For decades, scientists have known that a protein made by T cells and natural killer (NK) cells in the immune system, called perforin, can kill tumor cells by punching a hole in the cell wall and injecting proteases called granzymes, which kill the cell.

2 Nov 2026

Langerhans Cell Projections Transmit Surface Microbial Signals to Stem Cells

As the steadfast protector of the body's interior, the skin must be able to swiftly respond to stressors from the outside world and then return to a steady state in order to maintain everyday operations.

2 Nov 2026

New Computational Tool Resolves Evolutionary Paradox of Genome Expansion

A genome contains all of the DNA of every living organism, but its contents don't stop there – most of these structures also contain snippets of DNA that can copy and paste themselves to "infect" a genome, expanding its size. Precisely why that happens remains a mystery.

2 Nov 2026

Are Biodegradable Plastics Really Breaking Down After Disposal?

Findings on biodegradable plastics in landfill leachate reveal complex interactions between polymer chemistry and microbial genetics affecting degradation.

2 Nov 2026

UCLA Health Study Identifies Strategy to Boost Strength and Longevity of Cancer Fighting T Cells

Researchers at the UCLA Health Jonsson Comprehensive Cancer Center have identified a promising new strategy to make cancer-fighting immune cells stronger and potentially longer-lasting, a discovery that could help improve the effectiveness of immunotherapies that use a patient's own immune cells to attack cancer.

31 Oct 2026

Major Virology Breakthrough Identifies Third Known Family of Bacteria Infecting RNA Viruses

Thriving alongside trillions of bacteria in the human digestive tract is a vast population of viruses. Ever since one such denizen of the gut microbiome, known as picobirnavirus, was first spotted decades ago, researchers thought it directly infected human tissue and played a role in gastrointestinal illness.

31 Oct 2026

Science Study Profiles Over 600,000 Cells to Map Gene Activity Across Entire Adult Fish

Viewed from above, Danionella cerebrum offers a rare sight in a vertebrate: its brain, visible through the top of its head. Since the species was adopted for neuroscience research in 2018 and formally described in 2021, the tiny, transparent fish has drawn rapidly growing interest for its unique biology.

31 Oct 2026

Novel Translational Mechanism Selectively Drives Growth Proteins in Common Cancers

A previously unknown mechanism helps cancer cells selectively produce proteins that drive tumor growth - such as KRAS - in common cancers, according to new research from The University of Texas MD Anderson Cancer Center.

30 Oct 2026

Cytosolic Glucose and Mitochondrial Lactate Oxidation Prevent Energetic Collapse

The heart is the hardest-working muscle in the body, beating constantly no matter what the body’s energy reserves look like.

30 Oct 2026

St. Jude Scientists Discover Gene-Regulatory Pathway Protecting Gut Immune Balance

Trillions of bacteria live in the human gut without triggering an immune response. Scientists at St. Jude Children's Research Hospital have now discovered a gene-regulatory pathway that helps maintain this delicate balance. Published today in Science Advances, they showed that a type of immune cell, regulatory T cells, co-opt a well-known general gene expression pathway called COMPASS to suppress inappropriate immune responses and prevent lethal inflammation and autoimmunity.

30 Oct 2026

Curiox Biosystems Strengthens Commercial Leadership to Expand Adoption of Centrifuge-Free Sample Preparation

Curiox Biosystems Inc (Curiox), a provider of centrifuge-free (C-FREE™) sample preparation technologies for reproducible, automated flow cytometry workflows, today announced the expansion of its senior commercial team and the formation of a Strategic Advisory Board (SAB).

From Curiox Biosystems 30 Oct 2026

Staged CsREF1-2 Application Boosts Transgenic Shoot Recovery in Citrus Species

Traditional breeding in citrus faces steep obstacles: apomixis produces maternal clones, a juvenile phase lasting 5 to 10 years delays fruiting, and high heterozygosity complicates trait inheritance.

29 Oct 2026

Science Solves Genetic Mystery Behind Fatal Brain Disorder in Babies and Children

Researchers at King Abdullah University of Science and Technology (KAUST) and King Faisal Specialist Hospital and Research Centre (KFSHRC), identify a previously unknown cause of a fatal newborn brain disorder, giving long-awaited answers to families whose children were affected by the disease.

28 Oct 2026

Switching on Healthy Silent Genes Reveals New Way to Treat Rare Genetic Disorder

WEHI researchers have discovered a way to release a genetic 'brake' that silences healthy genes in Prader-Willi syndrome, opening a potential new path to treating the condition.

27 Oct 2026

Why a Breakthrough Blood Cancer Drug Could be Better for Patients

A more effective and better-tolerated treatment for chronic myeloid leukaemia (CML) could improve quality of life for people living with the disease.

27 Oct 2026

High-Throughput Phenotyping Reveals Genetic Variation in Root System Architecture

Roots are central to water and nutrient uptake, anchorage, and soil microorganism interactions, yet they remain difficult to measure in the field. Traditional root phenotyping often relies on destructive digging, soil coring, or minirhizotrons that capture only part of the root system.

27 Oct 2026

Genomic Insights Into Microbial Recruitment and Adaptation in Global Eggplant

Plants depend on root-associated microbes for nutrients, protection against pathogens and stress tolerance.

27 Oct 2026

China Emerges as a Global Epicenter for Obesity Innovation, Says GlobalData

China is emerging as an innovation hub in the rapidly diversifying global obesity drug landscape, with domestic drugmakers making proven incretin therapies more convenient while developing novel mechanisms beyond conventional GLP-1 therapy, according to GlobalData, a leading intelligence and productivity platform.

27 Oct 2026

A New Way to Watch Plants Respond to Disease in Real Time

Scientists at the MRC Laboratory of Medical Sciences (LMS) have devised a novel method for improving the accuracy of luminescent biological reporters, which enables researchers to monitor gene expression in living plants for extended periods, including days, weeks, and potentially months or even years.

26 Oct 2026