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News The Brain, Too, Has Its Midlife Crisis. How Do These Changes Relate to the Risk of Dementia in Old Age?
The human brain undergoes rapid changes during certain developmental periods. Childhood, adolescence, and advanced old age undoubtedly belong to these. For much of adulthood, it seems that nothing much actually happens. However, it turns out that the brain’s clock begins to accelerate around 40–50 years of age. What impact do these gradual changes have on our future health?
News Adequate Anti-Xa Levels Are More Often Achieved in Trauma Patients When Dosing Enoxaparin Based on Weight
Thromboembolic disease (TED) is a well-known preventable cause of morbidity and mortality in trauma patients. To improve their prognosis, pharmacological thromboprophylaxis, such as with low molecular weight heparins (LMWH), is an essential part of treatment. However, previously published studies have pointed out that standard dosing of LMWH may be associated with insufficient levels of activity measured using the anti-Xa parameter.
News Benefits of Enoxaparin Prophylaxis in Pregnancy and Postpartum
Study results suggest that the use of low molecular weight heparins during pregnancy could lead to better outcomes for women with thrombophilia and recurrent miscarriages. A group of authors from Israel compared the differences in efficacy when administering two different doses of enoxaparin to women with hereditary thrombophilia and a history of two or more spontaneous miscarriages or one fetal death without obvious cause.
News Barth Syndrome Has Its First Approved Therapy — For Now Only in the U.S.
The accelerated approval of elamipretide by the U.S. FDA marks a historic milestone in the treatment of mitochondrial diseases. It is the first therapy targeting cardiolipin dysfunction and the first approved drug for patients with Barth syndrome — an ultra-rare, life-threatening disorder that primarily affects boys.
News Will 3D Printable Tissue Adhesives Replace Stitches and Clips?
3D printing technology is slowly making its way into more and more areas of healthcare. In February 2024, a scientific team from the Massachusetts Institute of Technology (MIT) published a study in the journal Nature Communications focusing on the possibilities of 3D printing tissue adhesives and personalized patches with adjustable internal structures. These could therefore become a suitable alternative to the traditional surgical sutures and clips used for joining tissues.