Red Meat Consumption Linked to Higher Diabetes Odds

Red Meat Intake, Diabetes, Red Meat Consumption, Nutrition research, NHANES, Metabolic health, Plant-based protein, Processed meat, Public health nutrition, Type 2 diabetes, Dietary patterns, processed red meat risk, unprocessed red meat diabetes, NHANES diabetes study, plant-based protein diabetes, dietary substitution diabetes, protein sources metabolic health, diabetes prevalence US adults, nutrition and diabetes risk, dietary patterns diabetes, public health nutrition, diabetes prevention diet, metabolic disease research, clinical nutrition, population health study

Key Takeaways Higher intake of total, processed, and unprocessed red meat is associated with greater odds of diabetes in U.S.…

COVID-19

SARS-CoV-2, COVID-19, rhinovirus, common cold, pediatric COVID, HEROS study, interferon response, respiratory viruses, viral interference, immune priming, National Jewish Health, COVID protection, children immunity, respiratory infections, non-invasive research

Study Reveals Cold May Impact SARS-CoV-2 Infection Rates

The Unexpected Protective Role of Rhinoviruses in COVID-19 A groundbreaking study from National Jewish Health has revealed an intriguing phenomenon:…

Heart, Lung, & Brain Risks Persist in COVID-19 Survivors

A French nationwide study reveals that individuals hospitalized with COVID-19 remain at an increased risk of death and organ-related complications…

How COVID-19 and Vaccines Differ in Heart Inflammation

A team of international researchers led by the Max Delbrück Center for Molecular Medicine in Berlin has identified distinct immune…

Health and Wellness

Pediatric Crohn’s Disease, Gut microbiome, Inflammatory bowel disease, IBD research, Fecal microbiome profiling, PCDAI, Pediatric gastroenterology, Microbial biomarkers, Gut dysbiosis, Pro-inflammatory bacteria, Firmicutes, Proteobacteria, NYU research, IBS vs Crohn’s, Personalized medicine, Crohn’s disease severity index, pro-inflammatory bacteria, Proteobacteria in Crohn’s, Firmicutes depletion, microbiome diversity, pediatric gastroenterology, microbiome-targeted therapy

Pediatric Crohn’s Disease Microbial Signature Identified

Key Points at a Glance NYU researchers identified a distinct microbial signature in pediatric Crohn’s Disease. Children with Crohn’s showed…

High-Fat Diets Cause Damage to Metabolic Health

Key Points Takeaways High-fat and ketogenic diets led to greater weight gain, liver injury, and impaired glucose tolerance than high-carbohydrate…

Can Too Many Antioxidants Harm Future Offspring?

Key Takeaways High-dose antioxidant supplementation in men may alter sperm DNA integrity Paternal exposure to NAC and selenium linked to…