Welcome to the TUM School of Life Sciences Weihenstephan

Today’s challenges – Tomorrow's research and teaching

The 21st century faces numerous challenges: global warming, population explosion, food security and dwindling fossil fuel reserves are the crises of our time. Addressing these challenges will require cutting-edge research – both fundamental and applied. As a discipline encompassing this entire spectrum of issues, from food production to the supply of biogenetic raw materials through to the preservation of livable environments, the life sciences will play a leading role in these efforts.

News

13.04.2017

Study shows link between zinc levels and cardiac health: Zinc supply affects cardiac health

Due to its high metabolic activity, the scientists looking into the effects of zinc deprivation have focused on studying the heart muscle. (image: 7activestudio/ iStock)

In addition to essential metabolic functions, the level of zinc in the body also affects the heart muscle. When oxidative stress occurs, it may be due to a shortage of zinc, which can be determined by examining the heart muscle....[more]


New DFG research unit for TUM School of Life Sciences Weihenstephan

Prof. Kay Schneitz, Associate Professor of Plant Developmental Biology at the TUM School of Life Sciences Weihenstephan (Photo: Schneitz Lab / TUM)

The Technical University of Munich (TUM) successfully participates in a new research unit in the molecular and digital life sciences. Prof. Kay Schneitz, Associate Professor of Plant Developmental Biology at the TUM School of...[more]


27.03.2017

From Genetic Variations to Binding Proteins and the Regulation of Genes: Proteomics helps to understand the influence of genetic variations

The team used highly sensitive mass spectrometric methods to identify previously unknown proteins and protein complexes, whose binding to DNA is influenced by SNPs. (Photo: Fig. A page 40)

How does type 2 diabetes develop? A team of researchers headed by the Helmholtz Zentrum München and the Technical University of Munich has come closer to finding an answer to this problem. The team examined the functional effects...[more]


16.03.2017

Molecular mechanism responsible for blooming in spring identified: Outwitting climate change with a plant 'dimmer'?Molecular mechanism responsible for blooming in spring identified: Outwitting climate change with a plant 'dimmer'?

For many plant species, such as the thale cress, which is often used in research, but also for food crops such as corn, rice and wheat, there are now initiatives currently mapping the genome of many subspecies and varieties. (Photo: Regnault/ TUM)

Plants possess molecular mechanisms that prevent them from blooming in winter. Once the cold of win-ter has passed, they are deactivated. However, if it is still too cold in spring, plants adapt their blooming behavior...[more]


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