Ludwig Maximilian University of Munich

Neuroscience

Use it or lose it

An Ludwig Maximilian University of Munich study reveals that sound-evoked activity of neurons in the auditory system of the mouse increases the thickness of their myelin sheaths - and enhances the speed of signal transmission ...

Cardiology

The immune response to heart attacks

The damage caused by a heart attack triggers an inflammatory reaction which degrades the affected tissue. This response is orchestrated by immune cells that reside in the nearby pericardial adipose tissue, as a study by an ...

Psychology & Psychiatry

Developmental psychology: Friendship wins out over fairness

When children decide to share, the giver's relationships with the pool of recipients determine who gets how much. They will give more to a wealthy friend than to a needy stranger - at least in cases where wealth is measured ...

Immunology

How tiny changes help T cells to survive

The research group led by immunologists Vigo Heissmeyer and Taku Ito-Kureha of LMU and Helmholtz Munich has revealed the essential function of m6A modifications in T cells.

Other

Biobanks need legal regulation, says expert

Biobanks are repositories of personal medical data and biological material, such as DNA, blood and tissue samples, collected for research purposes. Legal scholars at LMU and Augsburg University recently produced a draft bill ...

Neuroscience

Primed for memory formation

A new study carried out in a collaboration between researchers from LMU and UC San Diego suggests that new sensory experiences are encoded in pre-existing patterns of neuronal activity, which are recalled, modulated and enhanced ...

Medical research

A clear view of the nervous system

A new and versatile imaging technique enables researchers to trace the trajectories of whole nerve cells and provides extensive insights into the structure of neuronal networks.

Genetics

Epigenetics and neural cell death

Ludwig-Maximilians-Universitaet researchers have demonstrated how deregulation of an epigenetic mechanism that is active only in the early phases of neurogenesis triggers the subsequent death of neural cells.

Cardiology

The influence of circadian rhythms on atherosclerosis

The internal clock controls all vital functions in the body. Body temperature as well as blood pressure or the release of certain enzymes are subject to oscillations throughout the day, the so-called circadian rhythm. For ...

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