Analytical framework reveals key insights into time persistence in human brain networks
A new international and multidisciplinary study has unveiled a novel framework for understanding the concept of time ...
Cracking the Alzheimer's code: How brain trauma triggers a hallmark of the disease
A study at Lund University reveals that traumatic brain injury alters the small vessels in the brain, resulting in an ...
Mapping the human brain's default mode network: Anatomical study suggests it has widespread influence
The default mode network (DMN) is a set of interconnected brain regions known to be most active when humans are awake but not ...
eLife7d
Tissue-specific responses to TFAM and mtDNA copy number manipulation in prematurely ageing mice
This is an important and solid study that examines the role of TFAM, a protein that helps maintain mtDNA, in mtDNA mutator mice. The authors have demonstrated that TFAM's counteractive role in mtDNA ...
Study finds microplastics in our brains are accumulating, with unknown outcomes on our health
Microplastics have been found everywhere in the human body, including blood, breast milk, testicles, heart tissue, lung ...
Neuroscience News11d
Brain Cells Use Muscle-Like Signals to Strengthen Learning and Memory
New research reveals that brain cells use a muscle-like signaling mechanism to relay information over long distances.
6abc News15d
Brain tissue may have higher amounts of microplastics than other organs, study finds
The average amount, 4,800 micrograms per gram of microplastics in brain tissue, was found to be equivalent to the amount found in a standard plastic spoon, according to the study. Dr. Stephanie ...
casereports.bmj15d
Secondary open-angle glaucoma as an initial presentation of diffuse iris melanoma
We present a case of unilateral, secondary open-angle glaucoma due to an underlying diffuse iris melanoma. The patient was referred by his ophthalmologist with uncontrolled, elevated intraocular ...
AZoOptics15d
Enhancing Brain Imaging with Semi-Supervised Digital Staining and S-OCT
This study presents a novel deep learning framework for digital staining in OCT, enabling high-resolution 3D imaging of brain tissues with minimal distortion.