Sentence examples for metabolic research from inspiring English sources

In this chapter, I describe the urban metabolic research perspective, clarify the connotations of urban metabolism, describe its evolution, and propose a method for identifying problems with a city's metabolism, with the goal of raising questions that lead to solving the identified problems.

Plant metabolic research has applications in agriculture, pharmaceuticals, and renewable energy, so researchers with knowledge of plants and quantitative biology skills can find job opportunities in several sectors.

Adaptations for metabolic efficiency, extreme metabolic and physiological regulation, and extensive fluctuations in oxidative metabolism have made alethinophidian snakes an important model for physiological and metabolic research [10] [13], and the adaptation of COI seems certain to be related in some way to their unique metabolism and physiology.

His father, a cardiologist, works in Lawrenceville, N.J., as a director of metabolic research and cardiovascular diseases at Bristol Myers-Squibb.

The new centre will transform research into the prevention, diagnosis and treatment of these conditions, involving everything from metabolic research to the economics of food supply".

Jeremy Nicholson, a professor of biological chemistry who heads a world-leading metabolic research team at Imperial College London, says the results show the problems in prescribing one way of eating to a large and varied population.

At present, FGF21 is considered as a novel metabolism regulator and has become a focus of metabolic disease research.

Mildred Cohn, a biochemist who overcame religious and sex discrimination to advance the study of metabolic processes, research that contributed to the development of medical technologies like M.R.I.'s, died on Oct. 12 in Philadelphia.

Introduction: In metabolic ICU research it is often desirable to measure local blood flow to quantify production/utilization of various substrates.

It was demonstrated experimentally that the nanoporous aluminum oxide membranes are well suited as substrates in cell culture model systems for metabolic, pharmacological/toxicological research, tissue engineering and studies on pathogens as well as bioartificial liver systems.

Rodent models have long been the pillar of obesity and metabolic syndrome research.