Life & Chemistry

Life & Chemistry

Breakthrough in Organ Bioprinting: New Technique Unveiled

Bioengineers have cleared a major hurdle on the path to 3D printing replacement organs with a breakthrough technique for bioprinting tissues.

Life & Chemistry

Controlling Time: Freiburg Biologists’ Groundbreaking Experiment

A team led by the Freiburg biologists Prof. Dr. Wolfgang Schamel and Prof. Dr. Wilfried Weber conducted an experiment in which they controlled the duration of…

Life & Chemistry

Light-Driven Chemical Reactions: Nature’s Photosynthesis Insight

How can chemical reactions be triggered by light, following the example of photosynthesis in nature?

Life & Chemistry

Project BioSensing: Quantum Tech for Pathogen Detection

Medical diagnoses could be even more reliable and efficient with the use of biosensors, but researchers face great challenges. The sensors should be…

Life & Chemistry

Unique Genomic Jumps: Understanding Retrotransposons’ Role

Mobile elements or retrotransposons occupy more than half of the human genome. Once they were described as genomic parasites, but it is now realised that they…

Life & Chemistry

Specialized Plant Cells Regain Stem-Cell Traits for Healing

If plants are injured, cells adjacent to the wound fill the gaps with their daughter cells. However, which cells divide to do the healing and how they manage…

Life & Chemistry

Pluripotency or differentiation — That is the question

Thanks to their ability to transform into any type of cell in the body, induced pluripotent stem cells (iPS cells)** could make a key contribution to…

Life & Chemistry

Antitumor Drug Mechanism: New Insights for Glioblastoma Treatment

Published in the journal PNAS, the study paves the way for new treatments for cancer. The results of the work indicate that, in contrast to what was previously…

Life & Chemistry

Unlocking Spider Venom: Insights into Its Neurotoxins

Over the past decades, the research of spider venom mainly focused on the neurotoxins it contains. This involved understanding the paralyzing and toxic effect…

Life & Chemistry

Uncovering Early Origins of Childhood Brain Cancer Insights

Brain tumours are the leading cause of non-accidental death in children in Canada, but little is known about when these tumours form or how they develop….

Life & Chemistry

New Graphdiyne Catalyst Boosts Oxygen Evolution Efficiency

Traditional OER catalysts, e.g. RuO2 and IrO2, are limited by high cost and declining stability. Heteroatom-doped carbon materials, especially dual doping,…

Life & Chemistry

Nanomaterials That Mimic Enzymes Boost Catalytic Efficiency

Enzymes are the main catalysts in our body and are widely used in bioassays. In particular, peroxidase, which oxidizes transparent colorimetric substrates to…

Life & Chemistry

Bumble Bee Stripes: Unveiling Color Diversity in Nature

“There is exceptional diversity in coloration of bumble bees,” said Heather Hines, assistant professor of biology and of entomology at Penn State and principal…

Life & Chemistry

Streamlining Nutrient Transport: Innovative Protein Solutions

Transport proteins are located in the membrane of the cell and are responsible for absorbing nutrients into the cell and expelling toxic substances out of it….

Life & Chemistry

Purifying Water with Graphene: A New Approach to Clean Water

Graphene and graphene oxide (a more stable version of the material in colloidal solutions) are carbon nanostructures that are extremely promising for…

Life & Chemistry

HKBU Scholars Develop Method for Safer, Purer Drugs

The new HKBU invention can be applied to the drug discovery process, as well as the production and quality control stages of pharmaceutical manufacturing. It…

Feedback