“Omic tools” for investigation creative plant systens DOI Creative Commons

Larysa Bronnikova,

І. О. Zaitseva,

Л. О. Хоменко

et al.

Notes in Current Biology, Journal Year: 2024, Volume and Issue: 7(1)

Published: June 6, 2024

The result of the genotype/environment (G/E) interaction affects success implementation genetic program a plant biological system any level, from cell population to multicellular organism. During this interaction, absorbs trophic and energy resources, processes assimilates them. Under normal conditions, signal perception transduction occurs against background homeostasis regulated by genome. Genetic control is exercised at all stages growth development systems via differential gene expression. activity metabolism coordinated cooparated action ionome, proteome, metabolome, transcriptome. Direct cross connections between these aspects life are established developed constantly manifest themselves in form dynamic phenotypic effects structural formations enzyme chains. Disturbanses within individual disconnection them reveal differences stable, sensitive unstable forms. obtained information basis for experiments obtain forms with improved characteristics. A range tasks has been outlined direction, there have already significant developments. Comparison dynamics functioning creative variants level showed their original Changes determined interactions transgenes endogenous genes can positive/negative/combined characteristics new system. Comparative studies vital will provide about process communication both tissues use various combinations “omic tools” facilitate discovery promising candidates among regulatory genes, as well promoters. On other hand, be stimulus improving methods directions research.

Language: Английский

“Omic tools” for investigation creative plant systens DOI Creative Commons

Larysa Bronnikova,

І. О. Zaitseva,

Л. О. Хоменко

et al.

Notes in Current Biology, Journal Year: 2024, Volume and Issue: 7(1)

Published: June 6, 2024

The result of the genotype/environment (G/E) interaction affects success implementation genetic program a plant biological system any level, from cell population to multicellular organism. During this interaction, absorbs trophic and energy resources, processes assimilates them. Under normal conditions, signal perception transduction occurs against background homeostasis regulated by genome. Genetic control is exercised at all stages growth development systems via differential gene expression. activity metabolism coordinated cooparated action ionome, proteome, metabolome, transcriptome. Direct cross connections between these aspects life are established developed constantly manifest themselves in form dynamic phenotypic effects structural formations enzyme chains. Disturbanses within individual disconnection them reveal differences stable, sensitive unstable forms. obtained information basis for experiments obtain forms with improved characteristics. A range tasks has been outlined direction, there have already significant developments. Comparison dynamics functioning creative variants level showed their original Changes determined interactions transgenes endogenous genes can positive/negative/combined characteristics new system. Comparative studies vital will provide about process communication both tissues use various combinations “omic tools” facilitate discovery promising candidates among regulatory genes, as well promoters. On other hand, be stimulus improving methods directions research.

Language: Английский

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