Rational Design of Cancer Drug Combinations

Cancer, despite decades of focused research and treatment development, still stands as one of the most stubborn threats to human health. Common treatments such as surgery, radiation, chemotherapy are effective, but they often fall short. Side effects can be severe, and results vary from patient to patient. More recent strategies, like immunotherapy or targeted drugs, seem promising but don't work across the board. What this paper tries to do is look at an alternativecombining drugs in a way that zeroes in on how cancer cells work differently from normal ones. Tumors grow in ways they shouldn't,mess with metabolism, resist cell death, and even fool the immune system. That opens the door to some overlooked treatmentsthings that change how cancer cells make energy, or that ramp up oxidative stress. It even includes tools like DNA origami, which sounds strange but lets drugs be delivered more precisely. The point isntto find one cure, but to build smarter combinations that match the diseases complexity and do less harm in the process.

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Publication Details

Journal
Theoretical and Natural Science
Published
2025-07-20
DOI
https://doi.org/10.54254/2753-8818/2025.au25018
Primary Topic
Computational Drug Discovery Methods
Type
article
Field-Weighted Citation Impact
0.00
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article

Rational Design of Cancer Drug Combinations

Jun Liu
Theoretical and Natural Science
Computational Drug Discovery Methods
article

Rational Design of Cancer Drug Combinations

Jun Liu
article en

Abstract

Cancer, despite decades of focused research and treatment development, still stands as one of the most stubborn threats to human health. Common treatments such as surgery, radiation, chemotherapy are effective, but they often fall short. Side effects can be severe, and results vary from patient to patient. More recent strategies, like immunotherapy or targeted drugs, seem promising but don't work across the board. What this paper tries to do is look at an alternativecombining drugs in a way that zeroes in on how cancer cells work differently from normal ones. Tumors grow in ways they shouldn't,mess with metabolism, resist cell death, and even fool the immune system. That opens the door to some overlooked treatmentsthings that change how cancer cells make energy, or that ramp up oxidative stress. It even includes tools like DNA origami, which sounds strange but lets drugs be delivered more precisely. The point isntto find one cure, but to build smarter combinations that match the diseases complexity and do less harm in the process.

Theoretical and Natural ScienceVol. 126(1)
Asheville Cardiology Associates (US), University of North Carolina at Asheville (US)
Openalex Percentile: Top 81%
Computational Drug Discovery Methods
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