Explore the genetic factors and retinal changes associated with familial drusen, along with imaging methods and biochemical insights into deposit formation.
Understand visceral fat measurements on DEXA, factors influencing distribution, and what these values reveal about metabolic health and body composition.
Exploring how prenatal fentanyl exposure affects fetal development, neonatal health, and long-term outcomes, with a focus on pharmacology and neurodevelopment.
Explore how hemizygous genetic variations influence phenotypic expression, their detection in genomics, and their role in inherited and spontaneous conditions.
Explore the relationship between breast cancer and white blood cell levels, including how inflammation and other factors may influence WBC count variations.
Explore the effects, uses, and health risks of Mkat, a synthetic cathinone, including its metabolism, physiological impact, and potential for dependence.
Discover how the Oura Ring tracks physiological changes during pregnancy, offering insights into heart rate, temperature, sleep, and overall well-being.
Understanding the relationship between body weight, metabolism, and hormonal balance can provide insight into how weight management may influence IVF outcomes.
Explore whether polyvinyl alcohol meets the criteria for microplastic classification by examining its composition, solubility, degradation, and common applications.
Explore the behavior, diet, and ecological role of mongooses in Puerto Rico, including their movement patterns, social dynamics, and impact on local wildlife.
Explore how deep learning is advancing biological research by improving data analysis, pattern recognition, and predictive modeling across diverse applications.
Exploring how post-COVID body temperature changes may relate to immune function, neuroendocrine factors, and recovery, with insights on when to seek medical advice.
Explore the characteristics of scale-free networks, their connectivity patterns, biological relevance, and the challenges in identifying their true prevalence.