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Optogenetics for Investigating and Targeting Hallmark Traits of Cancer
Hannah Kienbacher1,2, Muhammad Hashim1, Michael Grusch1
1Center for Cancer Research, Comprehensive Cancer Center Vienna, Medical University of Vienna, 1090 Vienna, Austria.
Abstract:
The light-mediated, specific, and precise control of cell functions enabled by optogenetics has become a versatile method for investigating and combatting cancer. An increasing set of optogenetic tools enables tightly controlled regulation of ion flux across biological membranes, gene expression, gene editing, and protein-protein interactions and is being used to interrogate hallmark traits of cancer at the cellular, subcellular, and organismic level. This enables, on the one hand, the identification of critical signaling circuits required for cancer development and progression in vitro and in animal models and can flag potential intervention points for pharmacologic interference. On the other hand, optogenetics can improve the level of control in cell-based therapeutics. The current article provides a review of optogenetic tools and approaches used in the cancer research field and their multiple applications for improving our understanding of signal transduction pathways, modulating immune functions in the tumor microenvironment, facilitating drug screening, or directly attacking cancer cells. Key advantages and achievements of optogenetics in the cancer research field and remaining barriers for clinical applications are discussed.
Insights
Optogenetics offers precise, light-controlled methods to study and fight cancer. This technology precisely regulates cell functions, aiding in understanding cancer development and advancing cell-based cancer therapies.
Area of Science:
- Biomedical Engineering
- Molecular Biology
- Cancer Research
Background:
- Optogenetics provides precise control over cellular functions using light.
- Cancer research benefits from optogenetics for investigating complex biological processes.
- Existing optogenetic tools allow regulation of ion flux, gene expression, and protein interactions.
Purpose of the Study:
- To review optogenetic tools and their applications in cancer research.
- To highlight optogenetics' role in understanding cancer signaling pathways and immune modulation.
- To discuss the potential of optogenetics in cell-based therapeutics and drug screening.
Main Methods:
- Review of current optogenetic tools and methodologies.
- Analysis of optogenetics' application in cancer cell, subcellular, and organismic studies.
- Examination of optogenetics in modulating tumor microenvironment and immune functions.
Main Results:
- Optogenetics enables detailed interrogation of cancer hallmarks and signaling circuits.
- Identification of potential intervention points for cancer pharmacologic interference.
- Demonstration of optogenetics' utility in improving control of cell-based cancer therapeutics.
Conclusions:
- Optogenetics is a powerful tool for advancing cancer research and therapy development.
- Significant progress has been made in applying optogenetics to understand and combat cancer.
- Barriers to clinical translation of optogenetic cancer therapies require further investigation.
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