Gur Aryeh
Research Institute
Complexity Networks Emergence
Adaptive Persistence
Cellular Identity
Reprogramming and
Cancer Reversal Therapy
We investigate how cellular identity is established, maintained, and can be reprogrammed, and how its dysregulation leads to cancer. Our goal is to develop conceptual frameworks and reduced mathematical models that guide strategies for reversing malignant states and restoring normal cellular identity.
Key Research Questions
1. Cellular Identity
2. Malignant Transformation
3. Reversal and Therapy
How is cellular identitv
established and maintained,
and what mechanisms allow
its reprogramming?
How does dysregulation of
cellular identity lead to cancer
initiation, progression, and
resistance to therapy?
What strategies can reprogran
malignant cells to restore normal identity, and what conditions enable stable, long-term reversion without relapse?
Research Approach
Regulatory Netwock Modeling
Develop reduced models of
gene regulatory networks,
epigenetic states, and cell-fate
dynamics.
Dynamical Systems Analysis
Investigate attractors, transition
barriers, and control strategies
for reprogramming malignant
states to normal cellular identity.
Therapeutic Strategy Development
Use conceptual and reduced
mathematical models to explore
reprogramming interventions
combination therapies, and
conditions for stable reversal.
Current Status and Collaboration
In the current phase, we are developing
theoretical frameworks and reduced
mathematical models of cellular identity,
malignant transformation, and reprogramming
strategies for cancer reversal.
Interested in collaborating?
We welcome researchers working
in systems biology, cancer research, mathematical modeling, and therapeutic development.