-type
	Pslu	Pslu-Chr1:44835730	Pslu6g01758	Pslu-Chr6:11491547	dispersed
	Pslu	Pslu-Chr1:44835730	Pslu4g01081	Pslu-Chr4:7079622	transposed