Desiccation-Induced Damage and Changes in Total and Heat-Stable Protein Populations in Two Rapeseed Species

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概要

• 論文の詳細を見る

• Desiccation-induced damage and the capacity to synthesize heat-stable proteins have been examined in two Brassica species. Desiccation damage to young seedlings, measured as electrolyte leakage and inhibition of overall protein synthesis, is greater in B. napus than in B. juncea. Constitutive synthesis of heat-stable proteins is low and declines during desiccation in B. napus while it is relatively high and further increases during desiccation in the case of B. juncea.

• 日本植物生理学会の論文

著者

• Leblanc Rosanne

  Department Of Biology Mcgill University

• DHINDSA Rajinder

  Department of Biology, McGill University

• Dhindsa Rajinder

  Department Of Biology Mcgill University

関連論文

• Desiccation-Induced Damage and Changes in Total and Heat-Stable Protein Populations in Two Rapeseed Species
• Alfalfa Nuclei Contain Cold-Responsive Phosphoproteins and Accumulate Heat-Stable Proteins during Cold Treatment of Seedlings

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