Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Spst10g00767 ATGAGAGTTTATGAAAAACTTCGCAAGCAAAGAGAGTGGGTCCACAAAGATCGGATGTGTAGTATGTGCCATAATTGTGGTGCGGGCTTGACGGAATCAAATTTTGACAACAAGAAACAGGGTAATGGGAGTAGTCTAAAGTTCAATGGTAAAGTTTCCATTAGTCCTTGCAAATCCTGTGGAGAGAAACTAGAGCGAGCAAATGCGAAGTGGGATAGTAATACTCCGTATGTGACACCACATGTCAGTCCAACTACATCGTTGCAAAGTGCTGATAGCTGTGTCTCCACCTGCAGTGAGTTTTCAGTTGATGTGAACTCATCTGACAGGAATAGTCAAGAAGAAAGTACAGTTGAAGGTGTTGTAGAAGATCTCGGTTATCAGTTGAATGATTCACAAAAAGTGATGGAAAACTATTCTGAAGAAAGTAATAACAACAATGAGGGTTACACAGTGAGAGATGTGGAGATTGCACAAGGGCAAAACTTCCAAGAAGTAAAAGCTGATTTTTCTGAAGACCCTATTGCATCCTCTGCGGAGGAAACTGAATATTCTCTTCCTGATGATTTGGAAGTCCAAACTTGGGAACCTCCTGAGCCAGAAAACCCACAGGATGACATGGACAATAGTGTGACTTGTAATGACGATGATGAAGACCACGGCATAGGGATTGCAAACTGGGGTGAGCCAACTTCTATGAATAGTTCTGAGGATGAATTAAGTGGGAGCTATAGGTTCAAAGAGGAAAAACAAAGAGCAATGGAAGAAATAATGAATGGGAAATTCAAGGTACTTGTTGGTCAGCTTCTTAAATCTGTAGGAGTTTCCTCTTCAGATGAAGGTGATAAGAGTTGGGTGGACATAGTTACATCTTTATCATGGGAAGCTGCTTCTTTTTTGAAGCCTGATGGAGTAGGAGGTAATACAATGAATCCTGATGGATATGTTAAAGTTAAGTGCATTGCTGCTGGTTCTCGTGGTCAAAGTCAACTAATCAGAGGTTTGGTCTTCAAAAAACATGCTGCTCACAAGCATATGCCAACTAAGTATAAAAATCCAAGATTATTGCTGATTAGCGGCATGCTTGGCCATTCTATTAATGGGCTGTCCTCATTTGACTCCATGGACCAGGAGAAGGATGATCTGAAATCTAAAATGGATCGTATAGAAATGTGCCATCCAAATGTTATATTAGTGGAGAGAACTGTCTCTCGTGATATACAAGAGTCAATTTTGGCAAAGGGAATGACACTTGTGCTTGATATGAAGCTTCATCGTCTGGAAAGAGTTGCACGATGTACTGGTTCACCAATTTTATCATGTGATAATTTGAACGGTCAAAAGCTAAGACATTGTGAATTTATTTATTTTGAGAAGTTTGTCGAGGAACATGATGGGGTTAGTGAAGGAGGAAAGAAGCCCATCAAGACTTTGATGTTCATTGAGGGTTGTCCTACACGCTTGGGCTGCACGATTTTACTGAAAGGAACACACAGTGATGAACTGAAGAGGATCAAATGTGTCTTGCGCTGTGCAGTTGTCATGGCATATCACTTAATCCTTGAAACTTCCTTTCTTGTTGATCAGAAGGCTATGTTCTCTACCATTCCAGCTGTGAGTGTCGGAGATATCTTGCCAACCTATAAAAATTCCTGTGATTCAGCGTCCACTAATTCAAGCATTCTATCTCTAGAGTGTTCTGGTGAAAATGGAATAGTTAGTACTGATATTCCCATATGCAATGGACTTCAAGAAAAAAACACAAATGGAAACAACTTAGGATCAGAGGAGCTTTCTCCATTCTCTTGTGAGCCATATAATCCAGCTGTCTTTTCTGGGTTCTCAGCTATTTCATCTTCTCTTAAGAAAGTTATGGGGGATAGTTTTCCTTTTGCTTCTTCTGCTCCTTATCAATCTTTATCAGCATACTTAGGCTTCAATGGGAGGAAGCCTGACGATCACCTTGATGAGTCGATTTCTATTTTTAACTCTCCAGAGGCTGATGGAACTGCCATGATTGAAGCAAAAAATAATTCTAATGAAGTGAAGTTACTTAATGATGGACAATCCCTGTCTTCACCCGAATACATAGGTTCCAGTGGGAATATAAGTAAAGATGGTGATAATGATAGAAAAGAACTCCAAAGTAAAGATGATATCAATGCAATGTTGGATTCTCAGAGTATTTTGGTCTTGATGTCTAGCCGGAATGCCTTAAGGGGGACTGTATGCAAGCAAAGTCATTTTTCCCATATTATGTTCTACAATAATTTTGATATTCCACTTGGAAAGTTTCTTGAGGACAACTTACTCAATCAGACAAGACTTTGTGATGCCTGTCAAGAATTGCCAGACGCTCACTTTTATTATTATGCACATCACAATAAACAGCTTACTATACAAGTTAAACGCTTGCCCCAGGAAAAACGTTTGCCTGGGGAGGCTGAAGGGAAAATTTGGATGTGGAGCCGTTGTCGAAAATGCAATTCTGGTTCTTCAAAGAGGGTGTTGATATCTACCACTGCCCGTAGTTTATCATTTGGAAAATTTTTGGAGCTTGGCCTTTCTGGCTATTCATCGAGTAGAAATTTGAGTTGTGGCCATTCTCTTGATAGGGATTTTCTCTACTTCTTCGGATTAGGTCACATGGTTGCTATGTTCAGATATTCTTCTGTCACCACATATACCGTGTCTATGCCTCCTCGAAAACTGGAGTTCTGTGGTGCAATGAGACAAGAATGGCTTTTAAAAGAGACCAAGAATGTGTATATCAAAGGCATATCATTATTCAGAGAAGTGGCAAACTGTTTGAAGACAATACAATTTGATGGCCTTGGAGGGTCGATTAGAGATTTCTCTGAGATTGAGAAGATGTTAAAGCAAGAGCAAGAAGACTTCGAGGCAAATATCAAGACTGCCGTTGCTAAAAAAGGGGATCCAGACCAGGCTGCGTTTAAACTTCTCAGTTTAAACCGGTTAATGTGGGATCTTTTGATTGAATCCTATGTCTGGGTTCAACGCTTGTACCCGTTACACGCACCTGATGGTTTAAGACTTGAATCTGATGTCTCTGAGAAAGTTATGCAAGATGGGGATGGGGATGTGGAAATTACGTTTGACACGTCCGTTCAAGTACATGAACATCCAATGAAGGAAATTCCTATTGGTGGACCTCGTCTGGAGTGTAATGGACAGGATGATCCATCTAACACTCAGGATATGAAAATACCAGTTGTTAATGATTTGATGTCACGGAGATCTTCTGACCAAAAGTTGAAAAGTCTAGATGTTTCCACTCAGTTTCCATATCCTCTGGAAGTACGCCAAAACTCCCCACTTTCTACAGATATTCCAACTAATCATCCAGGCGCAGATTTAAAGGTATTAAATAAAAGTGCTTCCAATTCACCGGTTTCCAACTTGCTGGATTCAAATGATTGGTTCTGGAAGCCATTTACTGATATTCGGCAGATAGGCATAAGGGAATTCCAGAAAAGATTATTACCAAAATTTGAGTCTGTAAGCAGCTCTATTGCTGACTATATACCCACAGCCAATCAATTAATCACTGAGGAAGGTACAAGGTTACACATCCCTCTCAAGACTGACAATCATGTTGTATCTGACTTCGAGGGTGAACCCTCAAGTATTATTGCTTGTGCACTGGCGTTACTGAAAGATACATATGAGGAGGTATCAGAAGTTGATGCTGAGGATGATAGAAATGAAATTGGAATGAATTCAAATTCAACAGAAAGTTTTCATAGCTTGAGCCATGGTGCTACCTTAACTTCTGCACAATCATTTTCAAGAAGCTCTTCAGATTCAGAGTCTGTACATTCTACAGGAGGAAGCACTTCTTCAGAAGAGTCACGATCCTCTCGTGCTACAGAAAACCATAGCATAGAGATTGCTATGGGTTATGCAAAATCACTTGGGAGGGAAAAATATTCAGTGATATGCCATTATTTTAAGCAGTTCCGTGAACTTAGAAATTGGTGTTGCCCATCTGAGCTTGATTTTATTGCTTCTTTAAGCCGCTGTAGGAATTGGGATGCTAAAGGTGGCAAAAGCAAGTCCTATTTCGCAAAAACGCTTGATGACAGATTCATCATAAAGGAAATAAAGAAGACAGAACTTGAATCATTTTTAGGGTTTTCCTCTCTTTATTTCAAACACATGAGAGAGTCATTTGAGTCTGGAAGTCAAACTTGTCTTGCAAAAGTCTTGGGGATATACCAGGTTACTAAAAGACATGTTAAAAGTGGAAAAGAGGTTAAATATGACCTCATGGTGATGGAAAATCTTACCTACAATCGAAATATTACTCGCCAGTATGATCTTAAAGGTGCTCTTTATGCCCGGTACAATTCTGCTGCTGATGGTGGTGCTGGAGATGTTCTTTTGGATCAGAACTTTGTGAATGACATGAACTCTTCTCCATTATATGTCAGTCATAAAGCAAAGCGTGTTCTTCAACGCGCTGTTTGGAATGACACATCTTTTCTGAATTCAATCAATGTGATGGATTACTCCTTGCTTGTTGGAGTAGATTCTCAGAAGCGCGAGCTAGTCTGCGGTATCATTGATTATCTCAGGCAGTATACCTGGGACAAGCATTTGGAGACATGGATGAAGTCATCACTTGTTGTGCCAAAAAATGTGTTGCCAACTGTAATCTCTCCTAAAGAGTACAAAAAGAGGTTCAGAAAGTTTATGTCTACATATTTTTTTAGTGTTCCAGATCACTGGTGTTCTCAGAAATCCTCCAATCCTTGCAAACTTTGTTGCTCGGGGGAAGAAGATGATCATCCTTCCCAGCAAAAGCCCTAG 4833 0.4002 MRVYEKLRKQREWVHKDRMCSMCHNCGAGLTESNFDNKKQGNGSSLKFNGKVSISPCKSCGEKLERANAKWDSNTPYVTPHVSPTTSLQSADSCVSTCSEFSVDVNSSDRNSQEESTVEGVVEDLGYQLNDSQKVMENYSEESNNNNEGYTVRDVEIAQGQNFQEVKADFSEDPIASSAEETEYSLPDDLEVQTWEPPEPENPQDDMDNSVTCNDDDEDHGIGIANWGEPTSMNSSEDELSGSYRFKEEKQRAMEEIMNGKFKVLVGQLLKSVGVSSSDEGDKSWVDIVTSLSWEAASFLKPDGVGGNTMNPDGYVKVKCIAAGSRGQSQLIRGLVFKKHAAHKHMPTKYKNPRLLLISGMLGHSINGLSSFDSMDQEKDDLKSKMDRIEMCHPNVILVERTVSRDIQESILAKGMTLVLDMKLHRLERVARCTGSPILSCDNLNGQKLRHCEFIYFEKFVEEHDGVSEGGKKPIKTLMFIEGCPTRLGCTILLKGTHSDELKRIKCVLRCAVVMAYHLILETSFLVDQKAMFSTIPAVSVGDILPTYKNSCDSASTNSSILSLECSGENGIVSTDIPICNGLQEKNTNGNNLGSEELSPFSCEPYNPAVFSGFSAISSSLKKVMGDSFPFASSAPYQSLSAYLGFNGRKPDDHLDESISIFNSPEADGTAMIEAKNNSNEVKLLNDGQSLSSPEYIGSSGNISKDGDNDRKELQSKDDINAMLDSQSILVLMSSRNALRGTVCKQSHFSHIMFYNNFDIPLGKFLEDNLLNQTRLCDACQELPDAHFYYYAHHNKQLTIQVKRLPQEKRLPGEAEGKIWMWSRCRKCNSGSSKRVLISTTARSLSFGKFLELGLSGYSSSRNLSCGHSLDRDFLYFFGLGHMVAMFRYSSVTTYTVSMPPRKLEFCGAMRQEWLLKETKNVYIKGISLFREVANCLKTIQFDGLGGSIRDFSEIEKMLKQEQEDFEANIKTAVAKKGDPDQAAFKLLSLNRLMWDLLIESYVWVQRLYPLHAPDGLRLESDVSEKVMQDGDGDVEITFDTSVQVHEHPMKEIPIGGPRLECNGQDDPSNTQDMKIPVVNDLMSRRSSDQKLKSLDVSTQFPYPLEVRQNSPLSTDIPTNHPGADLKVLNKSASNSPVSNLLDSNDWFWKPFTDIRQIGIREFQKRLLPKFESVSSSIADYIPTANQLITEEGTRLHIPLKTDNHVVSDFEGEPSSIIACALALLKDTYEEVSEVDAEDDRNEIGMNSNSTESFHSLSHGATLTSAQSFSRSSSDSESVHSTGGSTSSEESRSSRATENHSIEIAMGYAKSLGREKYSVICHYFKQFRELRNWCCPSELDFIASLSRCRNWDAKGGKSKSYFAKTLDDRFIIKEIKKTELESFLGFSSLYFKHMRESFESGSQTCLAKVLGIYQVTKRHVKSGKEVKYDLMVMENLTYNRNITRQYDLKGALYARYNSAADGGAGDVLLDQNFVNDMNSSPLYVSHKAKRVLQRAVWNDTSFLNSINVMDYSLLVGVDSQKRELVCGIIDYLRQYTWDKHLETWMKSSLVVPKNVLPTVISPKEYKKRFRKFMSTYFFSVPDHWCSQKSSNPCKLCCSGEEDDHPSQQKP 1610
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Spst10g00767 1610 Pfam TCP-1/cpn60 chaperonin family 250 522 IPR002423 GO:0005524
Spst10g00767 1610 MobiDBLite consensus disorder prediction 1052 1074 - -
Spst10g00767 1610 Gene3D Phosphatidylinositol Phosphate Kinase II Beta 1244 1435 IPR027484 -
Spst10g00767 1610 FunFam Putative 1-phosphatidylinositol-3-phosphate 5-kinase FAB1D 1258 1435 - -
Spst10g00767 1610 CDD PIPKc_PIKfyve 1316 1577 IPR044769 GO:0000285
Spst10g00767 1610 Gene3D - 1436 1578 - -
Spst10g00767 1610 CDD Fab1_TCP 265 529 - -
Spst10g00767 1610 PANTHER 1-PHOSPHATIDYLINOSITOL 3-PHOSPHATE 5-KINASE-RELATED 11 1590 - -
Spst10g00767 1610 MobiDBLite consensus disorder prediction 1246 1292 - -
Spst10g00767 1610 SUPERFAMILY GroEL apical domain-like 328 496 IPR027409 -
Spst10g00767 1610 Gene3D GroEL 327 496 IPR027409 -
Spst10g00767 1610 FunFam 1-phosphatidylinositol 3-phosphate 5-kinase FAB1 1437 1578 - -
Spst10g00767 1610 MobiDBLite consensus disorder prediction 691 712 - -
Spst10g00767 1610 FunFam 1-phosphatidylinositol 3-phosphate 5-kinase isoform X1 327 496 - -
Spst10g00767 1610 Pfam Phosphatidylinositol-4-phosphate 5-Kinase 1354 1521 IPR002498 GO:0016307|GO:0046488
Spst10g00767 1610 ProSiteProfiles Phosphatidylinositol phosphate kinase (PIPK) domain profile. 1257 1577 IPR002498 GO:0016307|GO:0046488
Spst10g00767 1610 MobiDBLite consensus disorder prediction 1235 1297 - -
Spst10g00767 1610 SMART PIPK_2 1292 1578 IPR002498 GO:0016307|GO:0046488
Spst10g00767 1610 SUPERFAMILY SAICAR synthase-like 1315 1578 - -
Spst10g00767 1610 MobiDBLite consensus disorder prediction 171 219 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Spst10g00767 Spst-Chr10 8052826 8067070 Transposed
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Spst10g00767 346 1590 Acyl Lipid Metabolism Gene Families AT1G34260 47.718 0.0 1082
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Spst10g00767 K00921 - gmx:100809696 2733.75
       

Event-related genes

Select Gene_1 Chr_1 Start_1 End_1 Gene_2 Chr_2 Start_2 End_2 Event_name
Spst10g00767 10 8052826 8067070 Spst10g00767 10 8052826 8067070 ECH