Please check out the article links below and feel free to comment with other information related to these subjects. I enjoy learning as much as I can about the brain and passing this information on to everyone else that shares these passions.
This is for the week beginning May 9, 2016.
Please come back each week and hopefully I will have some more highlights. Feel free to share with me ones that you have found and I may highlight those as well.
Feel free to check out the highlighted articles from May 2, 2016
Everyone's Brain Is DifferentEveryone's brain is different. Until recently neuroscience has tended to gloss this over by averaging results from many brain scans in trying to elicit general truths about how the organ works. But in a major development within the field researchers have begun documenting how brain activity differs between individuals. Such differences had been largely thought of as transient and uninteresting but studies are starting to show that they are innate properties of people's brains, and that knowing them better might ultimately help treat neurological disorders.
The latest study, published April 8 in Science, found that the brain activity of individuals who were just biding their time in a brain scanner contained enough information to predict how their brains would function during a range of ordinary activities.
- New Evidence Points To Personal Brain Signatures
- Source: www.scientificamerican.com
- Ido Tavor and Saad Jbabdi, University Of Oxford
What Is Attention?Neuroscientists from Tübingen and Okasaki (Japan) have uncovered a mechanism that might clarify the meaning of "attention." This often non-quantifiable term is supposed to describe how strongly we react to a visual stimulus. For several decades, "attention" was thought to be a barely definable state of certain brain regions.
Following up on these observations, Hafed and his team arrived at a hypothesis: what if the rhythm and direction of microsaccades directly trigger attentional capture and IOR?
- What Is Attention?
- Source: www.laboratoryequipment.com
- Dr. Ziad Hafed, Centre for Integrative Neuroscience
New Protein In Nerve GrowthIn the first research to be published on this protein's role in the nervous system, Benjamin Harrison, Ph.D., a postdoctoral fellow in the Department of Anatomical Sciences and Neurobiology and lead author of the article, and his colleagues show that CD2AP, an adaptor protein, orchestrates a complex arrangement of other proteins that controls the branching of nerve axons, the tendrils reaching out from the nerve cell to connect to other nerve cells, skin and organs. This nerve growth occurs in uninjured nerve cells as they extend their reach and create new connections.
- A New Player Revealed In Nerve Growth Process
- Source: www.ScienceDaily.com
- Benjamin Harrison, Ph.D., University Of Louisville