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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View details Gut Talk Series: Role of microbiome on development of allergic diseases
Gut Talk Series: Role of microbiome on development of allergic diseases

Gut Talk Series: Role of microbiome on development of allergic diseases

Prof. Marysia T. Recto

View details Gut Talk Series: Nestlé Research expertise in probiotics and infant protection
Gut Talk Series: Nestlé Research expertise in probiotics and infant protection

Gut Talk Series: Nestlé Research expertise in probiotics and infant protection

Carine Blanchard

View details Gut Talk Series: HMOs and infant gut microbiome
Gut Talk Series: HMOs and infant gut microbiome

Gut Talk Series: HMOs and infant gut microbiome

Norbert Sprenger

View details Video Teaser - Microbes, metabolism and autoimmunity
Video Teaser - Microbes, metabolism and autoimmunity

Video Teaser - Microbes, metabolism and autoimmunity

Ramnik Xavier

View details Gut Talks Series: Microbiome and antibiotic associated diarrhea
Gut Talks Series: Microbiome and antibiotic associated diarrhea

Gut Talks Series: Microbiome and antibiotic associated diarrhea

Prof. Cristina Targa

View details Gut Talk Series: Microbiota and Its Impact on Gut Health in Children
Gut Talk Series: Microbiota and Its Impact on Gut Health in Children

Gut Talk Series: Microbiota and Its Impact on Gut Health in Children

Randy Urtula

View details The Nest 48: The role of nutrition in the development of early gut microbiome for lifelong health
The Nest 48 v2

The Nest 48: The role of nutrition in the development of early gut microbiome for lifelong health

Shaillay Kumar Dogra; Jose (Pepe) M. Saavedra; Nina Heppner; Guillermo Álvarez Calatayud

View details Diet is known to be a driver of microbiome variation, and yet the precise mechanisms by which certain dietary components modulate the microbiome.
Gut Talk Series: The impact of diet on the development of gut microbiome

Diet is known to be a driver of microbiome variation, and yet the precise mechanisms by which certain dietary components modulate the microbiome.

View details Nestlé Research Video: Microbiome enabler of Health
Nestlé Research Video: Microbiome enabler of Health

Nestlé Research Video: Microbiome enabler of Health

View details CHILD study highlights the role of infant gut microbiota and ethnicity in the development of food sensitisation
gut microbiota directly shapes human immune system

CHILD study highlights the role of infant gut microbiota and ethnicity in the development of food sensitisation

View details Gut microbiome shapes health outcomes
gut microbiome shapes healthy outcomes landscape

Gut microbiome shapes health outcomes

View details Gut Talk Series: The gut microbiome of preterm infant
Gut Talk Series: The gut microbiome of preterm infant

Gut Talk Series: The gut microbiome of preterm infant

Professor Nicholas Embleton

View details How babies born by caesarean-section could be treated with maternal fecal microbiota transplants
How babies born by caesarean-section could be treated with maternal fecal microbiota transplants

How babies born by caesarean-section could be treated with maternal fecal microbiota transplants

View details What Influences Gut Microbiome in different stages of life?
What Influences Gut Microbiome in different stages of life? (infographics)

What Influences Gut Microbiome in different stages of life?

View details Researchers explore relationship between maternal microbiota and neonatal antibody response
Researchers explore relationship between maternal microbiota and neonatal antibody response (news)

Researchers explore relationship between maternal microbiota and neonatal antibody response

View details First Foods and Gut Microbes
First Foods and Gut Microbes (videos)

First Foods and Gut Microbes

Martin Frederik Laursen