Probiotics are widely popular, but do they actually work? We break down the latest science on how these microscopic organisms impact digestion, heart health, mood, and immunity.
Helicobacter pylori is a unique bacteria that can survive the harsh acid of the human stomach. While it is famous for causing ulcers, new research reveals how it evades our immune system and impacts everything from skin health to iron levels.
Discover how scientists use microscopic protective shells called microcapsules to protect sensitive nutrients, medicines, and probiotics. Learn what these tiny walls are made of and how they work.
Dandelion root has been used in traditional medicine for centuries, but modern science is just beginning to understand how it works. Early research suggests its compounds may support gut health, influence blood sugar, and trigger defense mechanisms in abnormal cells.
Microplastics are now found in Antarctic snow, seafood, and even human gallstones. This review explains how these tiny particles travel, how they enter our bodies, and what recent science says about the actual risks to your health.
Not all nutrient forms are absorbed equally. A 2025 review of vitamin C supplements found that alternative forms like calcium ascorbate and liposomal vitamin C can deliver more of the vitamin to immune cells than standard ascorbic acid. Meanwhile, research on plant polyphenols shows that gut bacteria and dietary fiber play a crucial role in unlocking their health benefits.
Fecal microbiota transplantation is highly effective for treating severe C. diff infections. Researchers are now exploring if transferring healthy gut bacteria can help treat obesity, depression, and even cancer.
Leaky gut syndrome is heavily debated in medicine, but the science behind "intestinal permeability" is very real. Discover how a weakened gut barrier allows toxins into your bloodstream, and what research says you can do to fix it.