Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Blo04g00452 ATGTGCAGCTCCAAGCTAACGAAGGTTACCGCCGGAATGCATATGGTCTCCCCTCCGGAGACCCCTCTCAAAGGTAGGTCTCTTCTTCAGCCTACTTGTAATCGCGTTCCTTGTGTCCTTGAACGCCATAATTCAATCAAGAAACTAGCCTCTATGCCTCCCTCTCCGCCGATGACTGTTTCCGGCGCTAAGCCCAAAGCCTCTTTGACCCCTCCGCTATCTCCGAAGTCGAAATCACCGCGGCCTCCGGCTACAAAGCGATCCAACGACGCTAATGGCTTTAATTCGAGTTCGGAAAAGGTTGTGATTCCGGGAGGAAACGGGAGAGCTAAAACTATGGAGAGGAAGAAGTCAAAAAGCTTTAAAGGTAACGCTGTGGGCGAGGTCTATGCTTCCGGTGATGCGTCGTTGAGTTGTTACTCTTCTTCATTGATCACTGACTCTCCGGGAAGCATAGCCGCAGTGAGAAGGGAGCAGGTGGCTCTCCAGCAAGCGCAGAGAAAAATGAGGATTGCACATTATGGAAGATCGAAATCTGCAAGGTTTGAAAAGGTCGTTCCGTTTGATCTCTCCACCACCGCGACAAACAAGACGGCTGGCGAAGAGAAGAGATGCAGCTTCATCACTGGAAATTCTGATCCCATTTATGTTGCCTACCATGACGAAGAATGGGGTGTTCCTGTCCACGATGACAAGATGTTATTTGAGCTGCTGGTTCTAAGTGCCGCGCAGGTCGGTTCAGATTGGACTTCAATCTTAAAGAAACGCCATGATTTCAGGAGAGCATTTTCAGGATTTGATGCAGAAACTGCGTCTAAATTCAGCGATAACCAAATGTTATCTATTAGTTCTGAATACGGGATTGATATAAGCAGAGTTCGAGGAGTCGTCGACAATTCCAAAAGAATTCTTGAGATTAAGAATGAAATTGGATCATTCGACAAGTATATATGGGGCTTTGTGAATAACAAACCCATGTCAACACAATACAAATCAGTGAACAAAATCCCAGTGAAGACATCAAAATCAGAGAGCATAAGCAAAGACATGGTGAATGCTGTAAAATTTAATGAGTACGCATCTGTTGTCGTCTCAGCCGGTTATGATCAATCACTACGAGCTTGGGACTGTAGATCTCACAGTACTGAGCCAATTCAGATCATTGATTCATTTTCAGACAGTGTAATGTCTGTTTGTTTAACGAAAACGGAAATTATTGGTGGAAGTGTTGATGGAACTGTTCGAACATTTGATATCAGAATTGGAAGAGAAATATCGGACGACTTGGGTCAGCCAGTCAATTGTATCTCAATGTCAAATGATGGAAACTGTGTTTTAGCTGGCTGCTTGGATTCTACTCTGCGTCTATTGGACAGGTCTACAGGGGAACTATTACAAGAGTACAAAGGCCATGCTTGTAACAAGTGTGAGTTACCATCCAAAAGAGAACTGCATGATAACCTCCTCCGTCGACGGGACCGTTCGAGTTTGGAAGCCGTGAGAATAATAGCCATGAAGCTTCTTGACTCAATTCTGATTGCTTGTGAAGCGGTCCGGGTCAATTATTCTTCCCAAACCCTCAGCGCGCCCTTTCGTTCATCCGAATCACTGAGAAAGCTCTCTTTTCATGCCCCATCGTTACCCGAAGCTCTGTTTCGGGGGAGGGAAGAACGCTGCAGCATGACTCACCTCTTCATTTCCGACGAGGAATTCTCCCGCTGCTCTGATGACGCCGCGATGGTTGCCGAGAAGGCTGACGCCTTTATCCGTGGTCTCTACAAGGAGCTCGAGACAGTTAAAGCCCAAATGGACGCTGCTTCCATCACCGTCGAGCAGACCTGCGCTCTACTCGAGCAGAAGTACATCTCTCTCTCCGATGAGTTCTCTAAGCTCGAGTCCCATAGCGCTCAGCTTCAATCTTCTCTCGATAATCGTCTCTCCGATCTCGCCGAAGTACAGTCTCAGAAGCACCAACTCAATCTTCAATTGATTGGGAAGGATGGGGAAGTAGAAAGGCTGCATACAGAGTTATCTGAGATTCAAAAGACGAAAAGGGAGCTAATGGAGTTGGTTGAGCAGAAGAACTTGGACATCAGCGAAAAGAATAATACCATCAAGAGTTATCTGGATAAAATTGTTAGCTTCTCTGACTCTGCTGCTAAAAGGGAGGCTCGTTTAGGTGAGATTGAGTCAGAATTGGTGCGTTCTCAAGCTACTTGTGCTCGTCTTGTGCAGGAGAAAGAACTAATAGAGAGACATAATTTTTGGCTTAATGACGAGTTAACAGCTAAAGTTGATAGTCTCATTGAGCTGAGAAGATCTCATTCTGATTTTGAAGCAGACATGTCTTCCAAGGTTTCAAATGTCCAGAGACAATTAGATGAATGCTCTAGCTCATTACAGTGGAATAAGGACAGAGTTAAGGAACTTGAAATCCAGCTAACATCCTTGCAAGAGGAATTATGCTCATCTAAAGATACTGCGGCACTCAATGAGGAGCGGCTTTCTGCTGAACTCTCAACTGTAAATAAGCTTGTCGAGCTTTATAAAGAAAGTTCTGATGAATGGTCCAGAAAGGCAGGTGGGCTAGAGGGGGTTGTAAAAGCCTTAGAGACTCATTTGACTCAAGTTGAAAGTGATTGCAAAGAGAAGCTTGGAAAGGAAGAATCTCTAAGAAAGCAATTTGAAAGGGTTTGGTTTGAAGTTGAATATGTCAAATCTGAGGCCATCTTGGTCTTTTTGGTGACAAATTGTCTGAGCTTGGACGCTGCAAATTTGAAAATGAAACTTGAGGAGTGTGAAGCAGAAATAGAATCTAGTCGGAAAGAGAATGAGATGAATCTTCTTCCACTTAGCCGCTTTACTACAGACAGATGGATAAATTCTCTTGAAACTGATGACGCAGTCAATGACAATCAGATGCTTATCCCCAAGATACCATTGGGTGTTTCTGGAACAGCTTTTGCAGCTTCGCTTTTGCGCGATGGATGGAGTCTGGCTAAAATGTATGCCAAATATCAAGAGACTGCTGATTCCCTGCGACATGAGCAGTTAGGCAGAAAGGAAGCTGAAGCAGTTTTGCAAAGGGTCTTGTATGAATTAGAGGAAAAGGCAGAAGTCATTTTGGATGAAAGAGCTGAACATGAGCGAATGGCTGAGGCATACTCTATGATAAATAAAAAATTGCAGAATTCTATATCTGAACAGCAAAGTTTGGAAAAAGCCATTCAAGAACTAAAGGCTGACTTGAGGAGGCACGAACGCGATTATTCCCTTATTCAAAAAGAGAATATGGATCTCCAGAAACAGGTAACTGTTCTTTTGAAGGAGTGTCGGGATATTCAACTTCGATGCGGATCTGGTATTTCTGAAAGCTTTGATAATGGGTCACATATTGCTTCCTTTGAGATGAATGTAGCTACTGATGCTGAAAAAGTTATATCAGAACGCCTTTTGACCTTTAAGGACATAAATGGATTGGTTGAGCAGAATGTTGAGCTGAGAAGCCTTGTTCGCAATCTTTCTAACCAGCTTGATAATAGAGAACTAGAGTTTAAGGAGAAGTTGGAATTGGAGATCAAGATTCGTACTGATGAAGCAGCATCAAAAGTTGCTGCTGTTTTACAAAGAGCTGAAGAGCAAGGGCGGATGATTGATTCCCTGCACTCATCTGTCGCTATGTACCAAAGGCTCTATGAAGATGAGCAAACTCGAAATCTGACTCCGCCCAAACCTGCTGGAACTTCTCCAGAGGTTGGAAGAACAGAACTCAAGTTACTACTGGAAAGTTCTCAGGAGGCTAGTAGAGTGGCCCAAGAGCAAGCTGCAGAACGTGTGAGATGTCTGGAAGAAGATCTGGCAAAGTCTCGGAGTGAAATTATTTCATTACGATCCGAACGTGACAAATTGAATCTTGAGGCCACTTTCGCCAGAGGAAAGCTTGATAGTTTTGTAAAAGAATTTGAGCATCAGAGAGTTGAAATGAGTGGCATTTTAGCTAGGAATGTGGAGTTTTCACAGTTACTAATTGACTATCAAAAAAAAGTGCGTGAAAGTTCTGAATCCTTGCATGCCGCGGAGGAGATTTCTCGGAAGTTGAGTATGGAGGTGTCTATTCTAAAGCATGAAAAGGAAATGATGTCAAGTGCTGAAAAGAGAGCCAATGATGAAATACGTTTACTTTCAGAGAGAGTATTCCGTGTACAGGCTAGTTTGGACACTATTCATACGACTGAAGACATTCGTGAGGAGGCAAGAGTTGCAGAAAGAAAAAAGCAAGAGGACTATGTTAAACATCTTGAGTTATCCTATGGTCAATTCTCATTCCAATTAACTAAACTATATATTTTGATTGAATGGGCTGATGCTAAGAAAGAGCTGCAAGATGAACGAGAAAATGTTCGTGCTCTGACACTTGAGCGTGAGAAAATAATAAAGAATGCCATGACACAAGTTGAAAATATGGGTAAAGAACTAGCTAATGCTTTGCATGCTGTTGCAGCTGCTGAGGCACGAGCCGCAGTTGCAGAGGCTAGAAGATCTGATCTCGAGAAAAGAGACAAGTCTGGTGTTCAGGTAGATGCTCCATCAATCTTACTTCTATTATCTGTGAGTGATTTCTTCCAATCGGTCAGATCCAATAAGGAAGGATTTCGGTTGAGAAACCACCCAATCCAAGTCAAATTAGGATTTCCTCAACAACATAGTGTTTTAGATCGGATTTTCATCACAGTTTTGGGTAGATCTCCAGTTGCATTTTTCACCAAATCCGTGTTGAATGGCATGGAATTGCGTATTGCTAAAGAAAACATTGAAAAATTTAAAGAAGAAGCACGAGCTAATAAGGATCATATGCTTCAGTATAAAAACATTGCTCAAGTGAATGAAGATGCCTTGAAACAGTTAGAATTCGCTCATGAGAACTTCAAGATGGAGGCTGACAAGCTCAGAACATCACTGGAAGCTGACCACCTTTCACTTAGATCAAGAGTTTCTGACCTTGAAAATGAATTAATATTGAAATCAAAAGAAATGGCGTCTACTGCAGCTGGGAAAGAGGAGGCCCTCGCTGCCTCTTTGACTGAACTTACCAGTCTGAAAGAAGAAATTGCAGCAAAAACTTCTCAAATCGTCACATTTGAAATTCAGACTTCTGCTTTGAGAGAAGAGTTAGAAAGAGAGCATCAGAAATGGCGTGATGCTCAAACCAATTACGAAAGACAGGTTATTCTCCAGTCAGAGACAATTCAGGAATTGACAAAAACCTCACAAGCCTTGGCCAAACTCCAAGAGGAAACAGCGGAACTTCGGAGATCAGCAGATGTCCACAAAAGTGAAAATAAAGAACTAAAGGCCAAATGGTTCACAGAGAAGGCAGTGCTAGAGGAATCGAGGAAGGAAGCTGAGAAAAAATACAATGATCTAAATGAACAGAACAAAATTTTGCATGATCGGCTGGAGGCTTTGCACATACAATTTGCTGAGAAAGATCGCAATTCTGCTGGAATGTCCTATGCAAGCACTACTTCAGATCAATCCGGGGAAACTGGTTTACAAAATGTGATTAGTTATCTCAGAAGAACAAAAGAGATTGCAGAAACAGAGATAACGTTGTTAAAACAGGAAAAACTGAGATTGCAATCACAGCTTGAAAGTGCTCTCAAAGCTGTGGAAACTGCACAAACATCACTTCATGCTGAACGTGCTACTTCAAGTGCCCGAGTGTTCACAGAGGAGGAAATCAAATCCCTACAACTTCAGATCAGAGAGATGAATTTACTTCGTGAAAGTAATATGCAACTTCGAGAAGAAAACAAGCATAATTTTGAGGAATGCCAGAAATTGCAAGAAGTTGCTCAAAAAGCTAGAGTGGAGGTTGAGAATCTTCAGACATTAGTGAAAGAAAAACATGTGGAGATTGAATCCTTGAAGAAGATGGTTGAAACGCAGAAGACAGAGAGAAATTACCTCGAAAACAGAGTGTCAGAGTTACTTGATAGGACAAATCATGTGGACGTGGAGGACTATAATCAATTAAAAAATGTTGTTCAACAATTGAAGGATAAATTGAACGAAAAGGAGGTTCAATTGGAAGAACTTCATAAGCATGTATCAGAGAGTCAGGGAGCAATATCCCAATTAGAGGAAGACCTTTCGAAGTGTAAGGCTGACCTAAATGAGAGGGAAAGAAGGTTGAATGATATTATAAAAATTGAGGCTACTCTAAAGTTAGATGTGGAGAAGCAGAAAAAGGCTTTGGCGCAGTATAAGAGGAAGTTTGAAGTCATTTCCAAGGAAAAGGAGGAACTGGTCGTTGAGAACCAAGCCCTTTCTAAGCAGATGGAGGATATCAAACAAGGTAGGAAAAAGCCTGGGGTGGATACTGCAGGTGAACAGGCCATGGAGGAGAAGGACACAAGAATTCAGATTCTGGAAAAGCATATGGAGAGGCTAAGGGAGGCACTAAATAAGGAGAAGGGAGACATTCAAGCAGAGAAAAACTTGCGATTGAATATTGAGAAGGCAATATTTGATCAAACAAAGCTCATAAATGAACTAGAAAAGCACAAACGAGCCTTGAAGCAACTCTTTGACGGATTTGAAAAACTGAAGCTTTCAAAATCCAATCTTCCAGAGGATACATCATTGGTTCAGCTTCTCTCAGGGACTGTCTTGGACGATCCTGCTTTATCCTATCTTTCAACGCTTGAAAGTCTTGAAAAGGCTGCACAGTCAATCCTTTCCAGTGAACTTGAAGATCATCAAGCTTCTCCAGAGACTTCCTTAATTGCTGACAGTTCGGTATCAACAATTGCAGGTACAACAGTTCCCATTCAGAATCCTGGCTTTGCACCTTCTGGGGATCCTGGGATAATACATATACCTGGAAAAGCCACAGAAGAAATCGAGAAGAGACCTTGGCCCAAGGCAAATATTGAAACCCGAAAGATAGCAAGGAAGTTGCTTCGGCCCCAACTGGCTAAACCTGATGAGCCGCAGGCAGATGTTGAAATGGCTGAAATGGAACCGCCACACATAAGTGGGAAGTCCACCTCGCTGGTTCCTAGACTGGCGCGCAAACGGTTAGCTTCATCTAGTTCGGAAGTACAAGAACATGTAGCCCTTCAAGGACTACCTAGCACTGAAGTGACACCTGTGTTGAAGAAATCTAAAGGTTCAGACTCCACTCCTGAGGGTGCTGAAGGTCAATCTGTTGCCCCTTTGGAAAGCCTTGGAACTCAGCCAGCTTCTGCAGAAGTTTCTGATATTTATGAGATTCCTCAGGGTTTAAGTGAGGAAGCTCTTGATGCTGAGCGAGAAGTGGTTGAAACGGCTAGGGAGAAGGTTGATGTACCAAAAGAAGAAGAATCAGATAAAACAAATCAACTTGAGTATCAAACTTCAAGGAAGAATGATGAAGAGAATTTGGGTAGTGCAGCTGGAGCAGAGGTGGAAACAGATGACACGATTAAAGATCAGGCTGAGATAGAAAGTGGTCAATTGGTGGTCGAAAGTGGAAGTGAAAGAGAAGAGGGAGAGTTGTTGCCGGACACAGTTGAGCACGAGATTAGTGGACATTTGATGGAGATTACTGAAAGAGGGGATGCCCCATCTGAGAGCGTTGCTACATCTTTGTTTCCATCAGTTAAGGTTGATAATGAATCTCTAGCTGCCACAGCGCTGGAAGCTGGTGAGATAAATTCTCCAGAAGCCCCTAATGAAGACAAGAATGATGACGTTGATATAACTGAGGAAATCAGTGTAGATGTAGACAACTTTGGTGAGGGGACAGCTGGAGGAATAGAGAAATCCGATGATGGTAACGAAGAGGTTGCTGGGGAGGTATCTCAGGCCGAAAGGAATTCAGGTGACAAAATTTCATCTACTACTGTTGTAGAAGCAAATCTTTCCAGAAGAGCCAGTCCTAGTGTCACCGGGGAAGCTAGGGAGGTGAGGCGGATATCTCCTCCGGGCAATACTCCTTCAACTACCATAAACCTGCAAGAGAGAGCAAAGGAGAGGGCTTTGCTTAGGCAGGCTGCAGTGATGTCCTCTTCACCCAGTCGAGGACGAGGAAGAACAACAGTCCGTGGTCGGGTTGCGAGAGATTGCACCAAGTGCGGCGTGCTCCAGCGCATAGCGCTTCGATTTTCACTTGCTCGATCTCGTTATCAACCTTACGAAGTGATGAATAAAGGGGTAGGAGGTGGGAGTGGAAGTGGACCAACGGCTGCGGCTGCGGTGGCAGCTTCGCAGAAGCAGAAGGCGTTGTTGCAACGAGTGGATACCGACATAGCCAATATCGTCGACAATTTTACCCACCTCGTCAATGTCTCAAGGGTGAATGACCCACCGGTTAGAAATTCTCAGGAAGCTTTCATGATGGAAATGCGTGCAGCTAGAATGGTTCAGGCAGCTGACTCGCTCCTCAAGTTAGTGTCGGAACTTAAACAGACAGCAATTTTTTCCGGATTGGCTTTGTTGAACGACCACGTAGAGCAAAGGACAGCCGAGTTTGACCAACAAGCAGAGAAAAGTGACCGCATGTTGGCTACAATTGGCGAAGAGGCTGCCAAGGGGATCAAGGAGCTTGAATCTCATTACTATTCTTCTGCACAGAGAAGGGAGAATTTCCAAGTTTAG 8643 43.45 MCSSKLTKVTAGMHMVSPPETPLKGRSLLQPTCNRVPCVLERHNSIKKLASMPPSPPMTVSGAKPKASLTPPLSPKSKSPRPPATKRSNDANGFNSSSEKVVIPGGNGRAKTMERKKSKSFKGNAVGEVYASGDASLSCYSSSLITDSPGSIAAVRREQVALQQAQRKMRIAHYGRSKSARFEKVVPFDLSTTATNKTAGEEKRCSFITGNSDPIYVAYHDEEWGVPVHDDKMLFELLVLSAAQVGSDWTSILKKRHDFRRAFSGFDAETASKFSDNQMLSISSEYGIDISRVRGVVDNSKRILEIKNEIGSFDKYIWGFVNNKPMSTQYKSVNKIPVKTSKSESISKDMVNAVKFNEYASVVVSAGYDQSLRAWDCRSHSTEPIQIIDSFSDSVMSVCLTKTEIIGGSVDGTVRTFDIRIGREISDDLGQPVNCISMSNDGNCVLAGCLDSTLRLLDRSTGELLQEYKGHACNKCELPSKRELHDNLLRRRDRSSLEAVRIIAMKLLDSILIACEAVRVNYSSQTLSAPFRSSESLRKLSFHAPSLPEALFRGREERCSMTHLFISDEEFSRCSDDAAMVAEKADAFIRGLYKELETVKAQMDAASITVEQTCALLEQKYISLSDEFSKLESHSAQLQSSLDNRLSDLAEVQSQKHQLNLQLIGKDGEVERLHTELSEIQKTKRELMELVEQKNLDISEKNNTIKSYLDKIVSFSDSAAKREARLGEIESELVRSQATCARLVQEKELIERHNFWLNDELTAKVDSLIELRRSHSDFEADMSSKVSNVQRQLDECSSSLQWNKDRVKELEIQLTSLQEELCSSKDTAALNEERLSAELSTVNKLVELYKESSDEWSRKAGGLEGVVKALETHLTQVESDCKEKLGKEESLRKQFERVWFEVEYVKSEAILVFLVTNCLSLDAANLKMKLEECEAEIESSRKENEMNLLPLSRFTTDRWINSLETDDAVNDNQMLIPKIPLGVSGTAFAASLLRDGWSLAKMYAKYQETADSLRHEQLGRKEAEAVLQRVLYELEEKAEVILDERAEHERMAEAYSMINKKLQNSISEQQSLEKAIQELKADLRRHERDYSLIQKENMDLQKQVTVLLKECRDIQLRCGSGISESFDNGSHIASFEMNVATDAEKVISERLLTFKDINGLVEQNVELRSLVRNLSNQLDNRELEFKEKLELEIKIRTDEAASKVAAVLQRAEEQGRMIDSLHSSVAMYQRLYEDEQTRNLTPPKPAGTSPEVGRTELKLLLESSQEASRVAQEQAAERVRCLEEDLAKSRSEIISLRSERDKLNLEATFARGKLDSFVKEFEHQRVEMSGILARNVEFSQLLIDYQKKVRESSESLHAAEEISRKLSMEVSILKHEKEMMSSAEKRANDEIRLLSERVFRVQASLDTIHTTEDIREEARVAERKKQEDYVKHLELSYGQFSFQLTKLYILIEWADAKKELQDERENVRALTLEREKIIKNAMTQVENMGKELANALHAVAAAEARAAVAEARRSDLEKRDKSGVQVDAPSILLLLSVSDFFQSVRSNKEGFRLRNHPIQVKLGFPQQHSVLDRIFITVLGRSPVAFFTKSVLNGMELRIAKENIEKFKEEARANKDHMLQYKNIAQVNEDALKQLEFAHENFKMEADKLRTSLEADHLSLRSRVSDLENELILKSKEMASTAAGKEEALAASLTELTSLKEEIAAKTSQIVTFEIQTSALREELEREHQKWRDAQTNYERQVILQSETIQELTKTSQALAKLQEETAELRRSADVHKSENKELKAKWFTEKAVLEESRKEAEKKYNDLNEQNKILHDRLEALHIQFAEKDRNSAGMSYASTTSDQSGETGLQNVISYLRRTKEIAETEITLLKQEKLRLQSQLESALKAVETAQTSLHAERATSSARVFTEEEIKSLQLQIREMNLLRESNMQLREENKHNFEECQKLQEVAQKARVEVENLQTLVKEKHVEIESLKKMVETQKTERNYLENRVSELLDRTNHVDVEDYNQLKNVVQQLKDKLNEKEVQLEELHKHVSESQGAISQLEEDLSKCKADLNERERRLNDIIKIEATLKLDVEKQKKALAQYKRKFEVISKEKEELVVENQALSKQMEDIKQGRKKPGVDTAGEQAMEEKDTRIQILEKHMERLREALNKEKGDIQAEKNLRLNIEKAIFDQTKLINELEKHKRALKQLFDGFEKLKLSKSNLPEDTSLVQLLSGTVLDDPALSYLSTLESLEKAAQSILSSELEDHQASPETSLIADSSVSTIAGTTVPIQNPGFAPSGDPGIIHIPGKATEEIEKRPWPKANIETRKIARKLLRPQLAKPDEPQADVEMAEMEPPHISGKSTSLVPRLARKRLASSSSEVQEHVALQGLPSTEVTPVLKKSKGSDSTPEGAEGQSVAPLESLGTQPASAEVSDIYEIPQGLSEEALDAEREVVETAREKVDVPKEEESDKTNQLEYQTSRKNDEENLGSAAGAEVETDDTIKDQAEIESGQLVVESGSEREEGELLPDTVEHEISGHLMEITERGDAPSESVATSLFPSVKVDNESLAATALEAGEINSPEAPNEDKNDDVDITEEISVDVDNFGEGTAGGIEKSDDGNEEVAGEVSQAERNSGDKISSTTVVEANLSRRASPSVTGEAREVRRISPPGNTPSTTINLQERAKERALLRQAAVMSSSPSRGRGRTTVRGRVARDCTKCGVLQRIALRFSLARSRYQPYEVMNKGVGGGSGSGPTAAAAVAASQKQKALLQRVDTDIANIVDNFTHLVNVSRVNDPPVRNSQEAFMMEMRAARMVQAADSLLKLVSELKQTAIFSGLALLNDHVEQRTAEFDQQAEKSDRMLATIGEEAAKGIKELESHYYSSAQRRENFQV 2880
       

Gff information

Chromosome Start End Strand Old_gene Gene Num
4 3723927 3768829 - BLOR13364 Blo04g00452 59480
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Blo04g00452 2880 Coils Coil 1650 1670 - -
Blo04g00452 2880 PANTHER NUCLEOPROTEIN TPR 561 2698 - -
Blo04g00452 2880 Coils Coil 1945 2000 - -
Blo04g00452 2880 Coils Coil 1862 1889 - -
Blo04g00452 2880 MobiDBLite consensus disorder prediction 2620 2642 - -
Blo04g00452 2880 Coils Coil 1745 1786 - -
Blo04g00452 2880 Pfam TPR/MLP1/MLP2-like protein 1695 1822 IPR012929 GO:0006606
Blo04g00452 2880 PANTHER NUCLEOPROTEIN TPR-RELATED 561 2698 - -
Blo04g00452 2880 MobiDBLite consensus disorder prediction 1 28 - -
Blo04g00452 2880 Coils Coil 923 943 - -
Blo04g00452 2880 Coils Coil 1157 1184 - -
Blo04g00452 2880 Gene3D - 426 476 IPR015943 GO:0005515
Blo04g00452 2880 Coils Coil 1791 1825 - -
Blo04g00452 2880 Pfam Surfeit locus protein 5 subunit 22 of Mediator complex 2759 2858 IPR009332 GO:0003712|GO:0006357|GO:0016592
Blo04g00452 2880 Coils Coil 670 697 - -
Blo04g00452 2880 Coils Coil 2183 2203 - -
Blo04g00452 2880 Coils Coil 1721 1741 - -
Blo04g00452 2880 MobiDBLite consensus disorder prediction 48 120 - -
Blo04g00452 2880 MobiDBLite consensus disorder prediction 81 102 - -
Blo04g00452 2880 Coils Coil 2072 2120 - -
Blo04g00452 2880 MobiDBLite consensus disorder prediction 2498 2517 - -
Blo04g00452 2880 Coils Coil 1907 1937 - -
Blo04g00452 2880 MobiDBLite consensus disorder prediction 2386 2400 - -
Blo04g00452 2880 Coils Coil 1031 1051 - -
Blo04g00452 2880 Coils Coil 800 820 - -
Blo04g00452 2880 Coils Coil 2134 2168 - -
Blo04g00452 2880 MobiDBLite consensus disorder prediction 2592 2664 - -
Blo04g00452 2880 Pfam Methyladenine glycosylase 211 352 IPR005019 GO:0006284|GO:0008725
Blo04g00452 2880 Coils Coil 2006 2064 - -
Blo04g00452 2880 MobiDBLite consensus disorder prediction 2365 2491 - -
Blo04g00452 2880 MobiDBLite consensus disorder prediction 2432 2471 - -
Blo04g00452 2880 Coils Coil 1272 1306 - -
Blo04g00452 2880 Coils Coil 1485 1519 - -
Blo04g00452 2880 ProSiteProfiles Trp-Asp (WD) repeats profile. 351 376 IPR001680 GO:0005515
Blo04g00452 2880 SMART WD40_4 381 418 IPR001680 GO:0005515
Blo04g00452 2880 SMART WD40_4 422 458 IPR001680 GO:0005515
Blo04g00452 2880 SMART WD40_4 334 376 IPR001680 GO:0005515
Blo04g00452 2880 SUPERFAMILY DNA-glycosylase 203 351 IPR011257 GO:0003824|GO:0006281
Blo04g00452 2880 SUPERFAMILY WD40 repeat-like 345 471 IPR036322 GO:0005515
Blo04g00452 2880 Coils Coil 1450 1480 - -
Blo04g00452 2880 Gene3D Hypothetical protein; domain 2 202 367 - -
Blo04g00452 2880 Coils Coil 1597 1617 - -
Blo04g00452 2880 Coils Coil 1062 1103 - -
       

Duplication type information

Select Gene1 Location1 Gene2 Location2 E-value Duplicated-type
Blo04g00452 Blo-Chr4:3723927 Blo05g00160 Blo-Chr5:1469998 3.02E-45 dispersed
Blo04g00452 Blo-Chr4:3723927 Blo01g01553 Blo-Chr1:55291080 5.30E-39 transposed
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Blo04g00452 K09291 - qsu:112013751 2272.66