Archive · 9 Jan 2026
10-Minute Workout Triggers Anti-Cancer Molecules
A recent study found that just 10 minutes of high-intensity exercise can change the molecules in your blood.
These changes can help fight bowel cancer by slowing down cancer cell growth and helping repair damaged DNA.
The study involved 30 people who did a short, intense cycling workout.
After the workout, scientists found that the participants' blood had higher levels of certain molecules that help fight inflammation and improve health.
When they tested this blood on bowel cancer cells in the lab, they saw big changes in how the cancer cells behaved.
This shows that even a little bit of exercise can have a big impact on your health and might help prevent cancer.
The researchers think this could lead to new treatments that copy the good effects of exercise.
A 10-minute high-intensity workout can trigger anti-cancer molecules in the bloodstream.
The study found that exercise-induced molecules can alter the expression of over 1,300 genes in bowel cancer cells.
Key molecules identified include interleukin-6 (IL-6), which plays a role in DNA repair.
Exercise increased genes that boost mitochondrial energy processes and suppressed genes driving unchecked cell division.
The study suggests that even a single workout can create a hostile environment for cancer cells to grow.
- Who
- Researchers from Newcastle University
- What
- A study found that 10 minutes of high-intensity exercise can trigger anti-cancer molecules in the bloodstream
- When
- The study was published in the International Journal of Cancer
- Where
- The study was conducted at Newcastle University
- Why
- To understand the impact of exercise on cancer cell growth and DNA repair
- Study Conducted By
- Newcastle University
- Published In
- International Journal of Cancer
- Participants
- 30 overweight or obese individuals aged 50-78
- Exercise Duration
- 10 minutes of high-intensity cycling
- Key Molecules Identified
- Interleukin-6 (IL-6) and 12 others
- Genes Affected
- Over 1,300 genes
- Potential Benefits
- Reduced bowel cancer cell growth, improved DNA repair