08/02/2016

More detailed analysis of how cells react to stress

Stress in the body's cells is both the cause and consequence of inflammatory diseases or cancer. The cells react to stress to protect themselves. Researchers at the University of Zurich have now developed a new technique ...

The future will be built on open data – here's why

Data has the power to revolutionise and disrupt the way societies are governed. None more so than open data, which is free to access, free to use and can be shared by anyone. It's non-personal and can be used to identify ...

Microgrids in the American power network

Siemens is working with customers in the United States to move generation closer to load sources, increasing distributed energy sources on the grid. Many large energy users – military bases, universities, commercial campuses, ...

Uncovering impacts of gold mining in Papua New Guinea

The pacific island of Papua New Guinea is one of the world's most resource rich countries, hosting nearly 7 percent of global biodiversity and important reserves of gold, copper and hydrocarbons. However, despite a burgeoning ...

Star formation in the outskirts of galaxies

Star formation environments can be roughly grouped into three types, categorized by the density of their gas (or more precisely, the projected "surface" density of the gas, which is easier to determine than the conventional ...

Clean energy from water

Fuel cells generate electrical energy through a chemical reaction of hydrogen and oxygen. To obtain clean energy, the splitting of water into its components of hydrogen and oxygen is critical. Researchers at the University ...

Banana peels can help identify the stages of melanoma

Human skin and banana peels have something in common: they produce the same enzyme when attacked. By studying fruit, researchers have come up with an accurate method for diagnosing the stages of this form of skin cancer.

Small molecule slows down ticking of the biological clock

A group of biologists, theoretical chemists and synthetic chemists at ITbM have come together to develop a small molecule that slows down the circadian clock rhythm through binding to the CRY clock protein.

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