An important component of metabolic regulation is compartmentation and specialization. Subcellular compartmentation and the role of individual organelles is well studied, though less consideration has been given to the extent to which organelles differ between cells. Organelles extracted from whole tissue homogenates will have generally originated from a range of cell types. This review describes and assesses the regulation of metabolic activity in plants at both the cellular and subcellular level by considering specialization of mitochondria and plastids.</p
This review considers the importance of compartmentation in the regulation of carbohydrate metabolis...
Higher plant mitochondria are dynamic, pleomorphic organelles. The higher plant chondriome (all mito...
The primary function of mitochondria is respiration, where the catabolism of substrates is coupled t...
An important component of metabolic regulation is compartmentation and specialization. Subcellular c...
Document Type : Book ChapterInternational audiencePlastids are semiautonomous organelles derived fro...
Document Type : Book ChapterInternational audiencePlastids are semiautonomous organelles derived fro...
Mitochondria represent a key organelle in plant cells being involved in many aspects of the plant li...
In addition to efficient synthesis of ATP by oxidative phosphorylation, acquisition of the mitochond...
In addition to efficient synthesis of ATP by oxidative phosphorylation, acquisition of the mitochond...
Identifying the correct subcellular locations for all enzymes and metabolites in plant metabolic net...
International audiencePlastids are semiautonomous organelles like mitochondria, and derive from a cy...
International audiencePlastids are semiautonomous organelles like mitochondria, and derive from a cy...
International audiencePlastids are semiautonomous organelles like mitochondria, and derive from a cy...
This review considers the importance of compartmentation in the regulation of carbohydrate metabolis...
This review considers the importance of compartmentation in the regulation of carbohydrate metabolis...
This review considers the importance of compartmentation in the regulation of carbohydrate metabolis...
Higher plant mitochondria are dynamic, pleomorphic organelles. The higher plant chondriome (all mito...
The primary function of mitochondria is respiration, where the catabolism of substrates is coupled t...
An important component of metabolic regulation is compartmentation and specialization. Subcellular c...
Document Type : Book ChapterInternational audiencePlastids are semiautonomous organelles derived fro...
Document Type : Book ChapterInternational audiencePlastids are semiautonomous organelles derived fro...
Mitochondria represent a key organelle in plant cells being involved in many aspects of the plant li...
In addition to efficient synthesis of ATP by oxidative phosphorylation, acquisition of the mitochond...
In addition to efficient synthesis of ATP by oxidative phosphorylation, acquisition of the mitochond...
Identifying the correct subcellular locations for all enzymes and metabolites in plant metabolic net...
International audiencePlastids are semiautonomous organelles like mitochondria, and derive from a cy...
International audiencePlastids are semiautonomous organelles like mitochondria, and derive from a cy...
International audiencePlastids are semiautonomous organelles like mitochondria, and derive from a cy...
This review considers the importance of compartmentation in the regulation of carbohydrate metabolis...
This review considers the importance of compartmentation in the regulation of carbohydrate metabolis...
This review considers the importance of compartmentation in the regulation of carbohydrate metabolis...
Higher plant mitochondria are dynamic, pleomorphic organelles. The higher plant chondriome (all mito...
The primary function of mitochondria is respiration, where the catabolism of substrates is coupled t...