Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Mal7g3405 ATGTTGAAGGATTCAAAGTTACCACGCCGGAATCTTGTCAAAAATGATGAAATTGAAAATCTAGATCCATCGGATTCGTCGGTGGCGACGAATCCGAGATGTATAGAAGCTTCTAGACCTCCGTTAAATACAATTCAAGATCTCGAGAGAACTCCGTCAAAAGCAACGAAGCGAAAAGCAGGACCGGCGCTTCGAACACCGGAAAGAAGCTTACAGTTGAAGCCTCGATTCGCATGGCCTCAGAGAAACGACACCGTTTCGTCTATGATTGATGACAGGAGAGGATCTGGAATTGGAAATGCTACTCCGAGGGTGAATCGAACTGCAGTGAGAGCTTGTTCGGAGAGTAATTCGACGCAGAGTACTCCGACTAAGAGTGTGACTAAGCCTCCTGTTAGCTCGATGAGTGTTCGAGGTAAAGGTGATGGAAGCAGCTTCAGTGTTCGTCTGGGGAACTATGCTGCATTGTATAAAGGGGGTTCAAGTGCTTCTTGTACGCCAGTGGTTGTTAATTCGGTTGAAGTTCCTCACTTCGATCTTAAGGAAGATTCTTCCTTTTGGATTAATCATAATGTGCAGGTTATTATTCGTGTTCGTCCACTCAATAGCATGGAGAGGAGTATACACAACTATAACAGATGCCTAAAACAAGAAAGCTCTCAGTGCATTACTTGGATTGGGCAACCGGAAAACCGGTTCACGTTTGATCACGTTGCATGTGAAACAGTAGACCAGGAGATGATTTTCAGAATGGCCGGTCTTCCAATGGTAGAGAACTGTCTTTCAGGATACAATAGCTGTATGTTTGCATACGGACAGACAGGAAGTGGGAAAACATATACAATGCTTGGTGAAATTGAAGATTTAGATGTGAAGCCCAGTCCTCATCGTGGAATGACTCCTCGTATATTTGAGTTTTTGTTTGCGAGGATTCAAGCTGAAGAGGAAAGTAGAAGAGACGAGAACTTAAAATACAACTGCAAGTGTTCCTTCTTGGAAATTTACAATGAGCAAATTACAGATCTACTTGATCCCTCGTCTACCAATTTGCTTCTGCGGGAGGATGTCAAGAAGGGTGTTTATGTTGAAAATCTTTCTGAGTTTGAGGCTCAAAGTGTGAGCGACATTATAAGGCTTCTAATTCAGGGTTCGGCAAATAGAAAAGTTGCAGCTACAAACATGAATAGAGAAAGTAGTAGGTCCCACTGTGTTTTTACATGTGTAATTGAGAGCACCTGGGAAAAGGATTCTACTACTAATTATCGTTTTGCAAGGTTAAACCTTGTTGATCTAGCTGGTTCAGAAAGACAAAAAACTTCTGGTGCTGAGGGCGAGCGTTTAAAGGAAGCGGCTAACATCAATAAATCATTATCTACCTTGGGTCATGTTATTATGATTCTAGTGGATGTTGCAAATGGGAAGCAGAGGCATATCCCTTACAGAGACTCTAGGCTAACGTTTCTTCTTCAGGATTCTCTCGGTGGAAACTCGAAAACAATGATTATTGCCAATGTCAGCCCTTCTATCTGCTGTGCTTCTGAAACGCTGAATACCCTAAAATTTGCTCAGAGAGCAAAGCTGATTCAAAATAACGCTGTAGTAAATGAAGATTCTAGTGGGGATGTTATTGCTTTAAAACATCATATTCAGCTTTTAAAGGAGGAGATTTCTGCGCTCAAACAGTGCCAGAATGTTTCCAGGCAATTGTCATTCAGAGATATGAAACAATCAGCAGAAGAGTGTTGTTTCAAATATGAACCTGAGATGGATGAACAACTTGATGACAATATGCTTGGTTTTGAATCCAAGGGAACTAGAATGTCCCACAAACAGTTAGAATCACTGAAGACAACTCTTGCTGGTGCGTTAAGAAGGGAGCAGATCGCAGAATCTTCTATTAGGCAACTAGAAGCAGAAATTGAACTATTAAACTGTTTGGTTCGTCAAAGAGAGGAGGAAACTATGAGTTGCAAAATGATGCTTAGGTTTCGTGAAGACAAAATTCGTCGATTGGAATCTCGAGTTGTTGGTTCTATTACCGCAGATCAATTTTTGAAGGAAGATAATAAAGCACTTTCTGATGAGATTCAGTTACTTCAGGGAAAAATAGATCAAAATCCTGAAGTTACACGATTTGCTAAAGAGAATATCAGGCTTCAAGAACAACTTAGAAGATATGAAGAGTTCTATGGAGAAGGGGAGAGAGAGATTTTGTTAAGTGAAGTATCTTCTTTAAGGGCACAGTTGCTCCAGTTTCTTGAAAGAAACTCTGTACAGGGTGATTCAGATTATGGCACTCAGTCTCAGCTAAAAAGTGCTCTTGATAAGTTGGAGGAGTGCAGACACAACTTAAATTATTGCTTAGAGGAGAATGCAAGACTCAATAGGGAATTAGAATCTTTTCAGTCAGTGTTCAACAACACAAATGCCACAAAGGTTTCTGAAGCTCAAGCACTTCCATCTAAGATGGCGGTGAAGCACGAACCTCAATTATTAAAACAAACAGATGATGTCTTGGATTTGCACCTGGAGTTGGATATAATAAAGATCATTCTGAAGGAAGAGAGGACTTCCCGTGGTATGTTGGAGGAGCGAGCAACATTCTTAAATGATGAAATTCTAATGGAAAAGGACAAGCTTTTGCTGTCAAATAAACAATTAGAAGAAGCAAACAGTGAACTAAACATGACAAAATCTGTAATCGAAGCTCTTGAATCACAACAAATTTTATCATTAAAAGAGATAGAAGACATGCAGATCAAGAACAACAATTATCTGGAACTTGTGAGAAAACAAGAGCATGAAATCATGGCCTTGAAGAATCAACTTGCACGTACAGATAACATTTTATCTTCAAATCATTCAAAGGTTGATCATGGGTACCCTTTACAGGTAAGATTTAGAAGGATGCATGATTCTCTTGAAAAAGCCAAGCAACTGAATATGTTTTACCAAAGTGATCGTGCACTCCAGATATCTAATGAGGAAGAGATGGATGAAGTCCGTCGGCAGGCTGAGGCTGAAACTGCTGAGGTGATTGTCTGTATGCAGGAAGAACTTGCCCAGCTACAGCATCAAGTTAATGATAGCCATCAGAAGGAAATAGAAATGAAGGAGAGTATGTTGCAGTTGGAAACTGAATTGAAGGACGTGAAAGAAAAATTGCTCACTACTGTTGATGATAACCAAAGTTTAAGTGAAGAGCTTTGGCAGAGAGATAGTGCACTCAAATCCTTGGCAGAAGAATGTGAACTGTTAACTTCTGAGATTGAAGAGATTCTTTCTGATGGATGTCAGGCACTAGATGATGCCTCTGATGTTCTTGGCCATTTTAGCAATTCATTTCCACAGAAAAGGATATGGATTTCTGAACAAGTTGGCATGATGGTTAGAAAAATCTCTGAGAAGGAATTGTTAATTGAAGAACTCGGAAGATGTTTGGAAGATGCGAGCAATAAAAGGAGTGATATGGAGTCTATGCTGAAGTCCTTACGAAGTGCAACACTGGTGATTACTGAAGCACACCAGAAGGAGTCAGCTGAAGTAGAGAAAGAAATTCTCCTGTTGGCATCACAACTGAGTGAAAAAACATCTACTGTGAAACAGATGGAGGAGCAGTTGATATTGGCTGAAGATCAAATCCGAAAAACATCTAAGTGTGCCACAGTGGCTTTTGTAGTTGTGAATAGGTTGTCAGATGTGAATCGTGGTTATCTTGTTGATCTAAAGGACAAGGATATTCTACTAGGTGAACTAGAAGAAATAAGTGACAGGAAGGATGCCATTCTCATTGATCAATCAACTTCCCTTGAACAAGCAGAGAGGCAGATAGCTGAGTTGCAGGAAAAATGTGACAAATTATTGCAGAAGCTGACTGAGGAGAAAGAGCACTCTTATGCTTTGGAACAAAAGCTTGAAGATATTGAAAAGAATGTTATTTCAGAGACAAGGGAGCAACTGATAACATTACAAGATGGTGTCTCCTCAATCAGGTCATCCATGGCCTCTTTTGCCGATAATTCCGAATGTCTAGATAATAGAAATTTGTTGGATGTATCCACATCAAACTATGATGATAATGGTGAATCAAGGACAAGTTCTGAAACACATCATCAAATAGATGAGATGGCTGACTCAACCTTTAAATTGGTTAACAGTGGATATGACAAGAAAGACTGTAAATCACGAAATGTCAGCAAGGATGCACGGGAAAGAGATGTTACCATTACACTTTTGAGAAAGGAAATAGAATGTGCTCTTGAAAGCTTAAAAGCAGTTCAAGATGAGATAACCAAATTACATTCAGAGAAAAAGGAGATGTCAATATGTGAAAAGCAAAGTCGGGAAAGTATCAAGTGCCTCACAACTCAAATACTTGCCCTGCAAGCAGCTGTGGGACACTTTGAAGAGCAATCCAAAGTTAAGGTGGAAGTACTCAGTTGCAAACTTAAAAACCTGGATACAACTCTAAAAGAAGCTATGTCCCATTGGAATAAAACGAAAGAGTTGCTTGAACTAGAAGTCGGGGAGGCAAAGATCGTTCAAGTTCAAAAAGCTGAAGAAGCATATTGTATTCTTGCTAAATTTGAAGAAGCCCAGGAGACAATGAAAGAAGCAGATATTATGATCAATGAATTAGTGATAGCTAATGAGTCAATGAAGATTGATATAGAAAATCTGAAAGAAAGAGAAGTCACATTGCTCAGTGAGAAGGATATATTATTCAACAAGGTTAAGAGCTTACAGACCGTTGTTGATTTGAAGCATCAGGAGATAGATGACCTTGTTGAATCAAATCTTATGGAAACAAGGGGTTTAGTCATGATGGTGGATGATGTCATTAAAGAAGTCCAGATGATGATGAAGGAAAATTTCATCTCTTTAGATTGTGATATGAAGTGCTTCAAGTCTCAATTTTTATGTTCCACCAAGCTGATTCAACCATGGCTTGAGAAGATCTGGTCTGAGATAATTAATAAAGATTGGGCAATGTCTGTACTACATCTCTGTCACATGGGCGTTCTACTGGAAACAGTAACAGGAATGCATGCAGAAAATGGCTTACTTTCACATGGCTTGTGTGAATCAAACTCTGTCATATGTGATCTGAAGGAACAAAATTTCAGAACGAGGCAAGAACTAGAAATGTGCAGAATGTTGAAAGAGAAACTGATTGCGGACATCCAGAACAGTTTTGATCGCATTACTAGGAAAGAAGTGGAAGCTGGAGAGATCACCATCAAGCTGAACACTTTTGCTAAAAACTTAACAGATCTACAGCTTCAGGAGGAGATGATGCTGCAAAGGTCCAATGAAATGGGATCCCAACTTGCTATGTTGATGAGGGAATTGGATCTCAGTAATACAGATGCTGTGATATCCCTTTTAGATCAAGAGAAACTACTGAAACAGAAAGTAGAAGCAACTGAGTCTCAAGCTGAATTTCTTATGGTAGATTGGTATGCCAAAGAATTTGAGTTACTCGTCCATGCTTCTGAATTCAAAAACATGGCATGTAATATATCTGATATGGAGGATCATTTTGTCAAGTACTCTACATTAATTGAACAATTGAAAAAAGAATCAATATTTTTCCAGGTAGAAACAGAGTTAGCAGAACAAGTTTTGATGGATAAGGAAGTTGAAGTTTCCCTTCTAAAACGAGAAGTTCAGCAGGAAAAAGTACAAAAGGAAAACTTATTGATGGAATTGAAGCAGAACATCTTAAGTATTACAGAGATGGGTGAAGTAAACAAGGTACTTGAACAAAATATTGAGCTTCTAAAGGATACTGAATCTCAAGCTGAATTTTTTATGGCAGATTGGTACGCCAAAGACTTTGAGTTGCTCATCCGTGCTTCTGAATTCAGAAACATGACATGTAATATATCTGATATGGAGGAGCATTTTGTCAAGTACTCTACCTTGATTGAACAGTTGAAAAAAGAAACAATATTTTTCCAGGTAGAAACCGAGTTAGCAGAACAAGTTTTGGTGGATAAGGAAGTTGATGTTTCCCTGCTAAAACGAGAAGTTCAGAAGGAAAAAGTAGAAAAGCAGAACTTATTGTTGGAGTTGAAGCAGAACATCTTAAGCATTGCAGAGATGGGTCAAGTAAACAAGGTACTTGAACAAAATACTGAGCTTCTAAAGGATGTTACTTGCTCTAATACAGCTTTGAAGGGGGACCTTGTTGTAGTTAAGGAATCAGAGAAAAGACTTCTGGATAAGCTTCAAGACCTTGAAGTTGGTTATGATAAAGTAATTGGTGATGCCATAGCAAAGGACGTGACTTCTGAATTTTCTTTCAATCTGATATTTTCTCTTGAAGATCAACTCGGAGAGTTAAAGAGCACAAACTACATGTTGGAAAATTCATGTTGCAATCTGAAGAATGAGTTGCACCTAAGGGATTCAGAGATAACTAGAATACAAAGTTTGCTGCAACTTGAGTTATCTAGAAAGGAAGATGTAATAAAAGGTTTGCTGTATGATCTGAGCTTACTGCAGGAATCTGCATCTAACAGTAAAGACCAAAAGGATGAAATGGAAGAAATGGTGGCCACATTGGAAGCATTAGAATCAGAGCTTACAGTTAAATCTGGGGAGCTTGCTGCCGTAGTTGCAAACTGTCAGTTGCTTGAAGCTCAGTTAATTGATAAATCAAGCAGAGTTACAGCTCTTGAGTTGGACCTCTCAAAAGAGCGTGAGGTTGTAAAGCTGCAAGCCAGTGAAAATCATGAACTTAGAAATCATATTGAAGATGCCTTGGTGGCAAGGAAACTGGCTGAGGAGGAACTAAAAGAGAGAATGAAGATAACAAATAATTTAGAGTATGAAATCTTGGAAATGAGCAGTGTTCTTGGACAAATGAACGATTCAATTAAAAACCTGAGTGTTGATAGGGATGCACTAACTATTCAGAGGGATCAACTTCAGGGTCAGGTGATTTTACTCAACGAAAGATTTGAAAAAGCTGCAGCACAAGCTGAAGCTAATGAAGCAATTGCACAAGATGCTCAGAAGATGGCAGAAGCAAGAAAAGTCTATGCTGAAGACAAGGAGGCAGAGGTTGAACTTCTTGAGAGATCTGTTGAAGAGCTGGAAAGTACTGTAAATGTACTAGAAAACAATGTTGACTTCATAAAAGGAGAAGCAGAACGACAGCGGCTGCAAAGAGAAGATCTAGAAATGGAGCTATGTGCATTAAAAGATCAGATGCAAAATCTAAGAAATGCCGATGATGATATAAAAAGATTTTTGGATGAAAAAGACAAAAGCCTTGAAGAAGCCCAAAAACACATGCAGGTTCTGAAGAGTGATATAGCAGGAAAAGATGCAGAGGTTGCACAATTGAAAGCTCATATTTCAGAGCTAAATTTGTATGCTGATGCACAGGCAATGGAGCACAAGCAGAAATTCAAAGCATTGGAAACGATGGCCGAGCAAGTCAAACCTGAGGGCATTTCCACCCATTCCACCAATGCTCTGTCAAACAACAAGTCTGAGAAGAATCCGACCAAGTCTCGAGGTTCTGGTTCTCCTTTCAAATGTATTGGATTGGGATTGGCACAACAGGTTAAATATGAAAAGGTTGAAGAGCTGTCTGCTGCAAGACTGCGCATTGAAGAACTAGAATCTCAAGCAGCATGTCGACAGAAAGAGATATTTTCACTGAATGCCAGATTAGCAGCTGCTGAGAGCATGACCCATGATGTAATTCGGGACTTACTTGGAGTAAAGTTGGATATGACTACTTATGTGTCACTGCTGGATAATCATCAAGGACAGAAGATTGCAGAGAAAGCTCAATTCCTTACTCTAGAGCCTCAAGAGAAGGAACAGGAAGTTACTAAACTAAAGAAGCAGCTTAATGAATTTATTGAAGAGAGGAAAGGATGGCTGCAAGATATCGATAGAAAACAAGCGGAATTAGGAGCTGCACAGATTGCATTGGAAAAACTTCGGCAGCGAGACCAGTTACTAAAAACTGAAAATGAATTGTTGAGGATGGAGAATGCCTGCAATAAGAGTAAAGTAATTGAGCTGGAGGAAGAAATGAAGAAGCTGTCGGGTCAGCAAAATCTTCAGCAGCGTATCCATCATCATGCAAAAATTAAGGAGGAAAACAACACGTTAAAAATACAGAATGAACAACTCGACGCAAAGTTACGCCGGGCAAATAAATTCATTTCACGTGTCCAAGAATACATTCCTCGCCTTCGTGCTTCTACTGGGTCAAATGAATATATTGACTTTGATGGGGAGGAACGTCTGAGGAAAATGCTGAAGGAGATCGAGGAAGAGAACATACAATTAGCACAACAGTTACTGAGATTGTCATCTAATGTTCTAAAGGCTGCTGGAATAGAGAAACCAATGTCAGATGTGCATCCTTCTATCGTTGAGGAGGCTCTAGATGAGCTCAAGAATAGGATAACTTCCCTGGAAATGGAACAAGAAAATTTGAAGTTTAAGAATAAAGTTATGAAAGAAAAGATTCGTTTATCTGAACTCATGCCACAAGCTTCTCCTTTGAGCTCAAGATCTGAAGAAAACCGAATAACTCCAAGGGCAAGCAAAGCTCCATTTCTTTCCAGTTTTGATCGATAG 8613 0.3927 MLKDSKLPRRNLVKNDEIENLDPSDSSVATNPRCIEASRPPLNTIQDLERTPSKATKRKAGPALRTPERSLQLKPRFAWPQRNDTVSSMIDDRRGSGIGNATPRVNRTAVRACSESNSTQSTPTKSVTKPPVSSMSVRGKGDGSSFSVRLGNYAALYKGGSSASCTPVVVNSVEVPHFDLKEDSSFWINHNVQVIIRVRPLNSMERSIHNYNRCLKQESSQCITWIGQPENRFTFDHVACETVDQEMIFRMAGLPMVENCLSGYNSCMFAYGQTGSGKTYTMLGEIEDLDVKPSPHRGMTPRIFEFLFARIQAEEESRRDENLKYNCKCSFLEIYNEQITDLLDPSSTNLLLREDVKKGVYVENLSEFEAQSVSDIIRLLIQGSANRKVAATNMNRESSRSHCVFTCVIESTWEKDSTTNYRFARLNLVDLAGSERQKTSGAEGERLKEAANINKSLSTLGHVIMILVDVANGKQRHIPYRDSRLTFLLQDSLGGNSKTMIIANVSPSICCASETLNTLKFAQRAKLIQNNAVVNEDSSGDVIALKHHIQLLKEEISALKQCQNVSRQLSFRDMKQSAEECCFKYEPEMDEQLDDNMLGFESKGTRMSHKQLESLKTTLAGALRREQIAESSIRQLEAEIELLNCLVRQREEETMSCKMMLRFREDKIRRLESRVVGSITADQFLKEDNKALSDEIQLLQGKIDQNPEVTRFAKENIRLQEQLRRYEEFYGEGEREILLSEVSSLRAQLLQFLERNSVQGDSDYGTQSQLKSALDKLEECRHNLNYCLEENARLNRELESFQSVFNNTNATKVSEAQALPSKMAVKHEPQLLKQTDDVLDLHLELDIIKIILKEERTSRGMLEERATFLNDEILMEKDKLLLSNKQLEEANSELNMTKSVIEALESQQILSLKEIEDMQIKNNNYLELVRKQEHEIMALKNQLARTDNILSSNHSKVDHGYPLQVRFRRMHDSLEKAKQLNMFYQSDRALQISNEEEMDEVRRQAEAETAEVIVCMQEELAQLQHQVNDSHQKEIEMKESMLQLETELKDVKEKLLTTVDDNQSLSEELWQRDSALKSLAEECELLTSEIEEILSDGCQALDDASDVLGHFSNSFPQKRIWISEQVGMMVRKISEKELLIEELGRCLEDASNKRSDMESMLKSLRSATLVITEAHQKESAEVEKEILLLASQLSEKTSTVKQMEEQLILAEDQIRKTSKCATVAFVVVNRLSDVNRGYLVDLKDKDILLGELEEISDRKDAILIDQSTSLEQAERQIAELQEKCDKLLQKLTEEKEHSYALEQKLEDIEKNVISETREQLITLQDGVSSIRSSMASFADNSECLDNRNLLDVSTSNYDDNGESRTSSETHHQIDEMADSTFKLVNSGYDKKDCKSRNVSKDARERDVTITLLRKEIECALESLKAVQDEITKLHSEKKEMSICEKQSRESIKCLTTQILALQAAVGHFEEQSKVKVEVLSCKLKNLDTTLKEAMSHWNKTKELLELEVGEAKIVQVQKAEEAYCILAKFEEAQETMKEADIMINELVIANESMKIDIENLKEREVTLLSEKDILFNKVKSLQTVVDLKHQEIDDLVESNLMETRGLVMMVDDVIKEVQMMMKENFISLDCDMKCFKSQFLCSTKLIQPWLEKIWSEIINKDWAMSVLHLCHMGVLLETVTGMHAENGLLSHGLCESNSVICDLKEQNFRTRQELEMCRMLKEKLIADIQNSFDRITRKEVEAGEITIKLNTFAKNLTDLQLQEEMMLQRSNEMGSQLAMLMRELDLSNTDAVISLLDQEKLLKQKVEATESQAEFLMVDWYAKEFELLVHASEFKNMACNISDMEDHFVKYSTLIEQLKKESIFFQVETELAEQVLMDKEVEVSLLKREVQQEKVQKENLLMELKQNILSITEMGEVNKVLEQNIELLKDTESQAEFFMADWYAKDFELLIRASEFRNMTCNISDMEEHFVKYSTLIEQLKKETIFFQVETELAEQVLVDKEVDVSLLKREVQKEKVEKQNLLLELKQNILSIAEMGQVNKVLEQNTELLKDVTCSNTALKGDLVVVKESEKRLLDKLQDLEVGYDKVIGDAIAKDVTSEFSFNLIFSLEDQLGELKSTNYMLENSCCNLKNELHLRDSEITRIQSLLQLELSRKEDVIKGLLYDLSLLQESASNSKDQKDEMEEMVATLEALESELTVKSGELAAVVANCQLLEAQLIDKSSRVTALELDLSKEREVVKLQASENHELRNHIEDALVARKLAEEELKERMKITNNLEYEILEMSSVLGQMNDSIKNLSVDRDALTIQRDQLQGQVILLNERFEKAAAQAEANEAIAQDAQKMAEARKVYAEDKEAEVELLERSVEELESTVNVLENNVDFIKGEAERQRLQREDLEMELCALKDQMQNLRNADDDIKRFLDEKDKSLEEAQKHMQVLKSDIAGKDAEVAQLKAHISELNLYADAQAMEHKQKFKALETMAEQVKPEGISTHSTNALSNNKSEKNPTKSRGSGSPFKCIGLGLAQQVKYEKVEELSAARLRIEELESQAACRQKEIFSLNARLAAAESMTHDVIRDLLGVKLDMTTYVSLLDNHQGQKIAEKAQFLTLEPQEKEQEVTKLKKQLNEFIEERKGWLQDIDRKQAELGAAQIALEKLRQRDQLLKTENELLRMENACNKSKVIELEEEMKKLSGQQNLQQRIHHHAKIKEENNTLKIQNEQLDAKLRRANKFISRVQEYIPRLRASTGSNEYIDFDGEERLRKMLKEIEEENIQLAQQLLRLSSNVLKAAGIEKPMSDVHPSIVEEALDELKNRITSLEMEQENLKFKNKVMKEKIRLSELMPQASPLSSRSEENRITPRASKAPFLSSFDR* 2871
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Mal7g3405 2870 Coils Coil 777 797 - -
Mal7g3405 2870 Coils Coil 1147 1167 - -
Mal7g3405 2870 ProSiteProfiles Kinesin motor domain profile. 191 528 IPR001752 GO:0003777|GO:0005524|GO:0007018|GO:0008017
Mal7g3405 2870 PANTHER KINESIN-LIKE PROTEIN KIF11 69 2870 - -
Mal7g3405 2870 Coils Coil 2351 2448 - -
Mal7g3405 2870 MobiDBLite consensus disorder prediction 110 142 - -
Mal7g3405 2870 Coils Coil 2756 2783 - -
Mal7g3405 2870 Coils Coil 1876 1907 - -
Mal7g3405 2870 Coils Coil 1013 1054 - -
Mal7g3405 2870 PANTHER KINESIN-LIKE PROTEIN KIN-12F ISOFORM X1 69 2870 - -
Mal7g3405 2870 Pfam Kinesin motor domain 197 528 IPR001752 GO:0003777|GO:0005524|GO:0007018|GO:0008017
Mal7g3405 2870 Coils Coil 2806 2826 - -
Mal7g3405 2870 Coils Coil 1263 1311 - -
Mal7g3405 2870 Coils Coil 2295 2315 - -
Mal7g3405 2870 MobiDBLite consensus disorder prediction 110 141 - -
Mal7g3405 2870 Coils Coil 2320 2340 - -
Mal7g3405 2870 Coils Coil 2703 2726 - -
Mal7g3405 2870 MobiDBLite consensus disorder prediction 1 21 - -
Mal7g3405 2870 SMART kinesin_4 189 536 IPR001752 GO:0003777|GO:0005524|GO:0007018|GO:0008017
Mal7g3405 2870 Coils Coil 2005 2029 - -
Mal7g3405 2870 Coils Coil 915 949 - -
Mal7g3405 2870 Gene3D Kinesin motor domain 187 540 IPR036961 -
Mal7g3405 2870 Coils Coil 2624 2674 - -
Mal7g3405 2870 MobiDBLite consensus disorder prediction 1 66 - -
Mal7g3405 2870 Coils Coil 870 907 - -
Mal7g3405 2870 CDD KISc_KLP2_like 190 538 - -
Mal7g3405 2870 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 191 564 IPR027417 -
Mal7g3405 2870 Coils Coil 2528 2562 - -
Mal7g3405 2870 MobiDBLite consensus disorder prediction 2486 2512 - -
Mal7g3405 2870 Coils Coil 619 653 - -
Mal7g3405 2870 Coils Coil 1193 1213 - -
Mal7g3405 2870 Coils Coil 1543 1563 - -
Mal7g3405 2870 ProSitePatterns Kinesin motor domain signature. 424 435 IPR019821 GO:0003777|GO:0005524|GO:0007018
Mal7g3405 2870 PRINTS Kinesin heavy chain signature 478 499 IPR001752 GO:0003777|GO:0005524|GO:0007018|GO:0008017
Mal7g3405 2870 PRINTS Kinesin heavy chain signature 425 443 IPR001752 GO:0003777|GO:0005524|GO:0007018|GO:0008017
Mal7g3405 2870 PRINTS Kinesin heavy chain signature 263 284 IPR001752 GO:0003777|GO:0005524|GO:0007018|GO:0008017
Mal7g3405 2870 PRINTS Kinesin heavy chain signature 392 409 IPR001752 GO:0003777|GO:0005524|GO:0007018|GO:0008017
Mal7g3405 2870 MobiDBLite consensus disorder prediction 2840 2870 - -
Mal7g3405 2870 MobiDBLite consensus disorder prediction 2486 2513 - -
Mal7g3405 2870 Coils Coil 1409 1436 - -
Mal7g3405 2870 Coils Coil 2246 2266 - -
Mal7g3405 2870 Coils Coil 1076 1096 - -
Mal7g3405 2870 Coils Coil 2166 2196 - -
Mal7g3405 2870 Coils Coil 1963 1983 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Mal7g3405 Mal-Chr7 98977383 98993194 Dispersed/Transposed
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Mal7g3405 191 560 Miscellaneous Gene Families AT2G21380 38.947 7.35e-60 224
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Mal7g3405 K10400 - gmx:100809655 3635.11
       

Event-related genes

Select Gene_1 Chr_1 Start_1 End_1 Gene_2 Chr_2 Start_2 End_2 Event_name
Mal7g3405 7 98977383 98993194 Mal7g3405 7 98977383 98993194 ECH