The ability to visualize morphology and function of the heart plays a central role in cardiology practice today. However, clinical tools to diagnose processes in an early phase on a molecular level in order to prevent dysmorphy or dysfunction are still lacking. There is a need for early diagnosis of molecular processes on a pre-disease level and the ability to monitor existing and novel treatments enabling personalized medicine. Molecular imaging is emerging in research and early clinical trials as a very promising approach in diagnosis and monitoring of heart disease. In this review we aim to discuss the potential of molecular imaging in cardiovascular disease
Molecular imaging is aimed at noninvasive visualization of fundamental (disease) biomarkers in livin...
Nanotechnology has been integrated into healthcare system in terms of diagnosis as well as therapy. ...
Molecular imaging is aimed at noninvasive visualization of fundamental (disease) biomarkers in livin...
The ability to visualize morphology and function of the heart plays a central role in cardiology pra...
Molecular imaging holds the promise of becoming a key diag-nostic modality in cardiovascular medicin...
The emerging field of molecular and genomic imaging is providing new opportunities to visualize and ...
Cardiac diseases have complex molecular origins. However, current clinical diagnostic tools are ofte...
Molecular imaging seeks to unravel critical molecular and cellular events in living subjects by prov...
Despite significant advancements in medical and device-based therapies, cardiovascular disease remai...
Cardiovascular molecular imaging is a new discipline that inte-grates scientific advances in both fu...
Cardiovascular diseases (CVDs), including atherosclerosis, are chronic inflammatory diseases charact...
Molecular imaging aims to enable personalized medicine via imaging-specific molecular and cellular t...
New molecular imaging technologies, in particular optical ones, are increasingly used to understand ...
Abstract: Despite recent progress, cardiovascular and allied metabolic disorders remain a worldwide ...
AbstractThis review summarizes some of the major advances in the investigation of molecular mechanis...
Molecular imaging is aimed at noninvasive visualization of fundamental (disease) biomarkers in livin...
Nanotechnology has been integrated into healthcare system in terms of diagnosis as well as therapy. ...
Molecular imaging is aimed at noninvasive visualization of fundamental (disease) biomarkers in livin...
The ability to visualize morphology and function of the heart plays a central role in cardiology pra...
Molecular imaging holds the promise of becoming a key diag-nostic modality in cardiovascular medicin...
The emerging field of molecular and genomic imaging is providing new opportunities to visualize and ...
Cardiac diseases have complex molecular origins. However, current clinical diagnostic tools are ofte...
Molecular imaging seeks to unravel critical molecular and cellular events in living subjects by prov...
Despite significant advancements in medical and device-based therapies, cardiovascular disease remai...
Cardiovascular molecular imaging is a new discipline that inte-grates scientific advances in both fu...
Cardiovascular diseases (CVDs), including atherosclerosis, are chronic inflammatory diseases charact...
Molecular imaging aims to enable personalized medicine via imaging-specific molecular and cellular t...
New molecular imaging technologies, in particular optical ones, are increasingly used to understand ...
Abstract: Despite recent progress, cardiovascular and allied metabolic disorders remain a worldwide ...
AbstractThis review summarizes some of the major advances in the investigation of molecular mechanis...
Molecular imaging is aimed at noninvasive visualization of fundamental (disease) biomarkers in livin...
Nanotechnology has been integrated into healthcare system in terms of diagnosis as well as therapy. ...
Molecular imaging is aimed at noninvasive visualization of fundamental (disease) biomarkers in livin...