Marco Medeot ✅’s Post

Effect of #lipoicacid on the expression of #nonalcoholicfattyliverdisease-associated genes in the liver of rats fed a hypercaloric #choline-deficient diet https://lnkd.in/g_rHkpu7

#Cornus officinalis vinegar has been found to have promising effects in regulating gut microbiota and lipid droplets, which could benefit individuals with nonalcoholic fatty #liver disease (NAFLD). The research demonstrated that the vinegar was able to improve gut #microbiota and reduce body weight and liver injury in NAFLD model mice. This insightful study suggests that C. officinalis vinegar could be a natural remedy for NAFLD management, and provides valuable information on its health implications and potential benefits for individuals with NAFLD. Read more: https://lnkd.in/gSeaBSxp #GutHealth #NAFLD #Research #fattyliver #VinegarBenefits #sciopen #TUP

Happy #WorldDigestiveHealthDay! Today, we recognize the importance of #digestivehealth and the vital role #metabolomics plays in advancing our understanding. Leveraging our advanced metabolomics technology, we analyze a wide range of #metabolites to uncover #biomarkers, #metabolicpathways, and microbial signatures relevant to #gastrointestinal conditions. Our solutions empower researchers and clinicians to better understand #guthealth, optimize #personalizednutrition, and develop targeted interventions for improved digestive wellness. Explore our gastrointestinal solutions here and unlock the potential of metabolomics: https://bit.ly/3RBnxWs

🌿Metabolite of the month: 3-Indoleacetic Acid (3-IAA) 🌿 Ever wondered how a compound can bridge plant growth and human health? Meet 3-IAA, a fascinating metabolite with a history stretching from its first synthesis in 1925 to its recent identification as a key player in the AhR pathway in 2020. Initially celebrated for its role in plant biology, 3-IAA has revealed its broader significance as a microbial metabolite of tryptophan in mammals, impacting immune function, inflammation, and metabolic health. Its exploration has been propelled by omics technologies, highlighting its therapeutic potential for cancer and autoimmune diseases. The synthesis of 3-IAA from dietary tryptophan underscores the intricate dance between our diet, microbiome, and overall health. Present in various bodily fluids, 3-IAA's relationship with the gut microbiota showcases its potential as a disease biomarker, thanks to metabolomic insights. Read more about the multifaceted world of 3-IAA, a metabolite that exemplifies the interconnectedness of life and its potential to unlock new avenues in health and disease management: https://zurl.co/avB8 #metabolomics #loveyourmetabolites

Fresh out of the oven! Title: Probiotics, prebiotics, synbiotics and other microbiome-based innovative therapeutics to mitigate obesity and enhance longevity via the gut-brain axis This review discusses the interrelationship between obesity and aging, with a particular emphasis on the gut microbiome, and presents biotics as novel therapeutic agents for obesity, aging and related disease states. View: https://lnkd.in/gKACxfED Authors: Jacqueline Boyajian, Paromita Islam, Ahmed Abosalha, Sabrina Schaly, Rahul Thareja, Amal Kassab, Karan Arora, CPI, Madison Santos, Cedrique Shum-Tim, Dr. Satya Prakash #Microbiome, #obesity, #aging, #gutbrainaxis, #prebiotics,  #probiotics, #postbiotics, #therapeutics

Probiotics, prebiotics, synbiotics and other microbiome-based innovative therapeutics to mitigate obesity and enhance longevity via the gut-brain axis https://lnkd.in/drkkbnmE Microbiome Research Reports. OAE Publishing Inc. Jacqueline Boyajian, Paromita Islam, Ahmed Abosalha, Sabrina Schaly, Rahul Thareja, Amal Kassab, Karan Arora, CPI, Madison Santos, Cedrique Shum-Tim, Dr. Satya Prakash (McGill University) This review discusses the interrelationship between obesity and aging, with a particular emphasis on the gut microbiome, and presents biotics as novel therapeutic agents for obesity, aging and related disease states. #microbiome #obesity #microbiomebasedtherapies #gutbrainaxis #aging #probiotics #prebiotics

Does intermittent fasting increase the risk of cardiovascular issues? Here's our issue with such claims... There are a number of factors that make nutrition research challenging, beyond the source(s) of funding. These include: –observational vs. experimental studies –individual variability –measurement challenges –long-term impacts –media simplification –evolving science We are all biologically and genetically unique and we're all impacted by myriad and diverse life experiences and exposures. This is why functional practitioners honor personal evidence and do not subscribe to any one dietary fad, theory, or newsfeed.

Don't skip breakfast! A new study did a deep dive into the interactions between metabolites produced by bacteria in microbiome and the metabolites produced by the host. Tracing nutrients they were able to map region-specific effects of nutrient absorption at the cellular level. Finally, they show that typical human habits such as skipping breakfast, can increase the risk of metabolic disease by inducing cellular lipid absorption. Great read, even greater resource!! https://lnkd.in/exxhcMvZ

Do you want to know more about dietary fiber, microbiome, and intestinal mucus layer? Have a look at this post. Well done Bjoern :)

I’m thrilled to share that my recent article on the connections between the microbiome, obesity, and aging has been published! This study delves into how our gut health influences body weight and the aging process, offering new insights and potential pathways for better health management. I’m incredibly grateful to my colleagues and everyone who supported this journey. Check out the details and join the conversation on how microbiome research can pave the way for healthier lives. #Microbiome #Obesity #Aging #Research #HealthScience