Aggressive breast cancers store large amounts of energy, which enables it to spread

Researchers found that aggressive breast cancers store glycogen in very large amounts, offering an explanation of how cells can change their function to evade treatment, grow and spread. Targeting an enzyme involved in this process could potentially treat or prevent metastases.

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Scientist designs 'express courier service' for immune cells

A researcher who is currently doing his post-doctoral training at Stanford University, has successfully invented a novel transfection method to deliver DNA into immune cells with minimal stress on these cells. This new technique is expected to boost DNA-based cancer immunotherapy by significantly improving the process of generating high-quality genetically modified immune cells.

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Gut bacteria 'fingerprint' predicts radiotherapy side effects

Taking a 'fingerprint' of the mix of bacteria in the gut can indicate how susceptible individual cancer patients are to gut damage as a result of radiotherapy for prostate and gynaecological cancers, a new study shows. Researchers showed that having a reduced diversity of gut bacteria was associated with an increased risk of both immediate and delayed damage to the gut following radiotherapy.

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Cancer data provide insights into occurrence, overdiagnosis, and treatment advances

Investigators analyzed 40 years of cancer burden data and examined patterns of incidence and mortality for various cancers, finding examples for which incidence and mortality moved in concert and examples where discordance in incidence and mortality indicate that overdiagnosis may be at play.

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