Information report for TraesJUL1B03G00265260
Gene Details
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Functional Annotation
- Similar to POL2A, DNA polymerase epsilon catalytic subunit. Essential for Arabidopsis growth. Null homozygotes are embryo lethal, partial loss of function alleles show embryo patterning defects such as root pole displacement. Delayed progression through cell cycle results in embryos with smaller numbers of larger cells.
Homologous
- Triticum aestivum: TraesCS1A02G130700
Sequences
CDS Sequence
- >TraesJUL1B03G00265260
ATGGGCGGTGGTGATGGCCGGCGACGGAGACCGTCGGCCGGAGGAGGTGGAGGTGGCGGCGGCGGCAGCTGGGGCGGTCGGAGGTCTGGATCTTCGGCGGCAAAGGAGCAGCGGGTACGGCTGGGCGCGGAGGAGCTCCTCGAGGGCCGGCTTGGCTTCGCGCCCTACACCCAAGGCGACCGCCGGCTTGGCTGGCTCCTCACCTTCTCCCCCTCATCGTGGGAGGACGAGGATACAGGGAAAATCTACAGCTGTGTTGACCTGTACTTTGTGTCCCAGGATGGTTCTACATTTAAAGTGAAGTACAAATTCCCACCTTATTTTTATGCTGCAACTAAGGAGAAGACGGAGTTGGAAGTTGAGGCGTATCTCAGGCGACGTTATGAAGGGGAAATTGCTGATATAGAAATAATTGAAAAAGAGGATCTGGATCTTAAAAACCATCTTTCTGGTTTGAAGAGAAAATATTTGAAGATTCAGTTCGATACCGTGCAGCAATTAATGCGTGTGAGGAGTGATCTAATGCATGTTGTTGAAAAGAATGAAGAAGAAAGAGATGCTGTGGATGCATTTGAATCAATTTATGGTGTAAAAAGGGTAGAAAGGCCACAAGATTACATAAACTGCATCATCGATTTGCGTGAATACGATGTTCCCTATCATGTTCGTTTCGCTATAGATAATGATGTGAGATCTGGACAGTGGTATAATGTTGGTGTATCTGGTTCTGATGTTTTGCTTCAGAGAAGGGAAGATCTGCTTCAGCGTGCAGAAGTTCATGTATGTGCATTTGATATTGAGACCACAAAGCTTCCCTTGAAGTTTCCAGATGCCGAATACGACAGTGTAATGATGATCTCCTACATGATTGATGGGCAAGGGTACTTGATAATCAACCGAGAGTGTGTAGGGGAAGATATTGAAGATTTGGAATACACACCTAAACCAGAATTCGAGGGACATTTTAGAGTTAAGAATGTCGCAGACGAGGTGGGTCTACTTAAAGCTTGGTTTTCTCACATGCAAGAGGTTAAACCTGGTATTTATGTTACGTACAACGGTGACTTTTTTGACTGGCCGTTTTTGGAGAAGAGAGCTGCCCACCATGGCATAAAAATGAATGAGGAGATTGGTTTCCAATGCGACAGTAATCAAGGTGAATGCCGAGCTAAATTTTCCTGTCATCTTGACTGTTTTGCCTGGGTGAAGCGAGACAGTTACCTTCCACAGGGAAGCCAAGGTCTAAAGGCTGTTACAAAAGCCAAGCTTGGTTATGATCCTCTGGAGGTCAATCCAGAAGATATGGTTCGCTTTGCAATGGAGCAGCCGCAGACAATGGCTTCTTATTCTGTATCAGATGCTGTTGCCACATACTACTTATACATGACTTATGTCCATCCGTTTATCTTCTCCCTTGCGACCATAATACCTATGTCACCTGATGAGGTGTTGCGGAAAGGAAGTGGGACACTATGTGAGATGCTGCTAATGGTCCAGGCATTCCAGGCTAATATCATTTGTCCTAACAAGCACCAAGCTGACCTGGAGAAGTTTTACAATAACCGTCTAGTAGAAAGCGAAACATACATCGGTGGTCATGTTGAGTGTCTTGAAACTGGTGTATTTAGATCTGATCTTCCTACAAAATTTCAGCTGGAACCCTCAGCATTTGAGCAACTAATTGAAAACCTTGACCGTGATCTGCAATATGCCATTGCTGTGGAAGGAAAATTGGATATTGATTCTGTCACAAATTATGATGAAGTCAAGGATGCCATAAAGCAAAAGCTTGTTTCATTGCGAGACCACCCAACTCGTGAAGAATGCCCTCTTATATATCATCTGGATGTTGCTGCAATGTATCCAAATATCATTTTGACAAATAGGCTCCAGCCACCATCCATAGTTACAGACGTGGACTGCACAGCATGTGATTTCAATCGCCCTGGAAAGAATTGCCTTAGAACGCTTGAATGGGTCTGGCGAGGAGAAACCTACACGGCAAAAAAGAGTGACTATCATCATATAAAGAGGCAAATTGAGTCAGAGATGATTCAAACTGGTGGAGTTACATCTTCAAAGCCTTTCCTCGACCTCTCAAAACCAGAGCATTTACTAAAGCTGAAGGATCGTTTGAAGAAGTACTGCCAGAAGGCGTACAAAAGAGTAGTTGACAAACCAATTACAGAAGTTAGAGAAGCTGGAATATGCATGCGTGAAAATTCTTTCTACGTTGATACAGTGCGAAGCTTTCGTGATAGAAGGTACGAATACAAAGGCCTGAATAAAACATGGAAAGGAAAACTGTCAGAAGCAAAAGCCAGTGGAAATTCTATCAAAATTCAGGAAGCACAGGACATGGTTGTGCTATATGATTCTTTGCAACTTGCTCACAAGTGCATATTAAATTCTTTTTATGGATATGTTATGCGCAAGGGTGCAAGATGGTACTCTATGGAAATGGCTGGTGTTGTAACATATACTGGTGCAAAGATCATCCAAAATGCTCGATTACTTGTAGACAAAATTGGAAGACCACTGGAACTCGACACAGATGGCATTTGGTGTGTTTTGCCTGGTTCTTTCCCAGAGAATTTTACTTTCAAGACAAAAGCTGAGAAGAAGCTCACAATATCTTATCCATGTGTGATGCTTAATGTTGATGTTGCAAGAACCAACACCAATGATCAATATCAAACATTGAAAGATCCTGTAAGCAAGCTATACACAACAAATAGTGAATGCTCCATCGAATTTGAGGTAGATGGACCATACAAGGCCATGATTCTACCTGCCTCTAAAGAGGAAGGGATTCTGATAAAGAAGAGGTATGCTGTCTTCAATGAAGATGGAACCCTGGCAGAACTTAAAGGCTTTGAGATTAAGCGTCGAGGTGAGCTGAAGCTCATCAAAGTTTTTCAGGCGGAGGTATTTGATAAATTTCTCCATGGCTCTACTTTAGAGGAGTGCTATGCAGCTGTTGCCTCTGTTGCTAACCGCTGGTTAGATCTACTGGACAATCAAGGAATTGATATTTCTGACAGTGAGTTGCTTGGGTTCATATCAGAGTCAAGCACAATGAGTAAGTCCCTTGTTGACTATGGAGAACAGAAGTCATGTGCTGTAACTACAGCAAAAAGACTTGCAGAATTCCTTGGAGATTCAATGGTTAAAGACAAAGGACTGCACTGCCAATATATAGTTGCACGAGAGCCACAAGGCACCCCAGTGAGCGAGCGTGCTGTTCCGGTGGCTATTTTTGAGACAGATGCTGAGGTTGCAAAGTTCTATTTAAGAAAATGGTGCAAAGTCTCCACGGAAGCAAACATCCGATTTATTCTTGATTGGTCTTACTACAAGCAGCGCCTAAGCTCGGCTATTCAGAAGATCATAACTATTCCTGCAGCGATGCAAAAGATTTCAAATCCTGTTCCCCGAGTTCTTCATCCTGATTGGTTGCATAAAAAGGTCAGAGAGAAGGATGATCGATTTCGCCAGCGCAAACTACGTGATATGTTCAGTCCCTTGAATAAAGACATGGGGATGCATAACTTGAATGGAACTGGAGACATAGAGGATTTATTAACATCAGACAAAGGTTTGAGAAAAGCTACTGCTTCCCATAGTTTTAACATCGGCAAAGAAAATCATCCAAATGGGTCACCATCAGCAAAAGCTAGTTTGGGTCATTGCAAAAACCAGCAAAAATCTGTAATCAGGTCAAATGAACCACTCCGAGATGACTCTGCTGATGAAAGAGTTGATAGAAGCACTGATTACCAAGGATGGCTTGAGGCCAGGAAGAGAAAATGGAAATATGTCCGCGAACAGAAGAAACGTCGAAGGTTGGGTGCTGCAGCCTCTTCCGAGGGTCCCAGTAATAATTTGTTTTCTGCAAGAAATGTCAGTCAGTTACATGGCAATGGTAGGAATCGGTCTACATTTTTCCAGAAACAAGAATTGTCCCTCTTTAGATCACATTGGCAGATAATCCAGCTTGCTCCAAGTACATTGCCTGGCCGTTTTTTTGCATGGGTTGTTGCTGATGGTATCATGTTCAAGATTCCCATCAATGTGCCTAGAGTTTTCTACCTAAACTCGAAAGCTCCTATCACAGATGAGTTTCCAGGAAGGCGTGTAAAGAAGATTCTTCCTCATGGAAAACCATCTTTCAATCTCATCGAGGTTGTAACTAGTGAAGAACAGTTCAGGGCTGAAGGAAGAAAACTTGCTGCTCATCTTGCAGAGCCAGATGTTGAAGGCATATATGAGACGAAAATTCCACTGGAGCTAAATGCTATTCTCCAAATTGGTTGTGTCTGCAAAGTGGACAAATCTGCGAAGAAACGAAATATCCAAGATGGATGGGATCTTGCTGAGTTGCAAATGAAAACAACTGCAGAGTTCTCATACCTGGAACAAACAGTTTCATTTTTCTATCTATACCACAGTGTCTCTGAAGGAAGGGCTGTATATGTCATGTACTTCCCTACATCTCTCAGAGTACATGCAGTGGTTATCAATCCTTTCCGCAATAAAGAACTGTCACCTGCGTTTCTTGAAAAGCAATTTCGGGATGCTTGCCAAACTCCTGACCCTTTGCATGAAAATCTCACTTTCCAGGTGGACTACCACACATCAATGGATGCAGGTAGCAAATATGTGCAACGAATGTTACTTGAGTACAGACAACAACATCCTGGACCTGTCATAGGCATCATTGAATGCCCTAAACTCCAAGCTATAAGGGAATCTGTACGTGCACTTGATGATTTCCCGTGTGTAACCATTCCTTGCAATGCACGGGACAACAACTATCAGGCTCTTGGTTGGCAAGCGACAGCTGGTAGAACAAGCATGCAGCGCTGTGCTGCATCAACTCAATGGTTCAATGAAAGAATTTCACTTGCTAGATATGCACATGTGCCATTGGGAAACTTTGAACTTGATTGGCTTCTTTTTACTGCTGATGTGTTCTTCTCAAGGGCATTGCATGATCAACAACAGGTACTATGGATATCTGATGATGGTATTCCTGATTTAGGCGGCACATATGAAGGAGATACATGCTTTGCTGATGAAGTCATTCAACCTGCACTAACATATCCTGGCGCTTATAGGAGGATTTCTGTTGAGCTTAAGATTCATCATTTGGCGGTTAATTCTCTCCTTAAGAGCAGTCAAGTGGATGAAATGGAAGGAGGATCTATCGGCAACTTTGAAAATGATATTCCTCCTGGTCCAAATGCCACCGAGACTGACTATAATGACGCCAGCTTGTGTCTACCTGCTTTCCAAGTGCTGAAGCAACTCATTCAAAGATGCATCTCGGATGCAGTGTCTTCTGGAAATGTATTTGCTGATGCGATATTACAACATCTCTACCGTTGGCTTTGCAGCCCACGATCAAGACTTCATGACCCAGCTCTCCATCGCCTCCTTCATAATGTCATGAAGAAGGTCTTTGCTCTATTATTAGCTGAGTTTCGAAAGCTTGGAGCTAATGTTATCTTTGCAAACTTTTCTAAGATAATCATAGATACCGGAAAAGTGGACTTGCCGTCAGCACGTGCATACTGTGATAGCTTGCTGAAAACCTTACAGACAAGGGATCTTTTCGAGTGGATAGAGCTGGAACCTTTGCACTATTGGCACTCCTTACTGTTCATGGATCAGTACAACTACGGTGGGATTCAGGCCAAAACACAAAATGTAACATCTGCAGACAGTTCGGATGGTGATGATGATATTGACATCGTGTCAAGCTGGAACATAGCAGAATACTTGCCCAAAGCTACACAGGATCACTTTGTCTTGATCGTATCGGAGTTCCTATATGTTCCATGGAAATACATGAAAGAACAAGTAGCTTGTCGAGCAGCTATGAGGGATGACACCTCATGTACTCCATCTATAACAATCATGGCTGCTGAGAATCTTGAGGGACAGGTCGTTGATTACCTCCGTGGGCAGATCGGCACTTATTTTGCGGAAAAGCTTCTCACAATTGTGAGCGATATACTTCTCCATTTCAAAGGAAAAGGCAAGTCTGAATCAGTTGGACCTTCAAATAGTGAACTTGATCCTCACTTACATAAAGGCGATGCTGCATTGGAGTTCATTAAACATATATGTGCTGTTCTTGCTCTCGATCAGAATGTTCAGCATGATATTCTGAGAATGCGAAAGAACTTGTTAAAGTTGGTCCGTGTAAAGGAATTTGCTCCAGAAGCACAGTTCCAAGACCCCTGTGCCTCATTCATTCTCCCGAACGTGATTTGCAGCTATTGCAACGATTGCCGGGACCTTGACCTCTGCCGCGACTCGACGCTGCAAGGCCACGAGTGGAGGTGCGCGGTGCCGCAGTGTGGGCAGCCGTACCACCGCGAGGAGATGGAGAACGCGCTCCTGCAGATTGTGCGGCAGCGAGAGAGGCTGTACCACCTGCAGGACCTGGTGTGCGTCCGGTGCAGGCAGGTGAAGGCGGCCCATGTGTCGGAGCAGTGCAACTGTGGAGGTTCGTTCCGGTGCAAGGAGGAGGCGCCGCAGTTCCTTGGCAAGATGCGGGTCTTCCTGAACGTCGCGGTGAGCCAGAAGTTCGAGCTACTCCAGGACTGCGTCCGATGGATCCTGGAGGTCAGGTGA
Protein Sequence
- >TraesJUL1B03G00265260
MGGGDGRRRRPSAGGGGGGGGGSWGGRRSGSSAAKEQRVRLGAEELLEGRLGFAPYTQGDRRLGWLLTFSPSSWEDEDTGKIYSCVDLYFVSQDGSTFKVKYKFPPYFYAATKEKTELEVEAYLRRRYEGEIADIEIIEKEDLDLKNHLSGLKRKYLKIQFDTVQQLMRVRSDLMHVVEKNEEERDAVDAFESIYGVKRVERPQDYINCIIDLREYDVPYHVRFAIDNDVRSGQWYNVGVSGSDVLLQRREDLLQRAEVHVCAFDIETTKLPLKFPDAEYDSVMMISYMIDGQGYLIINRECVGEDIEDLEYTPKPEFEGHFRVKNVADEVGLLKAWFSHMQEVKPGIYVTYNGDFFDWPFLEKRAAHHGIKMNEEIGFQCDSNQGECRAKFSCHLDCFAWVKRDSYLPQGSQGLKAVTKAKLGYDPLEVNPEDMVRFAMEQPQTMASYSVSDAVATYYLYMTYVHPFIFSLATIIPMSPDEVLRKGSGTLCEMLLMVQAFQANIICPNKHQADLEKFYNNRLVESETYIGGHVECLETGVFRSDLPTKFQLEPSAFEQLIENLDRDLQYAIAVEGKLDIDSVTNYDEVKDAIKQKLVSLRDHPTREECPLIYHLDVAAMYPNIILTNRLQPPSIVTDVDCTACDFNRPGKNCLRTLEWVWRGETYTAKKSDYHHIKRQIESEMIQTGGVTSSKPFLDLSKPEHLLKLKDRLKKYCQKAYKRVVDKPITEVREAGICMRENSFYVDTVRSFRDRRYEYKGLNKTWKGKLSEAKASGNSIKIQEAQDMVVLYDSLQLAHKCILNSFYGYVMRKGARWYSMEMAGVVTYTGAKIIQNARLLVDKIGRPLELDTDGIWCVLPGSFPENFTFKTKAEKKLTISYPCVMLNVDVARTNTNDQYQTLKDPVSKLYTTNSECSIEFEVDGPYKAMILPASKEEGILIKKRYAVFNEDGTLAELKGFEIKRRGELKLIKVFQAEVFDKFLHGSTLEECYAAVASVANRWLDLLDNQGIDISDSELLGFISESSTMSKSLVDYGEQKSCAVTTAKRLAEFLGDSMVKDKGLHCQYIVAREPQGTPVSERAVPVAIFETDAEVAKFYLRKWCKVSTEANIRFILDWSYYKQRLSSAIQKIITIPAAMQKISNPVPRVLHPDWLHKKVREKDDRFRQRKLRDMFSPLNKDMGMHNLNGTGDIEDLLTSDKGLRKATASHSFNIGKENHPNGSPSAKASLGHCKNQQKSVIRSNEPLRDDSADERVDRSTDYQGWLEARKRKWKYVREQKKRRRLGAAASSEGPSNNLFSARNVSQLHGNGRNRSTFFQKQELSLFRSHWQIIQLAPSTLPGRFFAWVVADGIMFKIPINVPRVFYLNSKAPITDEFPGRRVKKILPHGKPSFNLIEVVTSEEQFRAEGRKLAAHLAEPDVEGIYETKIPLELNAILQIGCVCKVDKSAKKRNIQDGWDLAELQMKTTAEFSYLEQTVSFFYLYHSVSEGRAVYVMYFPTSLRVHAVVINPFRNKELSPAFLEKQFRDACQTPDPLHENLTFQVDYHTSMDAGSKYVQRMLLEYRQQHPGPVIGIIECPKLQAIRESVRALDDFPCVTIPCNARDNNYQALGWQATAGRTSMQRCAASTQWFNERISLARYAHVPLGNFELDWLLFTADVFFSRALHDQQQVLWISDDGIPDLGGTYEGDTCFADEVIQPALTYPGAYRRISVELKIHHLAVNSLLKSSQVDEMEGGSIGNFENDIPPGPNATETDYNDASLCLPAFQVLKQLIQRCISDAVSSGNVFADAILQHLYRWLCSPRSRLHDPALHRLLHNVMKKVFALLLAEFRKLGANVIFANFSKIIIDTGKVDLPSARAYCDSLLKTLQTRDLFEWIELEPLHYWHSLLFMDQYNYGGIQAKTQNVTSADSSDGDDDIDIVSSWNIAEYLPKATQDHFVLIVSEFLYVPWKYMKEQVACRAAMRDDTSCTPSITIMAAENLEGQVVDYLRGQIGTYFAEKLLTIVSDILLHFKGKGKSESVGPSNSELDPHLHKGDAALEFIKHICAVLALDQNVQHDILRMRKNLLKLVRVKEFAPEAQFQDPCASFILPNVICSYCNDCRDLDLCRDSTLQGHEWRCAVPQCGQPYHREEMENALLQIVRQRERLYHLQDLVCVRCRQVKAAHVSEQCNCGGSFRCKEEAPQFLGKMRVFLNVAVSQKFELLQDCVRWILEVR