Telomeres Might Predict Lung Cancer Recurrence
Telomeres are sections of DNA that tell an interesting story about lifespan. Shorter telomeres usually suggest a shorter life -- but new research by a Wilmot lung cancer expert shows that longer telomeres might be a promising biomarker for a recurrence of early stage lung cancer.
HIV-associated brain damage occurs extensively, even in patients who are taking otherwise effective traditional anti-HIV therapy. This is a result of potent cooperation between two types of special immunological cells within the brain called monocytes and platelets. A recent paper published by University researchers in the Journal of Immunology demonstrates the presence of these platelet-monocyte ‘teams’ in HIV infected individuals and how these teams lead to increased neuronal damage.
6/3/2014 | 2 comments
A new mouse model of mild repetitive traumatic brain injury (TBI) – the sort of injury that can be common in sports such as football – could be the key to both understanding how this damage to the brain leads to neurological problems.
4/30/2014 | 1 comment
A perspective piece appearing today in the journal JAMA focuses on the challenges and opportunities arising from the increasing global incidence of neurological disorders. The authors advocate for new approaches that will increase access, lower costs, influence lifestyle changes, and create international research and clinical partnerships that address overlooked neurological conditions and underserved global populations.
4/22/2014 | 0 comments
An international team of researchers has pinpointed a genetic mutation that appears to be responsible for a rare condition that triggers seizures in babies. The mutation was identified thanks to new data science technologies that enabled the scientists to sift through extremely large sets of genetic information.
4/15/2014 | 0 comments
A new study appearing in Nature Medicine points to a simple blood test that can predict who is at risk of developing Alzheimer’s disease before the symptoms of the disease appear. With this new tool, scientists may be able to develop a new generation of therapies that can head off the disease.
3/10/2014 | 0 comments