AbstractLipid metabolism is highly relevant as it plays a central role in a number of human diseases. Due to the highly interactive structure of lipid metabolism and its regulation, it is necessary to apply a holistic approach, and systems biology is therefore well suited for integrated analysis of lipid metabolism. In this paper it is demonstrated that the yeast Saccharomyces cerevisiae serves as an excellent model organism for studying the regulation of lipid metabolism in eukaryotes as most of the regulatory structures in this part of the metabolism are conserved between yeast and mammals. Hereby yeast systems biology can assist to improve our understanding of how lipid metabolism is regulated
Metabolism is a network of biotransformations that sustain life in cells. Over the past decades, met...
Metabolism defines the set of biochemical reactions within an organism, allowing it to survive and a...
Complex human diseases commonly arise from deregulation of cell growth, metabolism, and/or gene expr...
Lipid metabolism is highly relevant as it plays a central role in a number of human diseases. Due to...
AbstractLipids are essential eukaryotic cellular constituents. Lipid metabolism has a strong impact ...
Lipid metabolism plays an important role in the development of many different life-style related dis...
The yeast Saccharomyces cerevisiae is a widely used model organism for studying cell biology, metabo...
Over the last decades, yeast has become a key model organism for the study of lipid biochemistry. Be...
Lipids carry a very important role in cell structure and function, as well as in the physiopathology...
Lipids carry an important role in cell structure and function, as well as in the physiopathology of ...
SummaryElucidating how and to what extent lipid metabolism is remodeled under changing conditions is...
The lipid composition of biological membranes can differ significantly between organisms and even be...
Lipids are major constituents of the cell. They are responsible for major properties of the cellular...
Lipids play a central role in cellular function as constituents of membranes, as signaling molecules...
Lipids play a very important role in cell structure and function, as well as in the physiopathology ...
Metabolism is a network of biotransformations that sustain life in cells. Over the past decades, met...
Metabolism defines the set of biochemical reactions within an organism, allowing it to survive and a...
Complex human diseases commonly arise from deregulation of cell growth, metabolism, and/or gene expr...
Lipid metabolism is highly relevant as it plays a central role in a number of human diseases. Due to...
AbstractLipids are essential eukaryotic cellular constituents. Lipid metabolism has a strong impact ...
Lipid metabolism plays an important role in the development of many different life-style related dis...
The yeast Saccharomyces cerevisiae is a widely used model organism for studying cell biology, metabo...
Over the last decades, yeast has become a key model organism for the study of lipid biochemistry. Be...
Lipids carry a very important role in cell structure and function, as well as in the physiopathology...
Lipids carry an important role in cell structure and function, as well as in the physiopathology of ...
SummaryElucidating how and to what extent lipid metabolism is remodeled under changing conditions is...
The lipid composition of biological membranes can differ significantly between organisms and even be...
Lipids are major constituents of the cell. They are responsible for major properties of the cellular...
Lipids play a central role in cellular function as constituents of membranes, as signaling molecules...
Lipids play a very important role in cell structure and function, as well as in the physiopathology ...
Metabolism is a network of biotransformations that sustain life in cells. Over the past decades, met...
Metabolism defines the set of biochemical reactions within an organism, allowing it to survive and a...
Complex human diseases commonly arise from deregulation of cell growth, metabolism, and/or gene expr...