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University of Manchester


Prostate cancer prognosis hope

Researchers have identified a new molecular marker, β2-syntrophin, which can help differentiate between low-risk and high-risk types of prostate cancer. This breakthrough discovery could lead to more accurate diagnoses and personalized treatment plans, ultimately improving patient outcomes.

SourceUniversity of Manchester·JournalNature Cell Biology·DateOct 29, 2012

The graphene-paved roadmap

The graphene-paved roadmap outlines the material's potential for transforming various industries, including electronics and medicine. With its unique properties, graphene is expected to play a crucial role in developing new technologies such as flexible devices, rollable e-paper, and high-speed wireless communications.

SourceUniversity of Manchester·JournalNature·DateOct 10, 2012

A solution to reducing inflammation

A team of researchers at the University of Manchester has found a novel solution to reducing inflammation by harnessing the power of hypertonic solutions. They discovered that bathing in or applying these solutions can shrink cells and deactivate the inflammatory response.

SourceUniversity of Manchester·JournalImmunity·DateSep 20, 2012

Cutting the graphene cake

Researchers at the University of Manchester have developed a side-view imaging technique to visualize individual graphene layers in devices, finding that structures are remarkably stable even with multiple layers. This achievement has significant implications for the engineering of graphene-based computer chips.

SourceUniversity of Manchester·JournalNature Materials·DateJul 29, 2012

New stroke treatments becoming a reality

Researchers have identified a potential new treatment for stroke by demonstrating the effectiveness of Anakinra (IL-1Ra) in reducing brain damage. The drug blocks inflammation and microglia cell activation, which contribute to brain injury following a stroke.

SourceUniversity of Manchester·JournalJournal of Cerebral Blood Flow & Metabolism·DateJul 26, 2012

Dinosaurs lighter than previously thought

Researchers at the University of Manchester have developed a new method to accurately measure dinosaur weight, reducing estimates for a Brachiosaur skeleton from 80 tonnes to 23 tonnes. The team's laser scanning technique provides a more accurate estimate of body mass, suggesting dinosaurs were not as massive as previously believed.

SourceUniversity of Manchester·JournalBiology Letters·DateJun 5, 2012

Baby wipes as safe as using water, study finds

A University of Manchester study found Johnson's Baby Extra Sensitive Wipes equivalent to water in hydrating newborn skin, challenging current NICE guidelines. The trial involved 280 babies and showed no significant differences in hydration or secondary outcomes, except for a slight increase in napkin dermatitis.

SourceUniversity of Manchester·JournalBMC Pediatrics·DateMay 31, 2012

Orangutan nest building shows high degree of sophistication

A new study by researchers at the University of Manchester found that orangutans build nests with a high degree of sophistication, using strong branches for structural parts and weaker ones for linings. The apes' choice of branch was dictated by its diameter and rigidity, indicating possible knowledge of mechanical properties.

SourceUniversity of Manchester·JournalProceedings of the National Academy of Sciences·DateApr 17, 2012

Personality change key to improving well-being

A recent study published in Social Indicators Research found that small positive personality changes can lead to greater increases in happiness than earning more money, marrying, or gaining employment. Personality changes are strongly related to changes in well-being and contribute more to improvements in personal wellbeing.

SourceUniversity of Manchester·JournalSocial Indicators Research·DateMar 5, 2012

Manchester's 'first step' to perfect drug combinations

Researchers at the University of Manchester have developed a computer program that can rapidly identify ideal drug combinations to prevent inflammation and combat severe diseases. By analyzing billions of potential combinations, they hope to create tailored therapies for conditions such as stroke, cancer, and Alzheimer's.

SourceUniversity of Manchester·JournalNature Chemical Biology·DateOct 23, 2011