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PubMed:14573517 JSONTXT

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Oryza_sentences

Id Subject Object Predicate Lexical cue
T1 0-139 Sentence denotes The DUET gene is necessary for chromosome organization and progression during male meiosis in Arabidopsis and encodes a PHD finger protein.
T2 140-259 Sentence denotes Progression through the meiotic cell cycle is an essential part of the developmental program of sporogenesis in plants.
T3 260-389 Sentence denotes The duet mutant of Arabidopsis was identified as a male sterile mutant that lacked pollen and underwent an aberrant male meiosis.
T4 390-479 Sentence denotes Male meiocyte division resulted in the formation of two cells instead of a normal tetrad.
T5 480-672 Sentence denotes In wild type, male meiosis extends across two successive bud positions in an inflorescence whereas in duet, meiotic stages covered three to five bud positions indicating defective progression.
T6 673-869 Sentence denotes Normal microspores were absent in the mutant and the products of the aberrant meiosis were uni- to tri-nucleate cells that later degenerated, resulting in anthers containing largely empty locules.
T7 870-1002 Sentence denotes Defects in male meiotic chromosome organization were observed starting from diplotene and extending to subsequent stages of meiosis.
T8 1003-1114 Sentence denotes There was an accumulation of meiotic structures at metaphase 1, suggesting an arrest in cell cycle progression.
T9 1115-1231 Sentence denotes Double mutant analysis revealed interaction with dyad, a mutation causing chromosome cohesion during female meiosis.
T10 1232-1378 Sentence denotes Cloning and molecular analysis of DUET indicated that it potentially encodes a PHD-finger protein and shows specific expression in male meiocytes.
T11 1379-1492 Sentence denotes Taken together these data suggest that DUET is required for male meiotic chromosome organization and progression.