Tracer techniques are powerful methods for assessing rates of biological processes in vivo. A case in point is intermediary metabolism of energy providing substrates, a central feature of every living cell. In the heart, the tight coupling between metabolism and contractile function offers an opportunity for the simultaneous assessment of cardiac performance at different levels in vivo: coronary flow, myocardial perfusion, oxygen delivery, metabolism, and contraction. Noninvasive imaging techniques used to identify the metabolic footprints of either normal or perturbed cardiac function are discussed
In this work we demonstrate a label-free optical imaging technique to assess metabolic status and ox...
Although metabolic remodeling during cardiovascular diseases has been well-recognized for decades, t...
AbstractWith increasing aging population, the numbers of cardiovascular disease especially heart fai...
Tracer techniques are powerful methods for assessing rates of biological processes in vivo. A case i...
Current imaging methods have focused on evaluation of myocardial anatomy and function. However, sinc...
Cardiac health is dependent on the heart’s ability to utilize different substrates to support the ov...
Energy substrate metabolism and contractile function are tightly coupled in the heart. Within this f...
Myocardial fuel selection is a key feature of the health and function of the heart, with clear links...
AbstractNoninvasive quantification of regional myocardial metabolism would be highly desirable to ev...
AbstractObjectives. This study was performed to define the importance of maintenance of oxidative me...
Positron emission computed tomography is a new technique for the nonin vasive measure of myocardial ...
Recent advances in cancer cell metabolism provide unprecedented opportunities for a new understandin...
Positron emission tomography has been shown to distinguish between reversible and irreversible ische...
Background: The failing heart is traditionally described as metabolically inflexible and oxygen star...
The heart’s extraordinary metabolic flexibility allows it to adapt to normal changes in physiology i...
In this work we demonstrate a label-free optical imaging technique to assess metabolic status and ox...
Although metabolic remodeling during cardiovascular diseases has been well-recognized for decades, t...
AbstractWith increasing aging population, the numbers of cardiovascular disease especially heart fai...
Tracer techniques are powerful methods for assessing rates of biological processes in vivo. A case i...
Current imaging methods have focused on evaluation of myocardial anatomy and function. However, sinc...
Cardiac health is dependent on the heart’s ability to utilize different substrates to support the ov...
Energy substrate metabolism and contractile function are tightly coupled in the heart. Within this f...
Myocardial fuel selection is a key feature of the health and function of the heart, with clear links...
AbstractNoninvasive quantification of regional myocardial metabolism would be highly desirable to ev...
AbstractObjectives. This study was performed to define the importance of maintenance of oxidative me...
Positron emission computed tomography is a new technique for the nonin vasive measure of myocardial ...
Recent advances in cancer cell metabolism provide unprecedented opportunities for a new understandin...
Positron emission tomography has been shown to distinguish between reversible and irreversible ische...
Background: The failing heart is traditionally described as metabolically inflexible and oxygen star...
The heart’s extraordinary metabolic flexibility allows it to adapt to normal changes in physiology i...
In this work we demonstrate a label-free optical imaging technique to assess metabolic status and ox...
Although metabolic remodeling during cardiovascular diseases has been well-recognized for decades, t...
AbstractWith increasing aging population, the numbers of cardiovascular disease especially heart fai...