Many complex diseases that are difficult to treat cannot be mapped onto a single cause, but arise from the interplay of multiple contributing factors. In the study of such diseases, it is becoming apparent that therapeutic strategies targeting a single protein or metabolite are often not efficacious. Rather, a systems perspective describing the interaction of physiological components is needed. In this paper, we demonstrate via examples of disease models the kind of inverse problems that arise from the need to infer disease mechanisms and/or therapeutic strategies. We identify the challenges that arise, in particular the need to devise strategies that are robust against variable physiological states and parametric uncertainties
To understand complex biological systems such as cells, tissues, or even the human body, it is not s...
Discovering novel treatment strategies for complex chronic illnesses through traditional discovery p...
Biological systems are complex, with many interacting subsystems that operate at different functiona...
Solving inverse problems are an essential part of finding unmeasurable properties in biological syst...
The improved capacity to acquire quantitative data in a clinical setting has generally failed to imp...
Systems Biology may be assimilated to a symbiotic cyclic interplaying between the forward and invers...
The improved capacity to acquire quantitative data in a clinical setting has generally failed to imp...
AbstractAn important challenge facing researchers in drug development is how to translate multi-omic...
We argue that our common diseases should not necessarily be taken as a sign of physiological error. ...
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 ...
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 ...
A pharmacology that hits single disease-causing molecules with a single drug passively distributing ...
Human physiology incorporates integrated biological processes ranging from cell-to-cell interactions...
To understand complex biological systems such as cells, tissues, or even the human body, it is not s...
Discovering novel treatment strategies for complex chronic illnesses through traditional discovery p...
Biological systems are complex, with many interacting subsystems that operate at different functiona...
Solving inverse problems are an essential part of finding unmeasurable properties in biological syst...
The improved capacity to acquire quantitative data in a clinical setting has generally failed to imp...
Systems Biology may be assimilated to a symbiotic cyclic interplaying between the forward and invers...
The improved capacity to acquire quantitative data in a clinical setting has generally failed to imp...
AbstractAn important challenge facing researchers in drug development is how to translate multi-omic...
We argue that our common diseases should not necessarily be taken as a sign of physiological error. ...
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 ...
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 ...
A pharmacology that hits single disease-causing molecules with a single drug passively distributing ...
Human physiology incorporates integrated biological processes ranging from cell-to-cell interactions...
To understand complex biological systems such as cells, tissues, or even the human body, it is not s...
Discovering novel treatment strategies for complex chronic illnesses through traditional discovery p...
Biological systems are complex, with many interacting subsystems that operate at different functiona...