Using rabies virus injected into the stomach of rats, researchers trace the nerves back to the brain and find distinct ‘fight or flight’ and ‘rest and digest’ circuits. These results explain how mental states can affect the gut, and present new ways to treat gastrointestinal problems.
Response of dozens of pain-promotion centers is dampened by single OFF switch.
Researchers also found preliminary evidence that ovarian hormones may modulate the differential response in women and may be related to different levels of estrogen.
Veteran players of ‘Mozak’ are pitted against Allen Institute researchers — well-versed in neuroscience but new to the online game — in a work-and-game-at-home challenge.
Switch in chemical messaging is key prelude to motor skill acquisition according to research
A key target for treating stress-related disorders such as panic disorder and PTSD is what this neural circuit could become.
Study finds involuntary movements caused by dopamine replacement therapy can be alleviated through suppression of RasGRP1.
Neurobiologists at KU Leuven have discovered how the signalling molecule Neuromedin U plays a crucial role in our learning process. The protein allows the brain to recall negative memories and, as such, learn from the past. The findings of their study on roundworms have been published in the journal Nature Communications.
Compared to others, different personality traits exist in individuals with social anxiety disorder. According to a new study from Uppsala University, Emotional instability and introversion are hallmarks.
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.
Using a mouse model, adult neurons in corticospinal injuries begin a natural regeneration process by reverting back to an embryonic state and that regeneration is sustained by a surprising gene.