Gene detail

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Gene ID

Example:

Or, Query Sequence

Example:

Gene details

Sequence information

Select	Gene	Cds	Cds_length	GC_content	Pep	Pep_length
	Eupl14g01163	ATGTCTGGACCAGAAACAGATTCCACCGCCACCCATGTCGCTTCACTTATTAAGAGCTTTCGCCTAGTTCCACCTGCAGCTGTTCCGGCAATCGTCGACTGCATTTTAACTTCTACTGGCCTCACTCCTTCTTCGCTCTTCGATTCGATTCTCGACGCTTTCTCCAATCTCACAAAGGATATTCTCAAGGAGGAGCATAAAGAACTAGATTCTGTTCAGTCTAGCTATATCGTATGCTTCACCACTGCACTCTGTTACCTTGTAAAGAAGTCTGGAACCAATCCTGATGCCTTGCAATCATTTATTTGGAGAGGTTTTCTTCCGCCAATGAAGATTATACATGTAAATGACCACGAATTACTTAACCAGATTGCAGAATTACTCTGTGATGTTGTGATGGAAACTAACACCTGGGGAGTCATAGAAGTGACTTTGGTGCCTTTTTCTCTAAGGTCGGTTGGTCTTTCTATAGGCATGCTTCAAAATGAAGAATCAGCCATTTACCAATGGAGTAGACCCTTAGTCATTCAAGGGGCAAATGGCAATCTTAGTGAGTGGGATGTAGATCAAGAGTTCATGCTGTCTTTATCTGAATCTTTGCCATTGCCTATCTCATGCCATATTTTAACTTCACTACTTTCCGCTTCTCTAAGAAGTCATCAAGCAGTGCAGAGCCCATTACAACCAATGGTGGTATATGGGTGTTGTGCAGAATATTTTGCTAGAAATTTGCTCTGGGATCTCTGTGATATGGCAGTACGAATGCTTTTACAATGTCCGGAACACCGTTCCTGTACAATTCGACTTCTCCTTCCATTCATTTTCAGGGCATTTGTTTCTCATCGTTCTTTTGAAATATCAATACATGGGCAGACACATGTGCTTTCCAGGGAGTATTTATTTGGGAAAATTTGGAAGTGCTGCAGAACACTGTTTTTTCTTGGACCTCTAGAGAAAAAAGATGCATATAATGTACTCTCTTTGTACTTGTCTATTTTCTTTAACATAGAAGGATGTGAAGATGTTGCTGAAAGTCATGGGGTAGAAGCATTCGATATAAGAGATGAAAAAGAATTTTGGGCCGAAATAAAAAGAGGCTTGGTTGATAAGGAGGGCTTGGTGAGGAAGCAGTCATTACATATATTGAAAATTTTACTGCGAAGACGTGATGGAACGCGATTCCTTAATGGTGCTTCAGAGTCGATTTTGCATGAAAAATGTTCAAAACCTCATGGCATGACAAAGAGGGGTCAATGGGCTGAAAAGGAAGCCAAGTCATTGGGTGTGGGGCAAATATGCAATTCGGCTGATCCCTGTTTGAATGGCCAACTGAGATGGGAGGCATTCCTACTTCTATATGAGATGCTTGAAGAGTATGGTACACACTTAGTTGAAGCAGCTTGGAATCACCAGATATCATTGTTGCTTCATTTTTCTTGCCCACAATATTCTTCTACGAATCCTATTAGTGGTGGAGTTTATCAAATCCAAATGGAAACTTTAGAGGGAATCTTTAGCTGGCTAGCGATTTTATGGGAACGAGGTTTTTGTCATGAAAATCCTCAAGTTAGGTGCTTGATCATGCAGTCGTTTTTGGGCATTGACTGGAAGAATCAGGGGAACTGTGCAAAACTAGTGCCTGCAAGTTTTGTATTTGGTCCACTCATACAAGGGTTGAATGACACTGTGCACCACAGAGATTTTGGTGTAAAAGGAGTTTACTCTTCGAAAACGATTGAGGGTGCAACCAATTTTTTATACCACTTCTCTAGTTACTTCTGTTGGAGGGAACGGGTAGCATTTCTGTGCAGTTTGGCATCTGTTGCTAAACAGGAGTCCTTGGGACGGGCTGGATTGATGGCTCTTTCTGATTGCATTGCTGCAGCTGCTCGTGCAGTTGAAACACATTGTGAAGGTGAAGCGCAATGGTGTGAAGTTGATTCGTGTGACATGATTCAAGTGGAATCTGCTGAAGAATGTTCTTTCCACAATAATAAGGCAGATTTATTGGATATCCTGAGACATGTTATGGAAAGCAGCAAACAACACTTTAATCCTAATTACCGTCTTCGAGTTTGTGAGAAAGTTCTGGAGGCTGCTTCTTCTGTGATGTGTACATCTGATGTGCCTCTTGAGACGCTTATGCACTTCTTTTCAGCTATGCCACGGGAATTTACTGATTGTGGTGGTTCTTTGAGGGTGAAAGCACAAGAATGGTTTTCTGGGTCCAATAAAAAGCATTGGAGTTTCAATTCCTTTAGTACTAGAATGCAGGTTCTGAAGAGTCTCTGTGATTTCCCCAAAGCATTCATAAATCATCATCATTCGTCTGATGCTTTTGTTACTTGTGACGATGAAGACTTGGATGCATGGGGATTTGCGGCACAAAGATGGGCAAGAGTGCTTTTCCTTGTAATGACAGAGGAAGACCAATTGGAGCCTGTATTCAAGTTTCTCCAGAATTATGGCATTAATATCTGCAGAAAAAACAAACCTTTGGGATGGATTCCTCCTAAGTTTCTCATCCTTGCGTTAAGCTTGGTCCAAGAGCTTCGGATCAGACAAAAGAAATCGACTGAATGTGCTACGAATGTAAGAAGCGGGATGGAAGTTGGCATGCGTGACACATCAGATCAATTGAATTCAACAGAAGCTTCCATTGTTTTTGTGAAATTTGCCAATTCTTTTCTTTTTATATTGGAGGAGTTTGTCTCATTTGCCAAATCAGCTTGTTCCATATTCTGGTCCAGCCCTGTGATTGAGGACACACTTTTACCTTGTTCTGTTAGAGGAAGGCTTGGAGGCCCAAGCCAAAGACGGTTGGCTTCTTCTACCACTACTGCCGTGTTGCAAGCTATTTTATCCATGAAGACTGTTGCATCTATTTCATCATGGTGTGCACAGTTTAAAAATGATGCTTTGCTTGATTCCACCTTTACTTTCTTATGGAGTTTTATTTGGAAGGTTATCTTGTCTCCAACATATGACTCGGAGACTGGAGCGGAAATTCGTCTAGCAGCATATGAGGCATTAGTTCCTGTTTTAAAGGCACTGGATTCTACCATCTCTCCATTTGTTTTTGATTTGATATTGGCCAACGACCAATCAGTGCTACCAAAAGTAGAAGACAAACCTTTGCTAGATCCTTTGGTTCTCTGTTTTCTTCAGAATGTCAATGATCTCCTTGCAGTTGGAGTTTTAGCACGAAGTAGACAGGCCGTTTTGATGAATTGGAAGTGGCTCTGTCTAGATTCTCTGTTGTCAATTCCTTACTGTGCCATTGAAAATGGAGTTCAGCTACGTGGCACTCCTGCCTTCTTTTCTGGTGCATCTATCAGATGTATTTTTGCTGATCTTGTCGACAGCCTTGAGAATGCCAGTGAAAGTTCTGTTTTGCCAATATTGAGATCTGTCAGATTGGTTTTGGGGATGTTTGCTTCAGGAAGGATGGGTTCAGTAGTTTCTTTATGTAATGGCGTGGATACTCAGATGATGTTGCAGTTGGTACGTTCTTCTTGGATATTACATGTCAGCTGCAACAAGCGTAGAGTTGCACCTCTTGCTGCACTTCTATCATCTGTGTTGCATTCTTCTGTGTTCATTGATGAGAGCATGCATGAAACTACTGACAGTGCTCAAGGTCCTTTGAAGTGGTTTGTTGAAAATATTCTTGATGAAGGCACAAAAAGTCCTCGTACGATTCGTCTTGCAGCTTTGCACTTAACAGGGTTATGGCTCTTAAATCCAAGAACAATAAAGTATTACATGAAAGAGCTGAAGCTGCTGTCATTACATGGTTCTGTGGCTTTTGATGAGGATTTTGAAGCTGAATTAGCTGAAAATCATGATGCAAGGATAGAAGTTTCATTGCTGGCTAAAAGCCCAGACCCTGAACTAACTGAAGTATTTATCAACACAGAGTTGTATGCACGTGTATCTGTTGCTGTTCTCTTTTACAAGCTAGCAGACCTGGCTGATATGGTGGGATCCTTAAAGGAAAACGAAGATTGCCATGTCGCGCTTCATTCTGGCAAATTGTTTCTGTTAGAGCTTCTTGACTCTGTGGTAAATGACATGGATCTTGCAAAGGAGTTGTATAAAAAATATAGCGGGATCCATAGGCGAAAAGTCCGTGCTTGGCAAATGATATGTATATTGTCACGATTCGTTGACGAAGATATAGTTCAACAAGTCACATCTAGCTTGCACATATGCCTATATAGAAACAACTTGCCAGCTGTTCGACAATACTTGGAAACATTCGCAATCCAAATTTACCTAAGATTTCCATCATTGGTTAAGGAGCAATTGACTCCAATCTTTCGGGACTATGATATGAGACCTCAGGCACTTTCTTCATATGTTTTCATAGCAGCCAATGTTATCCTCCACGCAACTGAGGAGCATATTCGGTTAAGACATTTGGACGAGTTACTCCCACCTATAATTCCGTTTTTAACCTCTCATCATCACAGCTTACGTGGTTTTACTCAGTTGCTAGTGTACCAAGTTCTTTGCAAGCTGGTGCCTGCCTTGGATTCTAATGGTTCTGAACTTGTTCCTTTAGAAAAAAGGTGCTTCGAGGATTTGAAATCGTATTTGGAGAAAAACTCCGACTGTGTGAGGTTAAGGGCATCAATGGGAGGATTTCTGGATGCATTTAATCCCAAGACATCTGCTACTCCTGCTGGAATTTTTACTGCCCGGGATGAGGGATCTGAGTTTGAATGTGTTCCAACATCCCTCATGGAGCAAGTCATCACTTTTTTGAATGATGTTAGGGAAGATCTTAGATGTTCTATGGCTAAGGATATTGTTACTATCAAGAATGAGAGCTTAACAACTGAAGAAAATTGTAATGGCATGGATGTTTTACTAAAGGACGATCAAGAAAGATTGCCTTCCCAGGTTCCTAGAGATTTATCTTTGGATTTCCAAAAGAAAGTTACTTTCTCTAAACATGAGAGGGGGGACCATTGTGCTACTTCATTTTTGGGCAACACCGAACTTTACAAATCACTTATAGAAATGGAGAAAGAAGATCAGCTTCTTAATGAAGTGTTGCAGTCAAGAAGTAGAGCTATGGAAGAGATAAGAGCAAGTCGACAACATTTTATCCTTGTTGCATCATTACTTGATCGCATACCTAACCTTGCTGGATTAGCACGGACATGTGAGGTATTTAAAGCAGCAGGTTTAGCCATTGCTGATGCAAGTATTGTACATGATAAACAGTTCCAGCTCATCAGTGTGACAGCTGAGAAGTGGGTCCCTATCATAGAGGTCCCAGTTAGCAGTGTGAAAGTTTTCTTAGAGAAAAAGAAGCGAGAGGGTTTCTCTATCTTGGGTTTAGAGCAGACTGCGAACAGTATACCTCTCGACCAGTATACCTTCCCAAAAAAGACGGTTCTGGTTCTTGGGCGTGAAAAGGAGGGCATACCCGTGGATATAATCCATGTTCTGGATGCTTGTGTTGAGATTCCTCAGTTGGGAGTCGTTAGGTCACTCAACGTTCATGTCAGTGGTGCTATTGCTCTATGGGAATATACTCGACAGCAAAGATCTCAACATTCCTCATCTTTCTGA	5586	41.39	MSGPETDSTATHVASLIKSFRLVPPAAVPAIVDCILTSTGLTPSSLFDSILDAFSNLTKDILKEEHKELDSVQSSYIVCFTTALCYLVKKSGTNPDALQSFIWRGFLPPMKIIHVNDHELLNQIAELLCDVVMETNTWGVIEVTLVPFSLRSVGLSIGMLQNEESAIYQWSRPLVIQGANGNLSEWDVDQEFMLSLSESLPLPISCHILTSLLSASLRSHQAVQSPLQPMVVYGCCAEYFARNLLWDLCDMAVRMLLQCPEHRSCTIRLLLPFIFRAFVSHRSFEISIHGQTHVLSREYLFGKIWKCCRTLFFLGPLEKKDAYNVLSLYLSIFFNIEGCEDVAESHGVEAFDIRDEKEFWAEIKRGLVDKEGLVRKQSLHILKILLRRRDGTRFLNGASESILHEKCSKPHGMTKRGQWAEKEAKSLGVGQICNSADPCLNGQLRWEAFLLLYEMLEEYGTHLVEAAWNHQISLLLHFSCPQYSSTNPISGGVYQIQMETLEGIFSWLAILWERGFCHENPQVRCLIMQSFLGIDWKNQGNCAKLVPASFVFGPLIQGLNDTVHHRDFGVKGVYSSKTIEGATNFLYHFSSYFCWRERVAFLCSLASVAKQESLGRAGLMALSDCIAAAARAVETHCEGEAQWCEVDSCDMIQVESAEECSFHNNKADLLDILRHVMESSKQHFNPNYRLRVCEKVLEAASSVMCTSDVPLETLMHFFSAMPREFTDCGGSLRVKAQEWFSGSNKKHWSFNSFSTRMQVLKSLCDFPKAFINHHHSSDAFVTCDDEDLDAWGFAAQRWARVLFLVMTEEDQLEPVFKFLQNYGINICRKNKPLGWIPPKFLILALSLVQELRIRQKKSTECATNVRSGMEVGMRDTSDQLNSTEASIVFVKFANSFLFILEEFVSFAKSACSIFWSSPVIEDTLLPCSVRGRLGGPSQRRLASSTTTAVLQAILSMKTVASISSWCAQFKNDALLDSTFTFLWSFIWKVILSPTYDSETGAEIRLAAYEALVPVLKALDSTISPFVFDLILANDQSVLPKVEDKPLLDPLVLCFLQNVNDLLAVGVLARSRQAVLMNWKWLCLDSLLSIPYCAIENGVQLRGTPAFFSGASIRCIFADLVDSLENASESSVLPILRSVRLVLGMFASGRMGSVVSLCNGVDTQMMLQLVRSSWILHVSCNKRRVAPLAALLSSVLHSSVFIDESMHETTDSAQGPLKWFVENILDEGTKSPRTIRLAALHLTGLWLLNPRTIKYYMKELKLLSLHGSVAFDEDFEAELAENHDARIEVSLLAKSPDPELTEVFINTELYARVSVAVLFYKLADLADMVGSLKENEDCHVALHSGKLFLLELLDSVVNDMDLAKELYKKYSGIHRRKVRAWQMICILSRFVDEDIVQQVTSSLHICLYRNNLPAVRQYLETFAIQIYLRFPSLVKEQLTPIFRDYDMRPQALSSYVFIAANVILHATEEHIRLRHLDELLPPIIPFLTSHHHSLRGFTQLLVYQVLCKLVPALDSNGSELVPLEKRCFEDLKSYLEKNSDCVRLRASMGGFLDAFNPKTSATPAGIFTARDEGSEFECVPTSLMEQVITFLNDVREDLRCSMAKDIVTIKNESLTTEENCNGMDVLLKDDQERLPSQVPRDLSLDFQKKVTFSKHERGDHCATSFLGNTELYKSLIEMEKEDQLLNEVLQSRSRAMEEIRASRQHFILVASLLDRIPNLAGLARTCEVFKAAGLAIADASIVHDKQFQLISVTAEKWVPIIEVPVSSVKVFLEKKKREGFSILGLEQTANSIPLDQYTFPKKTVLVLGREKEGIPVDIIHVLDACVEIPQLGVVRSLNVHVSGAIALWEYTRQQRSQHSSSF	1861

Annotation information

Select	Seq ID	Length	Analysis	Description	Start	End	IPR	GO
	Eupl14g01163	1861	PANTHER	RNA METHYLTRANSFERASE	12	1855	IPR045330	GO:0016423(PANTHER)\|GO:0030488(PANTHER)
	Eupl14g01163	1861	Gene3D	-	1684	1860	IPR029026	-
	Eupl14g01163	1861	SUPERFAMILY	alpha-beta knot	1693	1855	IPR029028	-
	Eupl14g01163	1861	Pfam	SpoU rRNA Methylase family	1705	1847	IPR001537	GO:0003723(InterPro)\|GO:0006396(InterPro)\|GO:0008173(InterPro)
	Eupl14g01163	1861	CDD	SpoU-like-TRM3-like	1705	1849	IPR044748	GO:0016423(InterPro)\|GO:0030488(InterPro)
	Eupl14g01163	1861	SUPERFAMILY	ARM repeat	362	1544	IPR016024	-
	Eupl14g01163	1861	FunFam	probable methyltransferase TARBP1	1700	1859	-	-

Pathway information

Select	Query	KO	Definition	Second KO	KEGG Genes ID	GHOSTX Score
	Eupl14g01163	K15333	tRNA guanosine-2'-O-methyltransferase [EC:2.1.1.34]