Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Adu05g00020 ATGTCCTCCTCTCTACCTCCGCCGCAATCCGTGGCTTCCAAGGTTCAGCGATTGAAGGACAATGTTAAGCTTGCTAGAAAAAACTACTTGCAGTTAAGACAAGAAGCAACTGAACTTCACGCATATGCAAATGCAAAGCTTGATCGAGTTACACGATATCTTGGTGTTCTTGCTGAGAAATCCCGCAAGTTAGATCAAGCTGCCCTTGAAACTGAAGCAAGAATATCTTCAATGATCTATGAGAAAAAGAGATTGTTCAATGACTTATTGACATCCAAAGGCAACATACGTGTTTTCTGCCGCACAAGACCATTATTTGAAGATGAAGGTCCTTCAGTCATTGAATTTCCCAATGATTTTACTATCCGTGTAAATACCGGTGATGAATCCTTGTCTAACTCCAAGAAAGATTTTGAATTTGACAGAGTTTACGGTCCTCATGTTGGACAGGCTGAGTTGTTCACTGATGTTCAGCCACTAGTGCAATCAGCATTGGATGGATATAATGTTTCAATATTTGCATATGGACAAACCAATTCTGGAAAGACGCACACAATGGAAGGACCAGACTATGATCGAGGTCTATATGCTCGTTGTTTTGAGGAGCTGTTTGATTTAACCAACTCAGATTCAACTGCCACTTCTCAGTACCAATTTAGCATTACCGTTTTTGAGCTCTATAATGAACAGGCTAGAGATCTTGTCTCGGTGTCAGGGAAAAGCAAGCCTAAAGTCTCTTTTGGATTGCCTGAATGTTTCATAGAACTAGTGCAGGAAAAAGTTGATAACCCTCCAGAGTTTGTTAGGGTTTTGAAAGCTGCATTTCAGAGTCGAGGAAATGATACACTAAAGATTAATGTTTCTCATTTGATTGTCACAATACACATATTTCATAACAATTTGATCATCGGTGAAAACTCATATAGCAAACTCTCTCTTGTTGATTTGGCCGGAAGTGAAGGTTTAATAACGGAAGATGATAGTGGTGAGCGTGTCACAGATTTGCTGCATGTTATGAAGTCACTTTCAGCTTTGGGAGATGTTTTGTCTTCTTTGACCTCAAAGAAGGATGCTATTCCTTATGAGAACTCAGTGATAACAAAACTGCTTGCAGACTCGCTTGGTGGGAATTCAAAAACACTGATGATAGTGAATCTATGTCCAAATATTTCAAATTTATCCGAGACATTATCGTCTGTCAGTTTCTCTGCCAGAGCACGAAATTCTGTACTAAGCCTTGGAAACCAAGATACAATGAAGTGGGGAGATGATGCGAATGATTCCCGGAAGGAATTGTATGCAAGAGAGAAAGAAGTCCAAGATCTGAAGGAAGAGGTTCTGGGACTTAAGCAGCTGCTTAAAGACGCAAATGATCAGTGTGTTCTACTCTTCAATGAAGTTCAGAAGGCATGGAAAGTTACTTCTACATTGCAGACAGATCTAAAGGCAGAGCATATTCTTCTGGAAGATCATAACATAGAGAAAGAACAAAGTGCTCAGCTTAGAAATCAAGTTTCTCGTCTGTTACAGTTAGAGCAAGAACAAAACTTGAAGATACAACAGCGGGATTCAACCATCCAAACCTTGCAGGCTAAAATTGGAACCCTTGAAGCACGATTCAATGAAGCTCTTAGATCCAGCAGCACTGGGTCAAATGGCATGAATTCCATTGGTAGTGGGAATGACATGAATTCTTCTACAGTAAACATGAAGCTGGAAGCAGAACTCAAGAAACGTGATGCTCTAATTGAGAGGTTGCACGAAGAAAATGAGAAATTATTTGATAAATTAACAGAGAAAAAGTCTTTGTCTGGATCGCCTCAGTTTTCAAGTACATCATCCAAGGGATCAGTTAATGTTCAGCCTCAAAATATAGGGAGCAATAATACAAGATCTCGTTCCATGGATGTTCTTCCTTCACCCTTGGTGACAGATAAAAATGGTGGCGCATTTGCTATAGTTAGATCTGGATCTGAGAAAGATAAGGTTACCCCAGCGGGTGAATATCTTACTGCTGCCCTGAATGACTTTAATCCAGATCAATATGATGGCCATGCTGCCATTGCGGATGGTGCAAACAAGCTTCTGATGCTGGTTCTAGCTGCAGTCATTAAAGGTGGTTCCTTCAGGGAACATGAGATGCTTGCTGAAATTAGGGATGCTGTTTTCTCTTTTATTCAGAAAATGGAGCCAAAGCGAGTAATGGATACAATGCTTGTTTCCCGTGTTAGAATCCTCTATATACGATCTTTGATTGCTAGATATCCAGAGTTGCAATCCATTAAGGTTTTGCCAGTTGAGTGCTTTCTAGAAAAGGCTAATGCTGGACGCAGTAGAAGTTCCAGCAGAGGGAGTAGTCCTGGAAGATCTCCTGTGCAGTATTTTGATGAGCAGATTCGAGGATTTAAAGTGAATATAAAGCCTGAGAAGAAGTCCAAATTTTCATCTGTTGTTTTGAAGATTCGTGGAATCGATGAGGACACCTGGAGACAGCAGGTAACTGCTGTAAAGTTGAGGGAAATTACTGAGGAAGCGAAAGGTTTTGCAGTTGGAAACAAGCCTCTTGCTGCACTATTTGTACATACTCCTGCAGGTGAGCTGCAGCGTCAAATTAGAATCTGGCTTGCAGAGAGCTTTGATTTTCTCTCTCTTACTGCAAATGATGCACCTGGGGGATCAACTGGTCAGTTGGAGCTTATTTCAACTGCAATTATGGATGGTTGGATGGCTGGACTAGGTGCTGCTCAGCCTTCCAACACCGATGTACTTGGCCAACTACTACTTGAATATTCGAAATGTGTCTATACTTCCCAACTGCAACACTTGAAGGATATTGCTGGTACCCTGGGAACAGAAGAGGCCGACAATGCAGCACAGGTGGCTAAGTTGCGTTCAGCTCTAGAATCTGTTGATCTCAAAAAAAGAAGGATTTTACAACAAATGAGAAGTGATGTAGCTTTATTTACACTGGAAAATGGTGATTCACCTGTGCAAAGTCCTTCTACTGCCGCAGAAGATTCACGATTGGCATCTCTCATTTCACTTGATAGCATATTGAAGCAAATAAAGGATATAACAAGACTTTCTAATATGAATACCATCGGGAGAAGTAAAAAGAGAGCAGTGTTAGTTTCTCTTGATGAACTAACACAACGGATGCCTTCCCTTCTTGAAATTGATCAACCCTGCGCTCAGAGGCACATCGCAGATGCTCGCCGCATGATTGAGTCAATTCCTGAAGATGAAAGCAGTATAGGCAAACCAGTAACAGACCTGGGTTCTGGCTCTGAAACTGATGCGACACAGTGGAACGTCCTCCAATTTAATACTGGCAATACCTCACCATTTATCATCAAATGTGGAGCAAACTCAAATTCAGAACTAATAATCAAAGCTGATGCTCGAGTTCAGGAACCTAAAGGAGGTGAGATCGTGAGGGTCGCACCTAGACCATCCGTGTTGGAAGATATGAGCTTGGAGCAAATGAAACAGGTATTTGCGGAACTACCTGAAGCTCTAAGCTTGCTTGCTTTGGCAAGGACGGCAGATGGCACTCGAGCACGATATTCTAGATTATATAGGACTTTAGCCATGAAGGTTCCATCCCTTAGGAACCTGCTCTCCATGACAATGGATATATGTCAGTGTGTCACAAATACAGCACAGAGGCAGAGAAGCAGATGCTTTGATTCATTGCTTTCGCACTCAGAAAAGAAAATGTCGGTGCCTCGAACATCGTGCACTAAGCTAACACTCATAACCGTAGCAGCAGTCATCTTGCAGTTCTTCGGCCTCTCCGTTTTCCTCTTCGCCTTCTTCCCCGTCAAACCCACCCTCTCCGGCCACAGTGGTTTGGAGAGTCTCCGACCTCCATCCTGCAACGCTGGTGGCGCTTCAAATCGGAGCGAGGCTTCTCTGCCTCCTGATCGGCTCAGGTCGTTGTATCAGGAAGTATCTGAGATCCTTCCTCCATATGATCGACTCATCTTAATGGTAATTGATGCTCTTCCGGCAGAATTTGTGCTTGGCAAGAATGGGAAGCCTCCAAGAAAGGCTTTTATGGAAGCCATGCCATATACCCAGTCATTGTTGGCAAATGGTATGGCTGTTGGATATCATGCAGTAGCTGTGGCTCCAACCGTTACCATGCCTCGTTTGAAGGCAATTGTTTCTGGAGCAATTGGTGGTTTCCTGGATGTGGCATTCAACTTTAATACCCAGGCTTATTTAGATGACAATCTTCTTGCACAGTTCTTTAAGATTGGGTGGAAAATGGTCATGCACGGTGATGATACATGGCTAAAGTTGTTTCCTAGTTTTTTCGCAAGACATGATGGAGTTGGCAGTTTTTTTGTTAAAGATACTGTGCAAGTAGACCAAAATGTGTCTCGACATCTTGGTGAAGAGCTTAGCAGAGATGATTGGAACATTCTGATTCTTCATTATCTAGGCTTGGATCATGTTGGACATATCGGTGGCCGCAACAGTGTGTTAATGGTTCCAAAACTTTCTGAAATGGATGAAGTGGTGAAGATGATTCATACGAAGACCTCTCAAACCCTAGGAAAAGAGCAGGGACAGACACTTCTGGTTGTTGTCAGTGACCATGGAATGACTGAGACTGGTAATCATGGTGGTTTCACATATGAGGAGACAGACTCACTAGCTCTATTTATCGGCCTGAAAAACCATGCCTCTTACCATGCATTCTCCAATCATGACACAGTATCTCAGGTTGATATTGCACCTACACTTGCTTTACTTTTTGGTGTGCCAATACCTAAAAATAATATTGGCATTTTGATCTCCCAAATGATGGACTCTCTGACAGATGAACAAAAGTTGAGGGCACTGCAGTTGAACTCATGGCAGCTATTCAGATTACTTCAAGCACAGTTGCCTGGTTTGTCTTGCAGAAATTTTCCATGTGATGGCTTTGTTTCCGATGGTGGACCCTCAGTTGGTGAATGCAAAGGTAGTGACGAGAAATTGTTTTGTTGCTTGTATTTAAACGCCGCCACTCTTCATGATGGTTGGAAGGCTAAAGTAGCCAACAGGTCTAGTCATGGAGAAGGCTACAGTGGCATTACTGCAGCATATAATGAGTTTTTGAGCAGAGCTCATGAGTGGCTATCACGCAAAGCAACTGATAAACCAGTGAGTTTACTTGTTCTTGGACTTTCTGCTTTGATCACATCATCCTTAATACTTCTGAGACATGTATTCATCATCCACAAAGAAGTTCCTGCTGGGGGAATACAAGATGCTGGCAATAATATGAAGCAATGGAATTTGGATGAGGTTTTCATCTTGTTTAGCATCATCATCGTTGCAATGAGTATGGAATCGAGTTCCATGGTTGAGGAAGAGCATTATATTTGGCATTTTCTAACTGCTACCGTTATTTTGTTATTTCTTCGGAAATCAATAGCATCATCGAAACTTAATAAACCACATGATCATCTCAATTCAGTAAAGGGACGAAATATATCAGGATGCTACCAAATGAGTTCATTATTGCTTATTCTTTTTTGTGGAAGAATTTTGAGGGGCTGGCATCAAGGTGGTGTGAATTGGACTTACCTTCCTGACATTTCAAAGTGGCTTGAACAGGCTGGCAATCATTATATAACAATGATTCGTCTAGCATCATGTGTTATGATAATCATTTTAGCCGCACTTGTATTGTACTTCATGCAGTCCAAAATGAAAGTTGTAATGGTGACTGGTTTGAGCTTGTTGGTGTCGGGGTTTTTGATATTGCAACATTTCTTGAAACATCCAGAGCTCTCTGCAATAGACAACAAGGACACTACCTTATCGATACAAATATTTGATGCCATTCATGGAACCATCTCTGTTATAGTTGCATTGATTTTGCCATGGACTATTCCCATTAAGACTCCTGAAATGTCCTCGAGATGGAACTCCTATGTACATGATGCTGCTCCTGTTGAGACTCAGAGCATGGCAACAAATTTAGTGTTAAAAGATTGCTTGTACGTGGTGGGGTGCATGTACGTAACTTCCTGGTGTCTTCTGCAGTTGTTACTCCAACATCCCATGAATGCAATGCCGGTTTTCTTACTCTATGTTCAAGTTGTGGCCAGCATGCAAACTTTTTCTTCATGGCTACATCATAATCAGTGGGTTGAGATTACATTGCTGTACAGCATGGGAATGGCAGGACATTTTGCTCTTGGGAACAGCAACACGCTAGCTACCATTGATGTTGCCGGAGCTTTTATTGGAATTTCAAGTCACTCAACCTTCCTTTCAGGTGTTCAAATGTTCATGATTACTTATGCATCCCCAATGCTGTTCCTTCTTAGTATGGTTATGTACATCTCCATCAAGATGTCAATAAATCTTCCAGTTACCAAGGAGGGAAATTCCGGAGAAATTCTCAAGAATCTTCTTGTATTTCCTTGTCTAGTTCCTCTGAGCATAAATTCTGTTCTCTTGACTTCATACACTATTGTCTTGCTGATGATGAGGAACCATTTATTTATATGGAGTGTCTTTTCTCCCAAGTACCTTTATGTTTGTGCTGCAACGGCCTGTGTGTATATTGGGGTCTTCATTGTAGCTGCAACAGTGAGTCATACATATGTGGTGCTTTTTCATCTGAGAAAGAGCTTCCGCATAACTAGCAAGGAAAATGGTACGCGCGATTAG 6678 0.4179 MSSSLPPPQSVASKVQRLKDNVKLARKNYLQLRQEATELHAYANAKLDRVTRYLGVLAEKSRKLDQAALETEARISSMIYEKKRLFNDLLTSKGNIRVFCRTRPLFEDEGPSVIEFPNDFTIRVNTGDESLSNSKKDFEFDRVYGPHVGQAELFTDVQPLVQSALDGYNVSIFAYGQTNSGKTHTMEGPDYDRGLYARCFEELFDLTNSDSTATSQYQFSITVFELYNEQARDLVSVSGKSKPKVSFGLPECFIELVQEKVDNPPEFVRVLKAAFQSRGNDTLKINVSHLIVTIHIFHNNLIIGENSYSKLSLVDLAGSEGLITEDDSGERVTDLLHVMKSLSALGDVLSSLTSKKDAIPYENSVITKLLADSLGGNSKTLMIVNLCPNISNLSETLSSVSFSARARNSVLSLGNQDTMKWGDDANDSRKELYAREKEVQDLKEEVLGLKQLLKDANDQCVLLFNEVQKAWKVTSTLQTDLKAEHILLEDHNIEKEQSAQLRNQVSRLLQLEQEQNLKIQQRDSTIQTLQAKIGTLEARFNEALRSSSTGSNGMNSIGSGNDMNSSTVNMKLEAELKKRDALIERLHEENEKLFDKLTEKKSLSGSPQFSSTSSKGSVNVQPQNIGSNNTRSRSMDVLPSPLVTDKNGGAFAIVRSGSEKDKVTPAGEYLTAALNDFNPDQYDGHAAIADGANKLLMLVLAAVIKGGSFREHEMLAEIRDAVFSFIQKMEPKRVMDTMLVSRVRILYIRSLIARYPELQSIKVLPVECFLEKANAGRSRSSSRGSSPGRSPVQYFDEQIRGFKVNIKPEKKSKFSSVVLKIRGIDEDTWRQQVTAVKLREITEEAKGFAVGNKPLAALFVHTPAGELQRQIRIWLAESFDFLSLTANDAPGGSTGQLELISTAIMDGWMAGLGAAQPSNTDVLGQLLLEYSKCVYTSQLQHLKDIAGTLGTEEADNAAQVAKLRSALESVDLKKRRILQQMRSDVALFTLENGDSPVQSPSTAAEDSRLASLISLDSILKQIKDITRLSNMNTIGRSKKRAVLVSLDELTQRMPSLLEIDQPCAQRHIADARRMIESIPEDESSIGKPVTDLGSGSETDATQWNVLQFNTGNTSPFIIKCGANSNSELIIKADARVQEPKGGEIVRVAPRPSVLEDMSLEQMKQVFAELPEALSLLALARTADGTRARYSRLYRTLAMKVPSLRNLLSMTMDICQCVTNTAQRQRSRCFDSLLSHSEKKMSVPRTSCTKLTLITVAAVILQFFGLSVFLFAFFPVKPTLSGHSGLESLRPPSCNAGGASNRSEASLPPDRLRSLYQEVSEILPPYDRLILMVIDALPAEFVLGKNGKPPRKAFMEAMPYTQSLLANGMAVGYHAVAVAPTVTMPRLKAIVSGAIGGFLDVAFNFNTQAYLDDNLLAQFFKIGWKMVMHGDDTWLKLFPSFFARHDGVGSFFVKDTVQVDQNVSRHLGEELSRDDWNILILHYLGLDHVGHIGGRNSVLMVPKLSEMDEVVKMIHTKTSQTLGKEQGQTLLVVVSDHGMTETGNHGGFTYEETDSLALFIGLKNHASYHAFSNHDTVSQVDIAPTLALLFGVPIPKNNIGILISQMMDSLTDEQKLRALQLNSWQLFRLLQAQLPGLSCRNFPCDGFVSDGGPSVGECKGSDEKLFCCLYLNAATLHDGWKAKVANRSSHGEGYSGITAAYNEFLSRAHEWLSRKATDKPVSLLVLGLSALITSSLILLRHVFIIHKEVPAGGIQDAGNNMKQWNLDEVFILFSIIIVAMSMESSSMVEEEHYIWHFLTATVILLFLRKSIASSKLNKPHDHLNSVKGRNISGCYQMSSLLLILFCGRILRGWHQGGVNWTYLPDISKWLEQAGNHYITMIRLASCVMIIILAALVLYFMQSKMKVVMVTGLSLLVSGFLILQHFLKHPELSAIDNKDTTLSIQIFDAIHGTISVIVALILPWTIPIKTPEMSSRWNSYVHDAAPVETQSMATNLVLKDCLYVVGCMYVTSWCLLQLLLQHPMNAMPVFLLYVQVVASMQTFSSWLHHNQWVEITLLYSMGMAGHFALGNSNTLATIDVAGAFIGISSHSTFLSGVQMFMITYASPMLFLLSMVMYISIKMSINLPVTKEGNSGEILKNLLVFPCLVPLSINSVLLTSYTIVLLMMRNHLFIWSVFSPKYLYVCAATACVYIGVFIVAATVSHTYVVLFHLRKSFRITSKENGTRD 2225
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Adu05g00020 2225 MobiDBLite consensus disorder prediction 597 634 - -
Adu05g00020 2225 PANTHER KINESIN-LIKE PROTEIN KIN-14A-RELATED 7 1197 IPR030109 GO:0008017|GO:0009904
Adu05g00020 2225 Gene3D Kinesin motor domain 39 409 IPR036961 -
Adu05g00020 2225 Coils Coil 425 459 - -
Adu05g00020 2225 Pfam Kinesin motor domain 101 408 IPR001752 GO:0003777|GO:0005524|GO:0007018|GO:0008017
Adu05g00020 2225 PRINTS Kinesin heavy chain signature 359 380 IPR001752 GO:0003777|GO:0005524|GO:0007018|GO:0008017
Adu05g00020 2225 PRINTS Kinesin heavy chain signature 310 328 IPR001752 GO:0003777|GO:0005524|GO:0007018|GO:0008017
Adu05g00020 2225 PRINTS Kinesin heavy chain signature 167 188 IPR001752 GO:0003777|GO:0005524|GO:0007018|GO:0008017
Adu05g00020 2225 PANTHER KINESIN-LIKE PROTEIN KLP-3 7 1197 - -
Adu05g00020 2225 Pfam GPI ethanolamine phosphate transferase membrane region 1766 2198 IPR045687 -
Adu05g00020 2225 Gene3D Alkaline Phosphatase, subunit A 1326 1619 IPR017850 -
Adu05g00020 2225 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 70 408 IPR027417 -
Adu05g00020 2225 SUPERFAMILY Alkaline phosphatase-like 1326 1602 IPR017850 -
Adu05g00020 2225 Coils Coil 15 35 - -
Adu05g00020 2225 MobiDBLite consensus disorder prediction 545 564 - -
Adu05g00020 2225 Coils Coil 526 546 - -
Adu05g00020 2225 MobiDBLite consensus disorder prediction 601 634 - -
Adu05g00020 2225 SMART kinesin_4 93 417 IPR001752 GO:0003777|GO:0005524|GO:0007018|GO:0008017
Adu05g00020 2225 Coils Coil 494 514 - -
Adu05g00020 2225 CDD GPI_EPT_2 1323 1602 IPR037674 GO:0006506|GO:0051377
Adu05g00020 2225 ProSitePatterns Kinesin motor domain signature. 309 320 IPR019821 GO:0003777|GO:0005524|GO:0007018
Adu05g00020 2225 Pfam Type I phosphodiesterase / nucleotide pyrophosphatase 1464 1542 IPR002591 -
Adu05g00020 2225 Coils Coil 569 603 - -
Adu05g00020 2225 ProSiteProfiles Kinesin motor domain profile. 95 409 IPR001752 GO:0003777|GO:0005524|GO:0007018|GO:0008017
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Adu05g00020 Adu-Chr5 216031 241004 Wgd
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Adu05g00020 82 410 Calmodulin-binding Proteins AT5G65930 37.391 1.30e-49 192
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Adu05g00020 - - gmx:100790504 1842.4