Research Articles
The Hidden Clock in Your Food: Why Timing Matters as Much as What You Eat
Discover how biological rhythms influence food bioactivity and why timing may be the missing piece in nutritional science.
The Fat-Fighting Power of Soy: Nature's Answer to Obesity
Explore the molecular mechanisms behind soy isoflavones and their potential as natural anti-obesity agents through AMPK activation and metabolic regulation.
Beyond the Binary: How Sex Hormones Secretly Shape Your Nutrition
Discover how sex hormones influence macronutrient metabolism and why biological sex matters in nutrition science.
The Epigenetic Memory of Obesity: Why Your Body Remembers Lost Weight
Explore how epigenetic memory affects weight loss and why your body stubbornly pushes to regain lost weight through molecular mechanisms in your cells.
The Sunshine Vitamin: Unraveling the Century-Old Mystery of Vitamin D
Discover how a common child bone deformity led scientists to uncover a hormonal powerhouse that continues to surprise researchers today.
The Sandarac Tree: Unlocking the Secrets of Tetraclinis Articulata Masters
Explore the phytochemical richness and pharmacological properties of Tetraclinis articulata Masters, an ancient conifer with remarkable healing potential.
Unlocking the Gut's Secrets: How Mini-Guts in a Dish Are Revolutionizing Food Science
Discover how intestinal in vitro models are transforming our understanding of food's impact on gut inflammation and personalized nutrition.
The Zest for a Healthy Brain: Could a Citrus Scent Protect Your Neurons?
Explore the neuroprotective potential of limonene, a natural compound in citrus fruits, and its role in protecting against neurodegenerative diseases like Alzheimer's and Parkinson's.
Whither the Marriage of Agriculture and Nutrition?
Exploring the convergence of agriculture and nutrition through AI, microbial solutions, and sustainable practices for a healthier future.
Unraveling the Body's Whisper: How a Molecular Deep-Dive is Revolutionizing Our Understanding of COPD
Explore how metabolomics and HPLC-MS/MS technology are transforming our understanding of COPD through a pilot data analysis revealing key metabolic changes.