New molecular imaging technologies, in particular optical ones, are increasingly used to understand the complexity and heterogeneity of cardiovascular diseases. While ‘omic’ approaches can provide us with comprehensive ‘snapshots’ of biomarkers, imaging studies can be used to understand the spatiotemporal activity of these markers in vivo. Imaging has also advanced clinically, and will ultimately allow us to determine disease activity and therapy response. In addition, newer developments will likely have an impact on our understanding of biology at the systems level, promote earlier clinical diagnosis and accelerate drug development
The emerging field of molecular and genomic imaging is providing new opportunities to visualize and ...
© Ivyspring International Publisher. This is an open-access article distributed under the terms of t...
Molecular imaging holds the promise of becoming a key diag-nostic modality in cardiovascular medicin...
Molecular imaging seeks to unravel critical molecular and cellular events in living subjects by prov...
The ability to visualize morphology and function of the heart plays a central role in cardiology pra...
Cardiovascular molecular imaging is a new discipline that inte-grates scientific advances in both fu...
Molecular imaging is aimed at noninvasive visualization of fundamental (disease) biomarkers in livin...
Despite significant advancements in medical and device-based therapies, cardiovascular disease remai...
Abstract—Imaging approaches that visualize molecular targets rather than anatomic structures aim to ...
Molecular imaging is aimed at noninvasive visualization of fundamental (disease) biomarkers in livin...
Recently, multimodality molecular imaging has evolved into a fast-growing research field with goals ...
Nanotechnology has been integrated into healthcare system in terms of diagnosis as well as therapy. ...
Molecular imaging is an innovative and promising approach in cardiology for functional characterizat...
Atherosclerosis is the major cause of cardiovascular disease, which still has the leading position i...
For some time, scientists with expertise in medical imag-ing, cell biology, and chemical engineering...
The emerging field of molecular and genomic imaging is providing new opportunities to visualize and ...
© Ivyspring International Publisher. This is an open-access article distributed under the terms of t...
Molecular imaging holds the promise of becoming a key diag-nostic modality in cardiovascular medicin...
Molecular imaging seeks to unravel critical molecular and cellular events in living subjects by prov...
The ability to visualize morphology and function of the heart plays a central role in cardiology pra...
Cardiovascular molecular imaging is a new discipline that inte-grates scientific advances in both fu...
Molecular imaging is aimed at noninvasive visualization of fundamental (disease) biomarkers in livin...
Despite significant advancements in medical and device-based therapies, cardiovascular disease remai...
Abstract—Imaging approaches that visualize molecular targets rather than anatomic structures aim to ...
Molecular imaging is aimed at noninvasive visualization of fundamental (disease) biomarkers in livin...
Recently, multimodality molecular imaging has evolved into a fast-growing research field with goals ...
Nanotechnology has been integrated into healthcare system in terms of diagnosis as well as therapy. ...
Molecular imaging is an innovative and promising approach in cardiology for functional characterizat...
Atherosclerosis is the major cause of cardiovascular disease, which still has the leading position i...
For some time, scientists with expertise in medical imag-ing, cell biology, and chemical engineering...
The emerging field of molecular and genomic imaging is providing new opportunities to visualize and ...
© Ivyspring International Publisher. This is an open-access article distributed under the terms of t...
Molecular imaging holds the promise of becoming a key diag-nostic modality in cardiovascular medicin...