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Explore the benefits of time-restricted eating, a diet pattern that suggests fewer, regular meals and fasting periods could improve insulin resistance, brain health, and glycemic control, potentially reducing the risk of developing type 2 diabetes and obesity.

Explore how metformin, a widely accessible diabetes drug, might play a critical role in preventing long COVID when given during the acute phase of COVID-19.

A deeper understanding of the impact of smoking and vaping on cancer survivor symptom burdens might open new avenues for tailoring smoking cessation interventions. Uncover how these findings could challenge common assumptions and transform symptom management strategies in our recent article.

Explore four decades of research illustrating the biphasic growth patterns in fetuses of diabetic and obese women, an essential yet overlooked factor in preventing childhood obesity. The comprehensive findings may redefine your approach to perinatal care and shape healthier futures for your patients.

Unveiling the Secret to Superior Cognitive Health in the Oldest-Old In a breakthrough research, an understanding of the resistance of certain 90+ individuals to neurodegenerative pathologies leading to superior cognitive abilities emerges, presenting avenues for preserving cognitive health in advanced ages. Key Points: “There are some individuals who can maintain high levels of cognitive function well into advanced ages. Further research into the factors that enable these individuals to maintain their cognitive function could provide insights into how to preserve cognitive health despite advanced age.” María M. Corrada, ScD, co-principal investigator of the study

An In-Depth Look into the Neural Underpinnings of Absence Seizures Unveiling the critical insights into the neurophysiology of absence seizures, a new study showcases experimental designs that link rodent absence seizures to human equivalents, underpinning the potential for tailored therapeutic strategies in future epilepsy research. Key Points: Additional Points: “This paper is significant for identifying SWD-associated changes in fMRI BOLD responses, demonstrating SWD-associated altered awareness and identifying 4 distinct and stable functional classes of neurons. These findings will advance the discovery of new pharmacological and network stimulation treatments in rodent models of generalized epilepsy for translation to human patients.” Martin J. Gallagher MD, PhD, Department of Neurology, Vanderbilt University School of Medicine