Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Seca10g03615 ATGGAGCTGGAATTGGGGCTCAAAATCACAAAAACTAGAGATGACATTGCTTCCATCTCTGAGTATCAATTAGCCAAGGACAGAGAAGGACCTGTCTTTAAGTCTAGAGAAACAAACACCATGTTCATCCTCACTGCCCATCTTAAAGGTTATAAGAAGAATAACATTGACATCAAGATTAGTGAAGATGGTAGTAAGATAACAATTAAAGGAAAGAAGCCAGTTCAGGAAATGTTGATGATGGGATGGGTAATGCACAGGACAGAGGTAGGAGTTACAGGGTTCGATAAGGTTTTCAAAATTCCTGATGGGGTGAATTTGGACAGGATCAAAGCAAAGTATGATGAAGAGGAATGGTTTTTGAATATTGTCATGCCTAAATTGGTAAAAGGAATTTGTTGGGCTAGGATTGAAGAGGTCAAGGAAGAAGAATCTGATAGAGGGAGATCAGAACTCGAGAAAAGTGAAGCTGATCACATTCTTCGTAATGTTGGAGAGACAAGTCAAAAAGGATCTAAAGAGTCTGATGGTGAAGAAATGGAGGGCAGTGAAAGTTTCATGGAGAAGAAGGAAGAAGGAATGTCTAACAAGATGTTTGATGATGCCAATAGGGAAATAAATAAAGAGAAAATGCAAAAAGAAGTAGAAGAATATAAGTTGGGAATTGAAGATGGAAACCAAGAAAGTGTGAGACAGAAGGTTGGCAAAGAAGGATATGAAGTAGTGAAGACATCAGAGCTAGAGCAAAATGTTGATGAGTGTATCTCACAGAAAGCTGCAGATACAGGCCAAGATAGAGAGTTTGAGGTTCCAAAAATGAAGGACAGTAAGAATGTTGAGAAGAAGGAAGGAGGGGTACCTGAACAGATGCTTGATGATGGCAATAGGGAAGTAAATAAAGAGAGAATGCAAAAGGAAGTAGAAGAATCTAGGGTGGCAATAGAAGATGGGATTGGAGAAAGTGTGAGAGAGAAGGTTGGCAAGGAAGGATATGAAGTAATGAAGACATCAGAACTAGAGCAAAATTTTGATGAGAGTATCTCACAGAAAATTGCAGCTACAAAGCAAGCTAGAGAGCTTGAGGTTCCAAAAATGAAGGACAGTAAGAATGTTGAGAAGGAGGAAGGAGGGGTATCTGAAAAGATGCTTGATGATGCCAATAGGGAAATAAATAAAGAGAGCATGCAAAAGAAAGTAGAAGAATCTATGTTGGGAATTGAAGATGGAAGTGCAGAAAGTGTGAGAGAGAAGGCTGGCAAGGAAGGATATGCAGTAATGAAGACATCAGAATTAGAGAAAAATGTTGATAGAAGCCAAGATAGAGAGTCTAAGGTTCAAAAAATGGGGGATAGTAAGAATGTTGAAAAGAATGAAAGAGTGCTATCTGACAAGATGCTTGATAATGCCAATAGGGAAAAAAATAAAGAGAGGATGCAGAAGGAAGTACAAGAATCTAAGTTGGGAATTGATGATGGATCTGGAGAAAGTGTGAGAGAGAAGGTTAAGAAGAAAGGATATGAAGTAATGAAAACATCAGAACTAGAGCAAAATGTTGAGGAAAGTATAGCACAGAAAATTGCAGATACAAGCAAAGATAGAGGGTCTAAGGTTGATAAAATGAAGGACAGTAAGAATGTTGATAATAGGCAAGGAGGGGTATCTGACAAAAAGTTTGATGATGCCAGTGGGGACATAAACAATGAAAGAATGAAAAAGGAAGTAGAAGAATATAAGTTGGGAATTGAAGATGGAAGTAGTGAAAGTGTGAGAGAGAAGATTGGCAAGGAAGGATATGAAGTAATGAAGACATCGGAACTGGAGCAAAATGTTGATGAAAGTATCTTACAGAAAATTGCAGATGCAAGAGATAAAGAGTTTGAGGTTCTAAAATTGAAGGACAGTAAGAATGTTGTGAAGAAGGAAGGAGAGGTACCTGACAAGATGCTTGATTATGCCAGTGGGGACATAACTGGAGACACAATAAAAAAGGAAATAGAAGAATCTAAGTTGAGGATTGAGGATGGAAAGGTAAAAGGCATGAGAGAAAAGGTTGGCAAGACAGCGTATGAAGCAATGGAGACATCAGAAATGAAGCAGGATGTAGGTGCAGGTATCCCACAGAACATTGGAGATACAAGTCAAGATAAAGGGTCCAAGTTTCAAAATGTGGAAGATGATGGAAGTCTTGTGGAGAAGGAAAAAATGGTATCTGACAAGATGCTTGATGATACCAATGGGAACAAAATTAGAGAGATGATCCAAAAAGAAATAGAAGCATCCAAGTTGGGAATTGAGGATGGAGATGGAGAAAGTGTGAAAGAAAAGGTTGGGAAAGAAGTATGTGAGGCAGTGAAGTCATCAGAACTAGAGCAAAATGTAGGTGCACGTATCACACAGATCATTGGAGATACAAGCAGAGGAGTTTCTGAAGAGCCTGTGATTCAAGAAAGAGGGCAAGCTAAAAGTACTGTTGAGGAGATTGAGAGAGAGGAATCTGGAAAGATGCCCATTAAGGCCTATGGTTTTACTGAGGAAGAAACATATGGAGAGTCAAAACAAAAAGAATTTGGAGACCCTAAGTGTGAAAACAAAAAGGATAGACTTAAAGAAAGTCTGATAGATAGTAGCAGGGAACCATTAGAAGCAATGAAGACTTCAGAACTTGATCAAAATGTTGCTGATGATCCTATTCCTGGCAACATTGGTGGTATAAGACAAGAAGTATTTAAAGAGTCCAGGATTCAACAAGGGGAGAAAACTGAAAGCACTGAAGAGAAGATGGATGGAGGGGAATCTGAAAGGACACCTGTTAAAGCCAATAACGATATTAGAAAAACCTTACTTGGAGATATCATCCAAAAGTCTATAAAAAAGCCCATGATTGAAACCAAGAATGGAGATCAAAGATGTTTTAGAGAAAACCATGGTAAGGAAGGATTTGATGCAGGGATAACTGTATGTGAAGAGTTTCCTAAGCAGTTACCAAGAGATACCCTAGAGGAGAGTGGAGGATTGACTGTTCCAAAGATGCAGGAAACTATTGATGTCAAAGAAGAAATGGTCAAAAGAAAAGGCAAAGAGATCGAATATATTGTGGAGAAGGGTGAAGGTGAAAGACCCAAAAGGATGCATGTAGAAGCAAAGAAAGGAATGACAAAAGAGACAATGCAAAAGGAAATTGAAAGGATTAAGAGTGGAATTAAGAATAGTGATCAACCTGTACTGGAGAATACTGTTAAAGGAAGATTTGAAATATCAAACAGTACAACTGAAGAGTTGCAAAAGCAGGTAGGGGAGCTAGATGGAAGTAAAGGATTCAAGGTTGCAAGGGAGAAAGAACTAAATGAGGTGATCAAAGAAGCAATGGCTGAAACTGAAAGTTTAATGGAAAAGGTGGAACTGGAAGGAGAAGAATCAAAGAAGAGAATTGAGGAAGCAAGCAGGGTTATTGAGAAAAGCACAGTAACTGAAACCTTACAAAAGGAGACTGAGGAACCTAACATTGAAAGAAAGGCCAGAGATGGACCACATGAATTAGTATTTGAAGAGTTGGGGAATGTCCAAGAAAAGCTTCCCAAGCATGTGGGGAAGGCAATAGCCCAAAATGAGAAGGATAAAATTGAATATGGTACAGAGAAATTGAAGGGAGAGGGGTCTGTAAAGAAGCATGTTGAACCAAATGAGGTTTTTGAGGAAGACACAACTGGGGACAGAATTGGAAAAGATATTAGAAAGCATAAACTTGACTCTAGTGATCAATTAAGAAGGAAAGGTAATGTTGATAATGGAAGATTTGATGGAAGCAAAAGACAAAAGTTTCCACAGAAGGGAGAAACTGAAGGTCTCAAAGAAGAGGGTGTCAAAAGTGAACAGTCAGGGAAGAAAGTAAATGAAGACAAAAATGAGAAGATACAGCTTGAAGAAAATGGAGGTATCAGGAAAGACATAACAAGGGATCCTAAGACACAGACAAAGGAAAAAGAGCAACATCGTTTCCAAGAAGAGATGAGCACAGGAAGATTCCAAGGAAGCAAGGCTGCAAAAGAAGAGTTTCCTACAAAAATGGTAGATTCACCAGCTAATACAAGAAAACGAATAAAAGACACAAGAATAGAAGAAAAAGAGTTAGTCAAGCAAAAGAGTGAGGAAAAGATGGAGAATAAAGAAGAAGTCAAAGAAGAAGGTGCAGAAATTGCACAAGTGAAGAAAGTAGAAGGGGAGAAATATGAGAAGATACAAGTTGAAGCAAGTGGTTTGAAGGATGATATAACTAAGGAGACAACACTGAAAGAAACCGAGGAGCCTAAGATTCCAATTAAGGAAAAAGATCAACAATGTTTGCAAGAAGAGATGGGTAAAGGAAGATATAAAGCAAGCACAACACCAAGAGAGTTTCCTATGCAAATAGTCGATTCACTTTCAAAGACAAGAGGGGAACCAAAGGATAAAGAACTAGAAGAAGAAAAAGAGGTTAAAAAAGAGTTAGTCAAGCAAAAGAGTGAGGAAAGGATGGAGAATAAAGATGTCAAAGAAGAAGGTGCAGAAATTGCACAAGTTCTGAAGAAAGTAAAAGAAGAGAAATATGAAAAGATACAAGTTGAAGCAAGTGGTTTGAAGGATGATATACCTAAGGAGACAACATGGAAAGAAACAGAGGAGCCTAAGATTCCAATCAAGAAAAACGATCAACATTGTTTGCAAGAAGAGATGAGTGAAGGAAGATATGAATCAAGCACAACAGCTAGAGACTTCCCTATGAAAATAGTTGATTCACCTTCAAAGACAAGAGGGGAACCAAAGGATAAAGAACTAGAAGAAGAAAAAGAGGTCAAAGAAGAGGTGGCCAAAAGAAACAGTGAGGAAACAAAAGTTGTTGAGTCTACAACAAAGGTAAAAATTCAAGAGTCTGATGGTGAAAGAATTACTCAGACTTTGAAACAAGTACCAGAGGAAAAACATCCAAAATTATTAGCAATAAGAACTCCTCCTGAAAAAGAATTGCAATCTACAAAAGGTGCAACTACACATGCAAAAGTAGTAAGTATGGGATTTAAGGAGGTTGAACAAGGGAGTGAAAAGGAAAAGGAACAGAAGACAGAGCTGCTACCTCCCAAAATTCAAAGTAAGGAGACTCATGAATCAAAAAATGGAAGTGTGGACCAAGGTATTTTGAAGCCAGAGAAAGCAACAGATGTAGGAGAAGGAGAAGAGTACACCTATGACACAAAAAGCAATAAAGAGGTTCCATCCAAAGAAGATCAAGTGGCTAAACCATTGTCAGCACTAGCAGCACCATGCTTTCCATCAGCTCAGAAATCCGAAGTTGAAGAAAAAGATAAACTATATGAAGGTAGCAAAGCAAGAAACGGAGCATTCCTAGAATCACAAAAGGAAGATCCCACAGAAGAGATGCAAAATTTAATTGAAATGGAGAACCAAGAATCTAAACAAACAGAAACTTTGGGGCCAAAAATTCCTCTAGAAAAACACCCAAAGAAAGGACAAGCCATTACAAAAGATGAATTTCACAAAGGACAAAAAGTCAGGGAGACAATATATGAGGAAACTGAAGGGCCTAAACATAAAATTGACAATAAAGCTCAACAATATGTGCCAAGAGATGTTGGCAAAGGAATTGGAAAAGCAGAGATTATAGGAAAGGAGATACCCAAAGAAGAATATGTAGCAGATGCTGGTCCAATAGCTGAAAGGATGGAAACCAAAGGAGATTTGAAAGCACCTCTTGAAAGAGAGGAATACATAACTCAAAATGTTAAAGATGGGAAACCCAGGATACAGGAAGAAATCCTACAAGCTGATATTGAAAAGGTGGATAAATCTAAATGCATTCCAGAGTCTTTGAAAACAACACAAGAGAAGGAGTATCCTATAAAATCAGAAGCTGTTGAGGAAGAGGCAGAATCTTTGGAACCAATATCTTCAATTCCAAATGTAACAAGTACAGGAGTTAAAGAGGCAGGGCCAAAGAATGAAATTGAAGAGCTACAACAGAAAGAGTTGCCACCTCTAACAGCAGAAATAAAAAGCAAAGCGCCTCTGGAATTAGAAAAGCCCCATATGCAATGGAAATTTCCAAAGACAAAAGTGCATGTACCGATGCCAGAATCAAGAGACAGGGAACAATATAGTTATAGCACCGAAGAAATTAAAGCACCAAAAAAAACAGCATGTCAAGGAGCCAAACCATCAAAATTGCAAGGCCCAACATTAACTCAACAATTTATAGATGAAGAAAACAGAAAATCAGAAAATGTTGTTGAAGCACATGAAACAGCCAAAGAATTACCAAAGAAAAACATTGTGGCAAATGAAGAAATAGATAGTTTTCAGCCACAGGTCGTTAAAAATCAATGCTTTGAAGAAGAACAAAAAGTTGATAGGCAAAAAGAAGCACATGGACAGCGTGGGTTTAAAGAAATAAATCAGGAGAAAAGCAAAGGCCCCAGAATTTTAATTGAGGATAGAGGTCAACATTATGTGCAAGAGAACAATGAGAAGATAGGATATCAAACAACAGAGGCTGCAGAAGAAGAGTTGTTGAAACAAGAACATGGAGAAGAAATAGTTCTTAAGAAAAGAGAAGGGTCAAAGGTTGAAAAGAGGGAAGAAGCAAAAGAGGCTTCCAGACAACTACTCAAAAGAGAGAGAGGAAAAACAACTCAAACTGCAGAAGAAAAGAAACCTAAAATGAAGGAAATAACTCCAGAGGTTGAAAATGCTAGTGGATTCAAACAGGTTGTAGTAAAAATGCATGAAACTCAAGAAAGAGAACCTGAAAGAGAATCAGAAGTCACTTCTCAATCAGGGATGGAACCTCCAACAACAGTTGAAATAACTCCAAACAAAGGAATTGAGAGGAAAGAGCCTCGTGAATTATCATGGCCAAGCATGGACTATGAAATTCCAAAGATAGATGAAGTACAACAAGAAAAGGAGGGGGAAAGGCCGATTCATACACTGGAAGCAACCACTTCTAAAGAAAAAGGACTTGGACAAGCTGCAGCAACACATTCAAAAGCAAAAACTAATGTTGAACTTGAACCAAAAGGTGACACTGATAAGCCACAAGTAAATAAACTGCCATCTCCAGGTATAGAAACACTGAGCAATGAGCCATGTGAATTAGACAAGTTTAGCATGAAAGAAGATGATTCAAAGGTAGAGAATTCAGTGCAAGTGCGAAAGGGAAAAGAATCAATTCAATCCATAAAAGGCACTACAGCATCAGAAGTAGTAGCAGATAAAGCAGCTCAACCATCAAAGTTTCCAAGCTCTTCAAGCACTCAACAATTTGAAGTTGAAGCAAAAGACAAAACAAATGCTGATCATGAAGTTGAAAATGCAGAAACACAAGAAACAAAGAAGAAGGACTCTAAAATAGATGTTCAGGAGTCAACAAAAATTAAAACAGGCAAAGAAGTTGAACAAGTAGAAACTCCACAACCGGATTCCTCTGCAGATCAACAATGCATAAACAAAGAACAAGAAGAAAACCATGGAACAAACGAAATTGAAGAAAAATCCAATGAGCAAGTATTAGAGGAGCAAAAAGAAAGTAAAGAGGAAGCGAGTGGAGGGAAAAAGGATGACACAAAATTGTCAAAGAAACTGTTAGTTCCTTTGGTCATTGCAGGATCAGCCTTCCTTGTCTCTCTAGTAGTTATCTTTGTTCGGCATAGAAGAGCTAAAAAAAGGTAA 7719 0.3804 MELELGLKITKTRDDIASISEYQLAKDREGPVFKSRETNTMFILTAHLKGYKKNNIDIKISEDGSKITIKGKKPVQEMLMMGWVMHRTEVGVTGFDKVFKIPDGVNLDRIKAKYDEEEWFLNIVMPKLVKGICWARIEEVKEEESDRGRSELEKSEADHILRNVGETSQKGSKESDGEEMEGSESFMEKKEEGMSNKMFDDANREINKEKMQKEVEEYKLGIEDGNQESVRQKVGKEGYEVVKTSELEQNVDECISQKAADTGQDREFEVPKMKDSKNVEKKEGGVPEQMLDDGNREVNKERMQKEVEESRVAIEDGIGESVREKVGKEGYEVMKTSELEQNFDESISQKIAATKQARELEVPKMKDSKNVEKEEGGVSEKMLDDANREINKESMQKKVEESMLGIEDGSAESVREKAGKEGYAVMKTSELEKNVDRSQDRESKVQKMGDSKNVEKNERVLSDKMLDNANREKNKERMQKEVQESKLGIDDGSGESVREKVKKKGYEVMKTSELEQNVEESIAQKIADTSKDRGSKVDKMKDSKNVDNRQGGVSDKKFDDASGDINNERMKKEVEEYKLGIEDGSSESVREKIGKEGYEVMKTSELEQNVDESILQKIADARDKEFEVLKLKDSKNVVKKEGEVPDKMLDYASGDITGDTIKKEIEESKLRIEDGKVKGMREKVGKTAYEAMETSEMKQDVGAGIPQNIGDTSQDKGSKFQNVEDDGSLVEKEKMVSDKMLDDTNGNKIREMIQKEIEASKLGIEDGDGESVKEKVGKEVCEAVKSSELEQNVGARITQIIGDTSRGVSEEPVIQERGQAKSTVEEIEREESGKMPIKAYGFTEEETYGESKQKEFGDPKCENKKDRLKESLIDSSREPLEAMKTSELDQNVADDPIPGNIGGIRQEVFKESRIQQGEKTESTEEKMDGGESERTPVKANNDIRKTLLGDIIQKSIKKPMIETKNGDQRCFRENHGKEGFDAGITVCEEFPKQLPRDTLEESGGLTVPKMQETIDVKEEMVKRKGKEIEYIVEKGEGERPKRMHVEAKKGMTKETMQKEIERIKSGIKNSDQPVLENTVKGRFEISNSTTEELQKQVGELDGSKGFKVAREKELNEVIKEAMAETESLMEKVELEGEESKKRIEEASRVIEKSTVTETLQKETEEPNIERKARDGPHELVFEELGNVQEKLPKHVGKAIAQNEKDKIEYGTEKLKGEGSVKKHVEPNEVFEEDTTGDRIGKDIRKHKLDSSDQLRRKGNVDNGRFDGSKRQKFPQKGETEGLKEEGVKSEQSGKKVNEDKNEKIQLEENGGIRKDITRDPKTQTKEKEQHRFQEEMSTGRFQGSKAAKEEFPTKMVDSPANTRKRIKDTRIEEKELVKQKSEEKMENKEEVKEEGAEIAQVKKVEGEKYEKIQVEASGLKDDITKETTLKETEEPKIPIKEKDQQCLQEEMGKGRYKASTTPREFPMQIVDSLSKTRGEPKDKELEEEKEVKKELVKQKSEERMENKDVKEEGAEIAQVLKKVKEEKYEKIQVEASGLKDDIPKETTWKETEEPKIPIKKNDQHCLQEEMSEGRYESSTTARDFPMKIVDSPSKTRGEPKDKELEEEKEVKEEVAKRNSEETKVVESTTKVKIQESDGERITQTLKQVPEEKHPKLLAIRTPPEKELQSTKGATTHAKVVSMGFKEVEQGSEKEKEQKTELLPPKIQSKETHESKNGSVDQGILKPEKATDVGEGEEYTYDTKSNKEVPSKEDQVAKPLSALAAPCFPSAQKSEVEEKDKLYEGSKARNGAFLESQKEDPTEEMQNLIEMENQESKQTETLGPKIPLEKHPKKGQAITKDEFHKGQKVRETIYEETEGPKHKIDNKAQQYVPRDVGKGIGKAEIIGKEIPKEEYVADAGPIAERMETKGDLKAPLEREEYITQNVKDGKPRIQEEILQADIEKVDKSKCIPESLKTTQEKEYPIKSEAVEEEAESLEPISSIPNVTSTGVKEAGPKNEIEELQQKELPPLTAEIKSKAPLELEKPHMQWKFPKTKVHVPMPESRDREQYSYSTEEIKAPKKTACQGAKPSKLQGPTLTQQFIDEENRKSENVVEAHETAKELPKKNIVANEEIDSFQPQVVKNQCFEEEQKVDRQKEAHGQRGFKEINQEKSKGPRILIEDRGQHYVQENNEKIGYQTTEAAEEELLKQEHGEEIVLKKREGSKVEKREEAKEASRQLLKRERGKTTQTAEEKKPKMKEITPEVENASGFKQVVVKMHETQEREPERESEVTSQSGMEPPTTVEITPNKGIERKEPRELSWPSMDYEIPKIDEVQQEKEGERPIHTLEATTSKEKGLGQAAATHSKAKTNVELEPKGDTDKPQVNKLPSPGIETLSNEPCELDKFSMKEDDSKVENSVQVRKGKESIQSIKGTTASEVVADKAAQPSKFPSSSSTQQFEVEAKDKTNADHEVENAETQETKKKDSKIDVQESTKIKTGKEVEQVETPQPDSSADQQCINKEQEENHGTNEIEEKSNEQVLEEQKESKEEASGGKKDDTKLSKKLLVPLVIAGSAFLVSLVVIFVRHRRAKKR. 2573
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Seca10g03615 2572 MobiDBLite consensus disorder prediction 1569 1755 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 911 940 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 1360 1396 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 821 835 - -
Seca10g03615 2572 Coils Coil 1111 1149 - -
Seca10g03615 2572 SUPERFAMILY HSP20-like chaperones 31 127 IPR008978 -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 2497 2538 - -
Seca10g03615 2572 Coils Coil 1371 1394 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 1958 1972 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 2033 2076 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 1211 1396 - -
Seca10g03615 2572 Coils Coil 208 228 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 2200 2241 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 1593 1660 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 354 498 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 521 569 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 1958 1993 - -
Seca10g03615 2572 Coils Coil 1601 1621 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 1687 1716 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 695 727 - -
Seca10g03615 2572 Coils Coil 1521 1541 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 2442 2483 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 2310 2329 - -
Seca10g03615 2572 Coils Coil 2509 2529 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 2382 2400 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 525 569 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 1475 1510 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 2200 2538 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 259 313 - -
Seca10g03615 2572 Coils Coil 466 486 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 2132 2157 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 1211 1335 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 2332 2346 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 1769 1847 - -
Seca10g03615 2572 Coils Coil 1481 1512 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 1806 1820 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 144 193 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 1727 1753 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 804 941 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 1544 1563 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 2037 2054 - -
Seca10g03615 2572 ProSiteProfiles Small heat shock protein (sHSP) domain profile. 23 143 IPR002068 -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 1425 1510 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 2256 2271 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 2401 2415 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 2426 2441 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 1425 1450 - -
Seca10g03615 2572 CDD ACD_sHsps-like 36 127 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 845 884 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 357 498 - -
Seca10g03615 2572 MobiDBLite consensus disorder prediction 1823 1847 - -
Seca10g03615 2572 Gene3D - 30 131 IPR008978 -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Seca10g03615 Seca-Chr10 68006760 68014585 Dispersed/Wgd
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Seca10g03615 - - gmx:100775742 955.666
       

Event-related genes

Select Gene_1 Chr_1 Start_1 End_1 Gene_2 Chr_2 Start_2 End_2 Event_name
Seca10g03615 10 68006760 68014585 Seca10g03615 10 68006760 68014585 ECH
Seca10g03615 10 68006760 68014585 Seca10g03615 10 68006760 68014585 PCT