‘Whole body ’ imaging potentially can make fundamental research more useful and help clinicians evaluate new treatments quickly and more effectively. One particular asset to productivity is that because only very low amounts of radiolabeled drug have to be administered for analysis, human studies can be carried out even before the drug is entered into Phase I trials
X-ray imiging plays a crucial role in the diagnosis of pathology of virtiuilly every organ system of...
Functional molecular imaging provides a unique perspective on a disease. Methods including positron-...
Drug development is a time consuming and costly process, and new molecules go through preclinical st...
While economic, scientific and regulatory questions still need to be answered, imaging technologies ...
Radiopharmaceuticals are used to detect and characterise disease processes, or normal biological fun...
There is a widely shared perception that it is becoming increasingly urgent to find reliable measure...
There is currently increased focus on experimental medicine in drug development. Imaging methods pot...
Molecular imaging is beginning to be applied to pre-clinical drug development efforts, and a number ...
Significant bottlenecks in clinical development currently limit the rate at which novel medicines ca...
International audienceDeveloping imaging technologies and molecular probes that allow cancer detecti...
Developing new oncology drugs has increased since the improved understanding of cancer's complex bio...
The better and earlier a disease can be diagnosed and characterized, the higher the chance to be abl...
Many cardiovascular drugs in the pipeline will fail to demonstrate a clear clinical benefit when eva...
In early drug development advanced imaging techniques can help with progressing new molecular entiti...
Gamma scintigraphy has established itself as a method of choice for the in vivo monitoring of the fa...
X-ray imiging plays a crucial role in the diagnosis of pathology of virtiuilly every organ system of...
Functional molecular imaging provides a unique perspective on a disease. Methods including positron-...
Drug development is a time consuming and costly process, and new molecules go through preclinical st...
While economic, scientific and regulatory questions still need to be answered, imaging technologies ...
Radiopharmaceuticals are used to detect and characterise disease processes, or normal biological fun...
There is a widely shared perception that it is becoming increasingly urgent to find reliable measure...
There is currently increased focus on experimental medicine in drug development. Imaging methods pot...
Molecular imaging is beginning to be applied to pre-clinical drug development efforts, and a number ...
Significant bottlenecks in clinical development currently limit the rate at which novel medicines ca...
International audienceDeveloping imaging technologies and molecular probes that allow cancer detecti...
Developing new oncology drugs has increased since the improved understanding of cancer's complex bio...
The better and earlier a disease can be diagnosed and characterized, the higher the chance to be abl...
Many cardiovascular drugs in the pipeline will fail to demonstrate a clear clinical benefit when eva...
In early drug development advanced imaging techniques can help with progressing new molecular entiti...
Gamma scintigraphy has established itself as a method of choice for the in vivo monitoring of the fa...
X-ray imiging plays a crucial role in the diagnosis of pathology of virtiuilly every organ system of...
Functional molecular imaging provides a unique perspective on a disease. Methods including positron-...
Drug development is a time consuming and costly process, and new molecules go through preclinical st...