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#91Computer Science & AIPeer reviewed25 October 2026

How deleting one sneaky protein helps liver cancer immunotherapy in mice

A lab screen revealed that knocking out a protein called RPS19 stops liver tumours from bribing immune cells into ignoring them. Targeted nanoparticles delivering gene-editing tools halted tumour growth in mice.

#92Computer Science & AIPeer reviewed25 October 2026

How lung cancer ctDNA in blood reveals recovery odds

In a phase 2 trial, lung cancer patients whose circulating tumour DNA cleared during early treatment stayed cancer-free significantly longer over 24 months.

#93Computer Science & AIPeer reviewed23 October 2026

How computers learn to spot actions you only picture in your mind

A smart neural network uses multi-lens filtering and focus tools to read imagined body actions from scalp brainwaves more reliably than older systems.

#94Computer Science & AIPeer reviewed23 October 2026

Why treating childhood fatty liver might start in the gut

A review of medical studies shows that while gut health affects paediatric fatty liver disease, direct clinical proof for microbiome-based treatments in young people remains limited.

#95Computer Science & AIPeer reviewed22 October 2026

How a tiny molecular machine spins to conduct more electricity

Scientists have tested a single spiral molecule that spins with complete directional preference under an electric current, dramatically boosting electrical flow.

#96Computer Science & AIPeer reviewed21 October 2026

Engineered mobile DNA elements edit genes inside living mice

Researchers adapted jumping DNA sequences into tools that write whole genes into cells without viruses. In tests on human cells and mice, the tools inserted full genes to retrain immune cells.

#97Computer Science & AIPeer reviewed21 October 2026

How cell fuel alters heart disease metabolism

A review of clinical and experimental research outlines how cellular fuel supply influences heart health, pinpointing metabolic pathways that could guide future therapies.

#98Computer Science & AIPeer reviewed21 October 2026

How computers learned to spot what they are looking at in photos

A thirty-year review of object detection shows that modern systems can spot unfamiliar items using text clues, but picking the right tool is always a balance between speed, cost, and accuracy.

#99Computer Science & AIPeer reviewed21 October 2026

How hidden astrocyte subtypes help rewire injured brains

A surface protein called CD51 marks a specialised subgroup of brain cells in mice that builds connections, adjusts circuits, and aids recovery after a stroke.

#100Genetics & Molecular BiologyPeer reviewed21 October 2026

How plant root development takes two different paths at once

In the model plant Arabidopsis, developing root cells split into a standard path and an environment-responsive branch that expands during dry conditions.

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