Brain and heart constantly communicate. For example, signals from the brain make sure that the heart beats faster when we encounter a dangerous situation. The heart slows down when we relax. Interestingly, vice versa – even though the underlying mechanisms are unclear, the heartbeat also affects the brain. It has now been identified by researchers at the Max Planck Institute for Human Cognitive and Brain Sciences (MPI CBS) in Leipzig and Berlin School of Mind & Brain that two mechanisms underpinning how the heart influences our perception, the brain, and how these mechanisms differ between individuals.
After a stroke, there is an increased risk of suffering a second one. If areas in the left hemisphere were affected during the first attack, language is often impaired. In order to maintain this capability, the brain usually briefly drives up the counterparts on the right side. But what happens after a second attack? Medical researchers have now found an answer by using virtual lesions.
Researchers report genetic influences on head circumference remain stable during development and are correlated with genetic factors which contribute to intracranial volume..
Determining the three dimensional structure of the protein could help to develop new treatments of Huntington’s disease.
Pain is essential for survival. However, it could also slow the progress of rehabilitation, or in its chronic form could become a distinct disorder. How strongly we feel it, among other factors, depends on our individual pain threshold. Scientists at the Max Planck Institute for Human Cognitive and Brain Sciences (MPI CBS) in Leipzig discovered that a new fitness method they developed increases our pain threshold and makes us less sensitive towards physical discomfort: Jymmin interacts with everyday gym equipment to produce music while exercising.