Gut Microbiota

Microbiota is the good (and bad bacteria) in your gut. Every human being carries about 1-2kg of gut microbiota representing a number of cells far bigger than all our body cells together. Here we provide the latest science on the relation between nutrition, gut microbiome, immune system and human health.

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Disorder of Gut-Brain Interaction: Insights, Causes and Management Teaser Image
Disorder of Gut-Brain Interaction: Insights, Causes and Management

Disorder of Gut-Brain Interaction: Insights, Causes and Management

The gastrointestinal tract holds a central function in digestion, absorbing nutrients, and eliminating waste materials. Being the largest immune organ, it houses trillions of microorganisms which constitute the gut microbiota. Gut immaturity, especially in the first months of life, make infants prone to Disorders of Gut-Brain Interaction (DGBIs) such as regurgitation, colic, and constipation. Recent studies show that about 31.4% of infants aged 0 to 1 year visiting pediatric clinics were found to have these conditions. Given how vulnerable the gut-brain axis is perinatal period and early

Gut Microbiota-Bone Axis
Gut Microbiota-Bone Axis

Gut Microbiota-Bone Axis

Co-Authored by 2 Experts
Microbiome and Brain Development: A Tale of Two Systems
Microbiome and Brain Development: A Tale of Two Systems

Microbiome and Brain Development: A Tale of Two Systems

John Cryan
NNIW101 - Nutrition, Microbiome and Health: Latest Findings and Future Research
Environment and microbiota intersection with human health

Environment and microbiota intersection with human health

Andrew Bartko
NNIW101 - Nutrition, Microbiome and Health: Latest Findings and Future Research
Gut microbiota–bone axis: Clinical implications

Gut microbiota–bone axis: Clinical implications

Flavia Indrio
NNIW101 - Nutrition, Microbiome and Health: Latest Findings and Future Research
Gut microbiota and disorders of gut-brain interaction

Gut microbiota and disorders of gut-brain interaction

Rodrigo Vazquez Frias
NNIW101 - Nutrition, Microbiome and Health: Latest Findings and Future Research
Microbiome and brain development

Microbiome and brain development

John Cryan
NNIW101 - Nutrition, Microbiome and Health: Latest Findings and Future Research
Microbiome at the core: Unlocking mechanisms of food allergy at the non-communicable diseases era

Microbiome at the core: Unlocking mechanisms of food allergy at the non-communicable diseases era

Bruno Barreto
NNIW101 - Nutrition, Microbiome and Health: Latest Findings and Future Research
An overview of early-life gut microbiota modulation strategies

An overview of early-life gut microbiota modulation strategies

Hania Szajewska
NNIW101 - Nutrition, Microbiome and Health: Latest Findings and Future Research
Microbiome-targeted dietary regimens to combat pediatric malnutrition

Microbiome-targeted dietary regimens to combat pediatric malnutrition

Sid Venkatesh
NNIW101 - Nutrition, Microbiome and Health: Latest Findings and Future Research
Microbiome maturation trajectory and key milestones in early life

Microbiome maturation trajectory and key milestones in early life

Marie Claire Arrieta