Progress in cell biology, genetics, molecular, and systems pharmacology is the driving force behind a current paradigm shift in drug research. This paradigm shift shapes new avenues for advanced treatments that are commonly referred to as 'systems therapeutics'. Systems therapeutics differ in many ways from current drugs because they target biological networks rather than single transduction pathways, and affect disease processes rather than physiological processes. Here, we examine how the paradigm shift towards systems therapeutics will change current scientific concepts of the interactions between drugs and diseases, the organization of research and development, as well as the clinical use and therapeutic evaluations of therapeutic inter...
AbstractSystems biology aims to provide a holistic and in many cases dynamic picture of biological f...
Systems modeling is emerging as a valuable tool in therapeutics. This is seen by the increasing use ...
Network medicine is a rapidly evolving new field of medical research, which combines principles and ...
Progress in cell biology, genetics, molecular, and systems pharmacology is the driving force behind ...
Emergence of systems biology is expected to have a large impact on pharmaceutical R&D. Systems a...
The concept of systems-based strategies in medicine is emerging, with systems pathology guiding an u...
A pharmacology that hits single disease-causing molecules with a single drug passively distributing ...
A pharmacology that hits single disease-causing molecules with a single drug passively distributing ...
International audienceSystems biology is today such a widespread discipline that it becomes difficul...
Improvements in drug design have historically been centered around structure-based optimization of m...
In this Perspective, we focus on new, systems-centric views of structure-based drug design (SBDD) th...
Clinical science seems to have reached a tipping point. It appears that a new paradigm is beginning ...
The dominant paradigm in drug discovery is the concept of designing maximally selective ligands to a...
genomics; personalized medicine; systems biology Systems biology as a paradigm shift in clinical res...
AbstractSystems biology aims to provide a holistic and in many cases dynamic picture of biological f...
Systems modeling is emerging as a valuable tool in therapeutics. This is seen by the increasing use ...
Network medicine is a rapidly evolving new field of medical research, which combines principles and ...
Progress in cell biology, genetics, molecular, and systems pharmacology is the driving force behind ...
Emergence of systems biology is expected to have a large impact on pharmaceutical R&D. Systems a...
The concept of systems-based strategies in medicine is emerging, with systems pathology guiding an u...
A pharmacology that hits single disease-causing molecules with a single drug passively distributing ...
A pharmacology that hits single disease-causing molecules with a single drug passively distributing ...
International audienceSystems biology is today such a widespread discipline that it becomes difficul...
Improvements in drug design have historically been centered around structure-based optimization of m...
In this Perspective, we focus on new, systems-centric views of structure-based drug design (SBDD) th...
Clinical science seems to have reached a tipping point. It appears that a new paradigm is beginning ...
The dominant paradigm in drug discovery is the concept of designing maximally selective ligands to a...
genomics; personalized medicine; systems biology Systems biology as a paradigm shift in clinical res...
AbstractSystems biology aims to provide a holistic and in many cases dynamic picture of biological f...
Systems modeling is emerging as a valuable tool in therapeutics. This is seen by the increasing use ...
Network medicine is a rapidly evolving new field of medical research, which combines principles and ...