Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Arst9g01600 ATGGCTGGTATTCACAAAATTGCTGACATCAATCCTACAATCGATAATTTGTGTGTACGTATACGAGTGATATGGTTATGGACACTACCAAGTTACGAAAATTCTCCATTGCCATACTCAATTGAGATGGTTTGGCTCGATGAAGACGGAGGAAAAATACACGCCTCAGTTAAGAAGGCTTTTGTGTCTCGATTCGTGAATTTGCTGGAGGAAGGAATATCTTACCAAATAAGATATTTTGGTGTTGGACTCAATAAGGGTTACTTCAAGACTACACATCATGAATACGTGGTTAATTTAAACCAACATACTGATGTGCACAGACTTCCAGAATCGTCGAGTATCCCACGACATGGATTTAAGTTTGTGAGTTTTGACACTCTCAATGCTCCTGGGTATGATTGCACCTATTTAGTTGATGTTGTTGGATATCTTACTGGAATTGGGAATGAGAAGACTCTTGAAAAGGATGAAAAATCTACCAAATATACTGTTATCGAATTAGAGATTGATGATGGATCTGGCAATAAGAATGGAGCTGTTGTCGTCTTACAGTTTGTTAGAGTGAAGTTATTTAACGAAAAGATTGTTTTACAAAATTCCATGTATGGCACAAAGATGTTCTTCAATCTTGAAGATACAGCTGTCATCCAATTTAAAAATAGCTTTGTAAGATTTGAAGAATCTAGAGGTAATATCAGCGGAATTCCAAATGAGGCTGCATTCTTAAAAATTTATCAAGGCAAAACCATCGAACAGTTAAAAGAATTCGATACTAATTCTATTTGTGTTGTCTTGACTACTATAAGTCATATTATGAATACTCCAGATTGGTATCGAATAAAGTTTGGTGTCATTGATGATTCTGACTGTGCATGTTTTGTAGTCTTTGACAAGGAGGCAAAACAAGTTTTGGGAAAGAGCTGTGTAGAGATACTTGATCCACTCCTATTGAAAGGAGATTTATCGGATACACCTACACTTTTGCTCAACCTAATTGATAAGACCTTTCTCTTCATCATTGAAGTTCAAATATCTGATAATCCACATTTTTCACCTTCTTATAAAGTTAAGAAGATGACTGATAATGTGGACCTCATAAATAAATTTAAAGAGGCTCACCCTATTCAAATTAATTTGTTGCTTGAATTCTCCAATGAAGTTGCTGCCAATGATGAATCCGAATTGTTGGAAAATGCTATTACACCAACTAAGCGATTATCCTCGGAGTCGGAAGAATCGAAGCACAATAATAGAGGAAATTCGAGTGATGGTTCCAATGATGTGCATTTTCAATCAGTGTTGTCGAACATTACAAATGGACTCAATACAGATAATAACCCAACACCATATCGATCAAGGTCTCCAACTACTAATCTACACTCTGTAGGTGAAAAGGAACGATGTTCCAATATTAGTGATATTAGTAATTCAGGTATCACACGCGAAGCATATGATAGCCCATGTCATCAGACAAGTCAACAACAGTTTCAACAAACATCAAACAATATCCACCAATTGCAAAGTCAGCATTCATTGGAGTACTCAAATCGAATTAGATTGCAAAGGGATGTAAGACTGAATAGAAAGACTATGCTACTTCAAAAGAGACATGGAGCAAGTACATCTAATTCAAATTTAGATACTAAAGAATTAGAAGAAGTGTGCATAGCTAAAAAAGAAAGATACCTGAAACAAAGAAAAACATTCTTGAAGGAATTGGCTATAAATCTTTCAAAATTTTTTGAAGATGTTGAGGATATTACTGAAAACACGACTATATTAGATGATTCTGTGCAAATTGAATACCCAGCCATATTCGATGTTGCTGAGAATACATATGTGATAGATATTGGTGACCCAGAATTTTTTTGTCGGCATTGCGACGCCATGATGTGGTATGAGGAGAGATCAGAAAAGTCTAAAACAGGATCCAATATTGAGTTCTCAATATGTTGTATGCGAGGGAAGGTACAATTGCCGTTTTTGCAACGTCCACCTCAGCTCTTGCAAGGTTTATTATCTGGAGCAGACCAGAGAAGCAAACACTTTAAGGATAATATAAGAACTTATAATAGCATGTTTTGCTTCACGTCCCTCGGAGGTAAAATAGAGACCTCTATCAATGATGGGACAGGTCCTCCCCAGTTCATTGTGAGTGGACAAAACTACCACAGAATTGGAAGCTTGGTGCCAATTGAGGGACAAAGACCAAAATTTGCGCAGTTATATATTTATGATACAGAAAATGAGGTCTCAAACAGGATAGAGATTTTCAGTTCAAGAACAAACAACAACAACATTGACCAGTCCTTAGTTCTAGATCTCAAGGACATGATCGATCAACATAATGTTCTTGCTCACACATTTAGGATAGTGAGAAACTACCTAAATCAAGGAGATATCGCAAATATAAGACTACGATTGTACCGAAAAAGATCAAAGGATGCAAGAGTCTACAATTTACCATCTTCTAACGAGGTCGCAGCTCTAATAGTAGGAGATTTTGATTCTGGAGATGCAGGACGTGATATTATAGTTCAATTAAAATCTGTACATCTGCAAAGGATTCATGAGACACACACCGCATTTATTCCTCTTTAGTACCCTATGATGTTTCCTTACGGTGAAGATGGCTACCAAGAAGACATTCCTTTGCGAGAATCTTATAGGGCTGATGAAAATAGAAAGAGACAGCGTGTGAGTTTAAGGGAGTTCATAGCATTTAGAATACAAGAGAGAAAGGTCGAGTATGCAACCATTGTCAATGGTGGAAGATTATTTCAGCAGTTCTTGGTTGATTGCTTTTCTATGATTGAAGCACGAAGGTTGACCTACTACCGAAACAACCAAACCAAGGTGAAGAGTGATATATACAAATGGATTCAAGATGCAGTTGTTAGGGGTGAGACACGTGCTTCTAAAGCAGGTAAGCGTATCATCCTACCTGCGTCCTTCACTGGTGGTATGAGATACATGTTTAATAATTGTCAAGATGCTATGACAATTTGTAAGAAATATGGATATCCAGACCTCTTCATCACAATGACATGTAACTCAAGTTGGCAAGAGATTGCCGAATATATCAATCCAAGGAACTTAAAGGTTGAAGACCGGCCGGATATATCGTGTAGAGTATTCAAAATTAAGTTTGATATGATAATCTCGGATCTTAAGCAAGAAATTCCTTTTGGAGTGCTAGATGCAGGGATGTATACGGTGGAATCAAAAAGAGGCCTACCACATGCTCACATTCTTTTATGGTTAAAGTTGCCAGATCCTGCTCAGCATCCAAAATTGTTTAGAGCTGTATCTACATATATGATTCATGGACCATGTGGTAGAGCATTCTCAAAATCTTCCTGCATGAAAGATGGGTACTGTACCAAATATTATCCCAAGACATTCAATAAAACCACAGTTATCGATGATAGTGGATACCCATCATATAGAAGACGAGACACAGGGGTGGTCACTGAGAAGAAGGGAGTCCATATGGATAATAGGAATGTGGTTCCATACAATGCATATCTACTGATGTCTTATCAAGCGCATGTTAATGTAGAGTACTGCAACAAGTCGAATGCTATCAAATATTTGTTCAAGTATGTGAATAAAGGTCCAGACAGGGTAGCAGTTGGAGTTACAAAGGAAGCTTTCAGTGGAGAGGATGCTCAGGTTATTGATGAGATCAAACAATTCTATGATTGCAGATATTTGTCTGCATGTGAGACTGTGTGGAGAACCTTAGCGTATGATATTCATCAAAGGTGGCCTTCAGTGATGAGATTAACCTTTCATTTGCCTGGAGAGGAAAATATAATCTTTAAAGATGATGACGATCTTGAAGAAATTGTGGAAGAAGAGGAAGGAAAATATACAATGTTCTTAGCATGGATGGAGGCCAATAAAAAATTTGAAGCAGGTCAAACTTTGACGTATGCTGAATTTCCAAATCAATTTGTTTATGATAGAGAATCAAGGGTATGGCATCCACGCAAAAGAGGGTATTCTATCGGGAGTTTAAATTATGTTCCACCGGGTACAGGTGATATTTATTATATGAGAATTTTGTTAGCTGTTCAGAGAGGTTGCACAACATATGAGTCTATTAGGACAGTTAATGGAATTACATATTCTAGCTTCCAAGATGCTTGCTATTCCATGGGACTACTGTGCGATGATAGGGAATTCATTACAGCTATTAATGAGGTAGCTGAACTTGCATCTGGTCATCAATTGAGAAAATTATTTGCGATGCTACTGATATCTAATAGTATTAGCAACCCAGAGCGTGTTTGGAATGCAACTTGGACATTATTGGCTAATGGAATACTATATGAGAGGAGAAAAGCTTTGAAAAACCAAGGACTAAACATGACTGGTGACGAATTGAAAAACCTCTGCCTTATTGAGATTGAGAAGATACTTAACAGCAATGTGAGATCTTTAAGAGACTATCAATCAATGAATAAGCTAATAGAGGAGGAGTTAGCATATGACACAAATGAGTTGACTCATACAAACTTATATACAGAACAAAAGATGACTCATGAGCAAAGGTTAGTATTTGATGAGATACTCAATGCTGTTGTTACAGACTCTGGTGGTTTTTACTTCGTTTATGGGCATGGTGGGTGTGGTAAGACATTTATTTGGAATAGACTTTCTTCTGCTATTCGGTCTAGAGGAAAAATTGTTTTAAATGTCGCATCCAGTGGAATTGCTTCTTTACTCCTACCTGGTGGCAGAACGGCTCATTCTAGATTTTCAATACCCATTACAATTACTGATGAATCTACTTGCAACATCAAGCATGGCAGTTTGAAGGCTGAGCTGCTCATCCAAAGTAGCTTAATAATTTGGGATGAAGCTCCAATGCTCAATAAAATGTGCTTTGAAGCACTTGATCGGACGCTCAGGGATCTTATGTCAGTTACCAATCAACATAAGACACATCAACCATTTGGTGGTAAGGTTGTTGTTCTAGGAGGTGATTTCAGACAGATACTTCCGGTGATTCCGAAAGGAAGTAGACACGATATATTGACATCCGCTATTAACTCATCCCATCTGTGGTCATTTTGTAAGGTTCTGAAACTGCATACGAATATGAGGCTTCTAATGTCTTCTTTGGATCAAGATGAAGGTGAAATAAAGAGATTTGCTAATTGGATACTTGATGTTGGAAATGGAAATATTGGCTCTGTTGTTGGTGATGAATCAGAAGTTGAAATTCCAAATGATCTATTGATTACAACTACTGATGACCCTCTCTCTCATTTGGTAGACTTTGCATATCCAAATTTGTTGCAAAACATGTCAGATTACAGGTATTTTCAGAGTAGGGTAATTCTTGCACCCACGCTTGAGAGTGTCGAGAAGGTAAACGATTTTGTCTTGACAATCTTTCCAGGGATGGAAAATGAGTATTTGAGCTCTGACACAACATGTCAAGCTGATGAGAATGAAGATGTACAACAAGAGTGGTTCACACCAGAGTTCCTAAATGACATCAAATGTTCGGGACTACCCAATCACAAGTTGACTTTGAAGCCAGGAGTCGTTGTAATGCTACTGCAAAACATAGACCAGACTTCAGGTTTATGCAACAGGACAAGATTAATAGTTAACGAACTTGGCAGCAACATAATTGGAGCGACGGTAGTGACCGGTAGAAATATTGAAAATAAAGTGTACATTCCAAGAATGAACTTGATCCCTTCAGATTCAGGATTGCCATTTAAGTTCCAACGGAGACAATTTCCATTGACAGTATGCTTTGCAATGACCATTAACAAGAGTCAGGGTCAATCATTATCACATGTAGGGCTTTATTTGCCAAAATCAGTGTTCACCTATGGACAACTTTATGTTGCTTTGTCAAGAGTTAAGAGTCGCAGTGGCCTCAGGGTTTTAATTCTAGACGAAGACGGCAATCCAAAGTCATCAACAACAAATGTCGTGTTCAAAGAGGTTTTTAATAATATTTAG 5994 0.3759 MAGIHKIADINPTIDNLCVRIRVIWLWTLPSYENSPLPYSIEMVWLDEDGGKIHASVKKAFVSRFVNLLEEGISYQIRYFGVGLNKGYFKTTHHEYVVNLNQHTDVHRLPESSSIPRHGFKFVSFDTLNAPGYDCTYLVDVVGYLTGIGNEKTLEKDEKSTKYTVIELEIDDGSGNKNGAVVVLQFVRVKLFNEKIVLQNSMYGTKMFFNLEDTAVIQFKNSFVRFEESRGNISGIPNEAAFLKIYQGKTIEQLKEFDTNSICVVLTTISHIMNTPDWYRIKFGVIDDSDCACFVVFDKEAKQVLGKSCVEILDPLLLKGDLSDTPTLLLNLIDKTFLFIIEVQISDNPHFSPSYKVKKMTDNVDLINKFKEAHPIQINLLLEFSNEVAANDESELLENAITPTKRLSSESEESKHNNRGNSSDGSNDVHFQSVLSNITNGLNTDNNPTPYRSRSPTTNLHSVGEKERCSNISDISNSGITREAYDSPCHQTSQQQFQQTSNNIHQLQSQHSLEYSNRIRLQRDVRLNRKTMLLQKRHGASTSNSNLDTKELEEVCIAKKERYLKQRKTFLKELAINLSKFFEDVEDITENTTILDDSVQIEYPAIFDVAENTYVIDIGDPEFFCRHCDAMMWYEERSEKSKTGSNIEFSICCMRGKVQLPFLQRPPQLLQGLLSGADQRSKHFKDNIRTYNSMFCFTSLGGKIETSINDGTGPPQFIVSGQNYHRIGSLVPIEGQRPKFAQLYIYDTENEVSNRIEIFSSRTNNNNIDQSLVLDLKDMIDQHNVLAHTFRIVRNYLNQGDIANIRLRLYRKRSKDARVYNLPSSNEVAALIVGDFDSGDAGRDIIVQLKSVHLQRIHETHTAFIPLXYPMMFPYGEDGYQEDIPLRESYRADENRKRQRVSLREFIAFRIQERKVEYATIVNGGRLFQQFLVDCFSMIEARRLTYYRNNQTKVKSDIYKWIQDAVVRGETRASKAGKRIILPASFTGGMRYMFNNCQDAMTICKKYGYPDLFITMTCNSSWQEIAEYINPRNLKVEDRPDISCRVFKIKFDMIISDLKQEIPFGVLDAGMYTVEFXKRGLPHAHILLWLKLPDPAQHPKLFRAVSTYMIHGPCGRAFSKSSCMKDGYCTKYYPKTFNKTTVIDDSGYPSYRRRDTGVVTEKKGVHMDNRNVVPYNAYLLMSYQAHVNVEYCNKSNAIKYLFKYVNKGPDRVAVGVTKEAFSGEDAQVIDEIKQFYDCRYLSACETVWRTLAYDIHQRWPSVMRLTFHLPGEENIIFKDDDDLEEIVEEEEGKYTMFLAWMEANKKFEAGQTLTYAEFPNQFVYDRESRVWHPRKRGYSIGSLNYVPPGTGDIYYMRILLAVQRGCTTYESIRTVNGITYSSFQDACYSMGLLCDDREFITAINEVAELASGHQLRKLFAMLLISNSISNPERVWNATWTLLANGILYERRKALKNQGLNMTGDELKNLCLIEIEKILNSNVRSLRDYQSMNKLIEEELAYDTNELTHTNLYTEQKMTHEQRLVFDEILNAVVTDSGGFYFVYGHGGCGKTFIWNRLSSAIRSRGKIVLNVASSGIASLLLPGGRTAHSRFSIPITITDESTCNIKHGSLKAELLIQSSLIIWDEAPMLNKMCFEALDRTLRDLMSVTNQHKTHQPFGGKVVVLGGDFRQILPVIPKGSRHDILTSAINSSHLWSFCKVLKLHTNMRLLMSSLDQDEGEIKRFANWILDVGNGNIGSVVGDESEVEIPNDLLITTTDDPLSHLVDFAYPNLLQNMSDYRYFQSRVILAPTLESVEKVNDFVLTIFPGMENEYLSSDTTCQADENEDVQQEWFTPEFLNDIKCSGLPNHKLTLKPGVVVMLLQNIDQTSGLCNRTRLIVNELGSNIIGATVVTGRNIENKVYIPRMNLIPSDSGLPFKFQRRQFPLTVCFAMTINKSQGQSLSHVGLYLPKSVFTYGQLYVALSRVKSRSGLRVLILDEDGNPKSSTTNVVFKEVFNNI 1998
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Arst9g01600 1998 Gene3D - 271 371 IPR012340 -
Arst9g01600 1998 SUPERFAMILY Nucleic acid-binding proteins 2 114 IPR012340 -
Arst9g01600 1998 MobiDBLite consensus disorder prediction 400 461 - -
Arst9g01600 1998 Gene3D - 1513 1696 IPR027417 -
Arst9g01600 1998 Pfam PIF1-like helicase 1517 1881 IPR010285 GO:0000723|GO:0003678|GO:0006281
Arst9g01600 1998 Pfam Helitron helicase-like domain at N-terminus 906 1088 IPR025476 -
Arst9g01600 1998 Pfam Domain of unknown function DUF223 43 126 IPR003871 -
Arst9g01600 1998 MobiDBLite consensus disorder prediction 420 461 - -
Arst9g01600 1998 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 1655 1996 IPR027417 -
Arst9g01600 1998 CDD SF1_C_RecD 1929 1973 - -
Arst9g01600 1998 Gene3D - 114 229 IPR012340 -
Arst9g01600 1998 SUPERFAMILY Nucleic acid-binding proteins 120 223 IPR012340 -
Arst9g01600 1998 Gene3D - 3 111 IPR012340 -
Arst9g01600 1998 PANTHER UNCHARACTERIZED 951 1977 - -
Arst9g01600 1998 PANTHER UNCHARACTERIZED 951 1977 - -
Arst9g01600 1998 CDD RPA1_DBD_A_like 18 106 - -
Arst9g01600 1998 SUPERFAMILY P-loop containing nucleoside triphosphate hydrolases 1493 1707 IPR027417 -
Arst9g01600 1998 FunFam ATP-dependent DNA helicase 1911 1976 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Arst9g01600 Arst-Chr9 26574150 26584909 Dispersed/Tandem
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Arst9g01600 4 148 Core DNA Replication Machinery Family AT5G08020 25.974 5.48e-08 56.2
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Arst9g01600 - - adu:107465235 3985.26