ScienceDaily: Mind & Brain News


Blood plasma protein fibrinogen interacts directly with nerve cells to cause brain inflammation

Posted: 08 Nov 2021 01:22 PM PST

Before soluble fibrinogen, a blood plasma protein, is converted into insoluble fibrin molecules that can toxically accumulate outside blood vessels in the brain, fibrinogen connects directly with neurons and can cause a damaging inflammatory reaction, a research team reports. Their discovery may help identify new therapeutic targets for neurodegenerative diseases such as Alzheimer's disease and traumatic brain injury.

Sitting more linked to increased feelings of depression, anxiety

Posted: 08 Nov 2021 08:48 AM PST

During the initial COVID-19 outbreak in March 2020, a lot of people suddenly became more sedentary as they adhered to stay-at-home orders or opted to self-isolate. Recently published research found people who continued to spend a higher amount of time sitting in the weeks following were likely to have higher symptoms of depression. A closer investigation into this association could play a role in helping people improve their mental health.

Despite understanding the concept of mindfulness, people are applying it incorrectly, research finds

Posted: 08 Nov 2021 05:16 AM PST

Mindful awareness is about both accepting and engaging with life's challenges, and that's what popularized concepts of mindfulness tend to miss, new research has found.

Flame retardants linked to autistic-like behavior, research finds

Posted: 07 Nov 2021 06:59 PM PST

Researchers have found that when female mice exposed to PBDEs pass on these neuroendocrine-disrupting chemicals to their developing offspring, the female offspring show traits relevant to autism spectrum disorders.

Giant leap taken in fighting antibiotic resistance

Posted: 02 Nov 2021 08:12 AM PDT

Scientists may have made a giant leap in fighting the biggest threat to human health by using supercomputing to keep pace with the impressive ability of diseases to evolve. A new study has tackled the problem of antibiotic resistance by redesigning existing antibiotics to overcome bacterial resistance mechanisms.