Life & Chemistry

Life & Chemistry

Reducing Waste in Anti-Inflammatory Drug Synthesis

Their paper published in the Royal Society of Chemistry's Chemical Communications has been tagged as a hot article. Dr Paradisi and her co-workers used an…

Life & Chemistry

UCD Scientist Advances Cancer Treatment in Mouse Model

In the mouse model, a decrease not only in tumour growth but also a reduction in tumour volume to around one-third was observed for the first time. In the…

Life & Chemistry

Genetic Disruption Linked to Familial Combined Hyperlipidemia

Familial combined hyperlipidemia is caused by the gene USF1, which in turn regulates many other genes, but until now there have been no techniques for finding…

Life & Chemistry

New Gene Linked to Prenatal Nervous System Development

The findings will be published in the Feb. 15 issue of Development. In this work, the team used gain- and loss-of-function mutations in mice to isolate novel…

Life & Chemistry

Protein Folding’s Impact on Water Revealed by THz Spectroscopy

Just a few weeks ago, teams from Bochum, Illinois, and Nevada were able to prove with terahertz (THz) spectroscopy that proteins do modify water molecules in…

Life & Chemistry

Enhancing T Cell Immunity Through Interleukin-7 Timing

But precisely how this natural protein works its magic on the cells of the immune system is not well understood. Now, however, in research that may have…

Life & Chemistry

Calcium’s Role in Protein Folding for Lysosomal Disorders

Currently, lysosomal storage diseases are treated by enzyme replacement therapy. This can be challenging because the enzyme has to find its proper way into…

Life & Chemistry

Bio-Crude: Transforming Waste Into Valuable Fuels

The bio-crude oil can be used to produce high value chemicals and biofuels, including both petrol and diesel replacement fuels.“By making changes to the…

Life & Chemistry

Trainor Lab Inactivates p53 Gene to Prevent Rare Birth Defect

The work, which was posted to the Web site of the journal Nature Medicine yesterday, is a follow-up to the team’s 2006 discovery of the cellular cause of TCS. The team evaluated how a mutated TCOF1 gene causes the death of neural crest cells that should otherwise form most of the bone, cartilage, and connective tissue that make up the head and face during embryonic development. The loss of these cells results in abnormal development of the ear, nose, and upper and lower jaw, including cleft palate. …

Life & Chemistry

Key Interaction Found in Cholesterol Regulation Research

“The practical benefit of this finding is that we can now search for new ways to lower cholesterol by designing targeted antibodies to disrupt this…

Life & Chemistry

Bacterium Genome Sequenced: Discovering Rare Chlorophyll Form

Researchers at Washington University in St. Louis and Arizona State University have sequenced the genome of a rare bacterium that harvests light energy by…

Life & Chemistry

TU Delft Launches Bionanoscience Initiative With €10M Investment

It is expected to become one of the key scientific fields of the 21st century. Over the next decade, TU Delft is set to invest 10 million Euro derived from…

Life & Chemistry

How Serotonin Links to Depression and Anxiety Disorders

Serotonin appears to be one of the major players in mood and a variety of other disorders. But exactly how remains an open question. Imagine walking past a…

Life & Chemistry

New Insights on Poxviruses and Immune Evasion Uncovered

Scientists at Saint Louis University and the University of Alabama at Birmingham have uncovered important new information about a key protein that allows…

Life & Chemistry

ASU Professor Unveils Secrets of Glassy Water Behavior

A less commonly known distinction of water, but one of great interest to physical chemists, is its odd behavior at its transition to the glassy phase. The…

Life & Chemistry

Ecological Genetics of Freshwater Bacteria: Key Insights

Novel molecular techniques have been responsible for major strides in microbial ecology and are addressing broadly important scientific questions about the…

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