diet
Diet shapes probiotic colonization, offering strategies to improve colonization, modulate the microbiota, and control harmful microbes.
Francesco Asnicar, CIBIO - University of Trento (Italy), discusses new large-scale research on the human microbiome, based on the analysis of more than 35,000 individuals from the UK and the…
Giulia Collattuzzo, University of Bologna, presents study findings showing an independent protective association between dietary fiber and gastric cancer risk, with consistent effects across sex, tumor location, and histological subtype.
Giovanni Marasco, University of Bologna, discusses the growing evidence that links gut microbiota dysbiosis to the pathophysiology, clinical prognosis, disease progression, and treatment response of patients with IBD.
Ivana Gandolfi, International Diary Federation, describes the emerging concept of the food matrix.
Francesco Asnicar, University of Trento (Italy), explores the role of the human gut microbiome in cardiometabolic health and diet, focusing on microbial species linked to metabolic and dietary markers.
Azelaic acid travels from the gut to the lungs, where it activates immune cells to reduce inflammation and protect the lungs.
Computer models combining oral bacteria, their metabolic functions, and saliva chemicals could better distinguish obese from healthy individuals compared with clinical measurements alone.
Piergiorgio Natali (Mediterranean Task force for Cancer Control) discusses the importance of improving functional foods as a strategy to support health, particularly during aging.
Gut microbes can influence cancer outcomes by regulating nutrient availability and uptake in immune cells.
