prebiotics 
We Have Found 121 Papers
Bird Score
Ingredients
Main Function
Gastrointestinal Microbiome
Obesity
Colorectal Cancer
Blood Glucose
Colitis
Non-alcoholic Fatty Liver Disease
Constipation
Muscle
Non-alcoholic Fatty Liver Disease (nafld)
Chronic Constipation
Hypertension
Ulcer
Gastric Mucosa
Immune
Hepatic Steatosis
Fatigue
Intestinal Mucosa
Liver (non-alcoholic Fatty Liver)
Blood Circulation
Alopecia
Osteoarthritis
Osteoporosis
Infantile Spasms Syndrome
Immunomodulatory
Memory
Nonalcoholic Fatty Liver Disease 
Depression
Gastric Cancer
Periodontitis
Cognitive Impairment
Fatty Liver
Breast Cancer
Bacterial Vaginosis
Asthma
Skin
Chronic Kidney Disease
Hepatitis
Cholesterol
Bioactive Compound
Type of Study
Mechanism Keyword
  • Ameliorates Hyperuricemia Via Modulating The Imbalance Of Intestinal Flora And Alleviating Lps/tlr4 Axis Inflammatory Response In Quail Model

  • Regulation Liver Lipid Metabolism And Inflammation

  • Increasing Energy Resources, Decreasing Detrimental Metabolite Accumulation, And Enhancing Antioxidant Activity

  • Associated With The Modulation Of Antioxidant And Anti-inflammatory Effects

  • Via Antioxidant, Anti-inflammatory And Anti-apoptotic Actions

  • Inhibition Of Tlr4/md2-mediated Signaling, Including Myd88 And Trif, As Well As The Inhibition Of Nf-kb-mediated Inflammatory Signaling Pathways.

  • Through Improving The Oxidative Stress In The Hippocampus.

  • Targeting Lps/tlr4/nf-kb Pathway

  • By Mechanisms Related To Gut Microbiota Regulation And Appetite Inhibition.

  • Improved The Lipid Serum Profile And Prevented Hepatic Hfd-induced Overexpression Of Cd36, Il-1β, Il-6, Lxr And Srebp

  • Improve Serum Lipid Levels

  • Regulating Lesional Macrophage Content And Phenotype

  • Gelatinase Activity (mmp-2 And 9)

  • Ameliorate Insulin Resistance By Improving Hepatic Insulin Signaling Through Suppression Of Hepatic Inflammation

  • Lkb1/ampk Pathway

  • Vascular Endothelial Protection In Subjects With Elevated Systolic Bp, And Through Antiinflammation And Antilipid Peroxidation Pathways In Subjects With Stage 1 Htn

  • Downregulating Factors Related To Fatigue And Enhancing Muscle Strength And Weight Through Inhibition Of Atrophy-associated Genes In The Skeletal Muscle.

  • Inhibit Th2 Cell Differentiation By Regulating Mros Scavenging

  • By Slightly Activating The Nf-κb Pathway

  • By Inhibiting The Activation Of Tlr4/nf-κb Pathway

  • Activation Of Classical Wnt Pathway

  • And Reducing Sbp And Inflammation In Hypertensive Conditio

  • A Significant Positive Correlation Was Also Evident Between Change In Concentrations Of Zeaxanthin And β-cryptoxanthin At Week 16 And Change In Standing Balance.

  • Antioxidant Capacity Able To Counteract Nox2-mediated Oxidative Stress And Enhance No Release

  • Inhibition Of A-glucosidase And Sodium-dependent Glucose Transporter 1 (sglt1)

Basic Info
Extraction Info
Study Info

cancle