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Study uncovers translation control mechanisms driving tumor growth and therapy resistance

Decoding of messenger RNA (mRNA) occurs during translation, the vital cellular process that builds proteins. Errors in this process are known to lead to cancer growth.

3 Nov 2026

Mechanical force triggers metabolic changes that promote orthodontic bone formation

Bone adapts to mechanical force through coupled formation and resorption, a principle central to orthodontics.

30 Oct 2026

New study identifies potential targets for KRAS-related treatment resistance

Decoding of messenger RNA (mRNA) occurs during translation, the vital cellular process that builds proteins. Errors in this process are known to lead to cancer growth.

29 Oct 2026

Aurora Microplates wins Best in Showcase at the 2026 LRIG-NYC Spring Expo for CELLAZIP™

Aurora Microplates, a Zeon company, announced that its CELLAZIP™ microplate coating received the Best in Showcase award at the 2026 LRIG-NYC Spring Expo, presented by the Laboratory Robotics Interest Group of New York City.

From Aurora Microplates 23 Sep 2026

Children who ate healthier plant foods had slightly lower blood pressure later

Researchers followed 3,990 Dutch children for an average of 1.6 years and found that higher healthful plant-based diet scores were associated with modestly lower blood pressure and total cholesterol. Children with higher unhealthful plant-based diet scores had lower estimated food costs and distinct metabolite profiles, while healthful scores showed no clear cost association.

22 Sep 2026

New 3D structure reveals how cancer-linked BRD4 protein binds to chromosomes

A new 3D-structure of a cancer-linked protein bound to its cellular partner reveals details of how the protein binds to chromosomes and could offer insights for future disease treatments.

15 Sep 2026

Lysine methylation found to control movement in single-celled parasites

LMU researchers identify a molecular mechanism that enables single-celled parasites to switch on the machinery they need to move and invade host cells.

28 Aug 2026

Early-life stress rewires brain epigenetics to heighten sensitivity to future stress

. Early-life stress increased SETD7 and H3K4me1 in the ventral tegmental area of mice, creating an epigenetically primed state that heightened later transcriptional, neuronal, and behavioral responses to stress. Reducing Setd7 during development lowered H3K4me1 and weakened these stress-sensitizing effects, identifying a mechanism that may help explain how early adversity leaves lasting biological effects.

11 Aug 2026

Newly discovered protein pathway limits spinal cord injury damage

Spinal cord injury begins with immediate mechanical damage, but much of the lasting neurological loss develops during the secondary phase, when inflammation, oxidative stress and disrupted metabolism continue to injure surviving tissue.

10 Aug 2026

Why pulses could play a bigger role in healthy and sustainable diets

A narrative review finds that pulses may support gut and metabolic health through their fiber, protein, phytochemicals, and interactions with the gut microbiota, while offering a lower environmental footprint than many animal protein sources. Human evidence is strongest for selected cardiometabolic outcomes, while many microbiome and fermentation-related benefits remain supported mainly by animal and laboratory studies.

9 Aug 2026

Restricting select amino acids may mimic protein restriction’s healthy aging benefits

A review finds that restricting protein, particularly methionine, isoleucine, and valine, may improve metabolism and influence key aging pathways, largely in experimental models. Short human studies suggest metabolic benefits, but effects on lifespan remain unknown and restriction may harm people with unmet or increased protein needs.

3 Aug 2026

New mechanism linked to septic heart injury protection uncovered

Sepsis triggers widespread inflammation, circulatory failure and metabolic stress, and cardiac dysfunction is a common complication associated with sharply poorer outcomes.

31 Jul 2026

Low-fat diet lowers dietary glycation compounds for years in postmenopausal women

Researchers analyzing dietary data from 40,209 postmenopausal women found that a low-fat pattern emphasizing fruits, vegetables, and grains was associated with sustained reductions in estimated dietary advanced glycation end-product intake over approximately seven years. The findings suggest broad dietary changes may lower dAGE intake without specific cooking instructions, although the study did not measure biological AGE exposure or determine whether the reductions influenced breast cancer outcomes.

29 Jul 2026

Structural study identifies unexpected cancer-regulating functions of MLL4 protein

The epigenetic modifier MLL4 has an unassuming name-the 4, for instance, indicates it's just one in a family of such modifiers.

13 Jul 2026

Machine learning framework enables low-cost water toxin detection

Portable screen-printed carbon electrode (SPCE) biosensors offer a rapid and low-cost way to detect microcystin-lysine-arginine (MC-LR), an extremely potent toxin produced by cyanobacteria during harmful algal blooms in freshwater.

11 Jul 2026

Dutch study shows why plant-based eating can miss key nutrients

A Dutch dietary modeling study found that replacing major animal-based protein sources with plant-based substitutes reduced protein, EAA, vitamin, and mineral intake across age groups. Older adults, adolescents, children, and women were especially vulnerable to shortfalls, highlighting the need for planned substitutions, fortified foods, and age-specific dietary guidance.

3 Jul 2026

A hidden immune pathway may help explain why Alzheimer’s inflammation persists

Researchers found that KAT7 promotes CMPK2-driven mitochondrial DNA release in microglia, activating inflammatory cGAS-STING and NLRP3 pathways linked to Alzheimer’s disease.

11 Jun 2026

Study shows how TAF1 regulates ferroptosis in cancer cells

Ferroptosis has become a promising area in cancer research because it may provide a way to target tumor cells that evade other better-known forms of programmed cell death, such as apoptosis and necroptosis.

3 Jun 2026

How next-generation proteomics is decoding the language of life

This review examines how next-generation protein sequencing and analysis technologies are expanding proteomics beyond the limits of mass spectrometry, especially for detecting proteoforms and analyzing proteins at single-molecule resolution. It highlights maturing fluorescence-based and nanopore-based platforms that could complement existing methods and deepen insight into protein sequence, structure, function, and modification states.

13 Apr 2026

Blood protein structure changes may enable earlier detection of Alzheimer’s

Advanced proteomics and AI reveal blood protein changes, offering insights into early Alzheimer's detection and differentiation from mild cognitive impairment.

13 Mar 2026