Publications by authors named "A V Milyaev"

Dormancy in temperate fruit trees is a mechanism of temporary growth suspension, which is vital for tree survival during winter. Studies on this phenomenon frequently employ scientific methods that aim to detect the timing of dormancy release. Dormancy release occurs when trees have been exposed to sufficient chill, allowing them to resume growth under conducive conditions.

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Hops (Humulus lupulus L.) are essential ingredients in brewing, contributing to beer's flavor, aroma, and stability. This study pioneers an in-depth analysis of the 'Callista' cultivar, aiming to unravel how harvest timing, annual variations, and cultivation location synergistically influence its molecular profile, sensory perception, and biochemistry.

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Apple (Malus × domestica Borkh.) cropping behavior, if not regulated, is often manifested by high yields of small-sized fruit in so called ON-years, which are usually followed by strongly reduced crop loads in OFF-years. Such cropping pattern is defined as biennial bearing and causes significant losses in apple production.

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The cropping behavior of biennial apple (Malus ×domestica Borkh.) cultivars is irregular and often follows a biennial bearing pattern with 'On' years (high crop load and inhibited floral bud formation) followed by 'Off' years (little crop load and a promoted formation of floral buds). To study proteomic differences between floral and vegetative buds, trees of the strongly alternating cultivar 'Fuji' and the regular bearing cultivar 'Gala' were either completely thinned or not thinned at full bloom to establish two cropping treatments with no ('Off') or a high ('On') crop load, respectively.

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Article Synopsis
  • The study examines flower bud induction in apple trees, focusing on the biennial-bearing 'Fuji' and regular-bearing 'Gala' cultivars, comparing buds from trees with high (ON) and low (OFF) crop loads.
  • It utilizes a multi-omics approach, including RNA sequencing and proteomics, to explore the physiological and molecular mechanisms of bud development before flower initiation.
  • Key findings reveal significant differences in metabolic profiles and gene expressions related to flower bud induction, highlighting variations in important compounds like thiamine and chlorogenic acid between the cultivars and crop load statuses.
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