Tag: Cancer

InnovationScienceTechnology

Cellular Origins of Ferroptosis Mapped in Real Time Using Glowing Antioxidant Probes

Scientists have developed glowing antioxidant probes that illuminate ferroptosis as it unfolds within living cells. The research identifies the endoplasmic reticulum as the starting point for this form of cell death, opening new therapeutic possibilities.

Breakthrough in Cell Death Tracking

Researchers at McGill University have developed a novel method to observe ferroptosis—a form of programmed cell death—as it occurs in real time within living cells, according to their study published in Nature Chemistry. The team used custom-built antioxidant probes that emit light as they’re consumed, allowing them to track the precise cellular location where ferroptosis begins.

by Darren Holt
HealthcareInnovation

Revolutionary Blood Screening Shows Promise for Early Cancer Detection in Major Trial

A groundbreaking blood test has shown remarkable results in detecting over 50 cancer types at early stages. The Galleri test reportedly increased cancer detection rates more than seven-fold when combined with standard screening methods, according to trial data presented at a major medical conference.

Major Cancer Screening Breakthrough Emerges From Large-Scale Trial

A revolutionary blood test capable of detecting more than 50 types of cancer has demonstrated highly promising results in one of the largest interventional screening trials conducted to date, according to reports from the European Society for Medical Oncology Congress 2025. The PATHFINDER 2 study of the Galleri multi-cancer early detection test reportedly showed a more than seven-fold increase in cancer detection rates when used alongside standard recommended cancer screenings.

by Natalie Brooks
InnovationScience

AI Language Model Advances Lasso Peptide Therapeutics Discovery

Scientists have created a specialized artificial intelligence tool that learns the language of lasso peptides, unique knot-like molecules with significant therapeutic potential. The new model reportedly enables accurate prediction of peptide properties that could accelerate drug discovery for various medical conditions.

Breakthrough in Peptide Engineering

Researchers have developed a specialized language model that learns the complex structure of lasso peptides, according to reports published in Nature Communications. These unique molecule structures, which resemble microscopic slipknots, show significant promise for developing new therapy treatments for cancer and infectious diseases.

by Natalie Brooks