Tema

Saúde Intestinal

Gut microbiome, probiotics, gut-brain axis, and digestive health

292 artigos

Virgin Olive Oil Protects Brain Function Through Gut Microbiome Changes
Gut & Microbiome

Virgin Olive Oil Protects Brain Function Through Gut Microbiome Changes

New study reveals virgin olive oil preserves cognitive function in older adults by improving gut bacteria diversity over 2 years.

Artigo Científico
29 de mar. de 2026 0
Gut Microbiome Analysis Could Revolutionize Personalized Nutrition for Metabolic Health
Gut & Microbiome

Gut Microbiome Analysis Could Revolutionize Personalized Nutrition for Metabolic Health

New research shows how gut bacteria patterns can guide personalized diet strategies, potentially improving metabolic syndrome outcomes.

Artigo Científico
29 de mar. de 2026 1
Childhood Stress Creates Lifelong Gut Problems Through Brain-Gut Connection
Gut & Microbiome

Childhood Stress Creates Lifelong Gut Problems Through Brain-Gut Connection

New research reveals how early life stress rewires the gut-brain connection, leading to digestive disorders that persist into adulthood.

Comunicado de Imprensa
28 de mar. de 2026 1
Fibermaxxing Could Transform Your Gut Health and Extend Healthspan
Gut & Microbiome

Fibermaxxing Could Transform Your Gut Health and Extend Healthspan

New research reveals how consuming adequate daily fiber through 'fibermaxxing' may reduce disease risk and improve long-term health outcomes.

Comunicado de Imprensa
28 de mar. de 2026 1
Scientists Discover Three Gut Bacteria That Protect Against Heart Disease and Diabetes
Gut & Microbiome

Scientists Discover Three Gut Bacteria That Protect Against Heart Disease and Diabetes

Groundbreaking study of 34,000 people reveals specific gut bacteria that reduce cardiometabolic disease risk.

Vídeo
28 de mar. de 2026 0
Maternal Gut Health During Pregnancy Shapes Child's Lifelong Disease Risk
Gut & Microbiome

Maternal Gut Health During Pregnancy Shapes Child's Lifelong Disease Risk

Mother's gut bacteria during pregnancy programs offspring's intestinal health and colitis susceptibility throughout life.

Artigo Científico
28 de mar. de 2026 0
Young Gut Bacteria Transplants Show Promise for Reversing Age-Related Muscle Loss
Gut & Microbiome

Young Gut Bacteria Transplants Show Promise for Reversing Age-Related Muscle Loss

Clinical trial tests whether fecal transplants from young, active donors can restore muscle strength and cognitive function in older adults.

Artigo Científico
28 de mar. de 2026 0
Gut Bacteria May Hold Key to Preventing Age-Related Muscle and Bone Loss
Gut & Microbiome

Gut Bacteria May Hold Key to Preventing Age-Related Muscle and Bone Loss

New research reveals how gut microbiome disruption drives osteosarcopenia through inflammation and nutrient pathways.

Artigo Científico
28 de mar. de 2026 0
Gut Bacteria Research Lacks Standards, Hampering Mental Health Breakthroughs
Gut & Microbiome

Gut Bacteria Research Lacks Standards, Hampering Mental Health Breakthroughs

Scientists find major inconsistencies in microbiome studies linking gut bacteria to psychiatric disorders, calling for standardized methods.

Artigo Científico
28 de mar. de 2026 0
Global Gut Microbiome Study Reveals Geographic Patterns That Impact Healthy Aging
Gut & Microbiome

Global Gut Microbiome Study Reveals Geographic Patterns That Impact Healthy Aging

Analysis of 10,878 samples across 27 countries reveals how gut bacteria patterns vary by geography and age, with implications for longevity.

Artigo Científico
28 de mar. de 2026 0
Gut Health Supplements Show Promise for Combating Age-Related Muscle Loss and Obesity
Gut & Microbiome

Gut Health Supplements Show Promise for Combating Age-Related Muscle Loss and Obesity

New research reveals how probiotics, prebiotics, and synbiotics may help older adults fight sarcopenia and obesity through gut microbiome optimization.

Artigo Científico
28 de mar. de 2026 0
Gut Microbes Beyond Bacteria Linked to Teen Bipolar Depression
Gut & Microbiome

Gut Microbes Beyond Bacteria Linked to Teen Bipolar Depression

Study reveals viruses, fungi, and archaea in the gut microbiome are disrupted in adolescents with bipolar depression.

Artigo Científico
28 de mar. de 2026 0
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