#Akkermansia

[medicomunicare]

Microbiota "revolution": in the gut matrix and its bad "sentients programs", there are also good chances to enhance the good ones

The “sweet” issue for public health According to the International Diabetes Federation Diabetes Atlas (9th edition), approximately 463 million adults globally suffer from diabetes. This number is projected to rise to 578 million (10.2% of the total population) by 2030, making diabetes one of the most serious threats to human health in the 21st century. The global prevalence of T2DM is increasing,…

[firstmedicaldiagnosticspvtltd]

Gut Microbiome Test | FMD

The key to overall well-being heavily depends on the gut microbiome, an ever-evolving community of billions of bacteria thriving within our digestive system. Bacteria, viruses, fungi, and other microorganisms make up this complex ecosystem, which has a significant impact on immunity, digestion, and even mental health.

Its functioning depends on the diversity of the gut microbiota. In addition to supporting the immune system by protecting against hazardous intruders, a diverse and abundant microbial community also helps break down complex nutrients. The influence of the microbiome on mental health is further demonstrated by recent studies, which point to its possible involvement in disorders including anxiety and depression.

For optimum health, it is important to maintain a healthy gut microbiome. This complex ecology is shaped by a person's diet, lifestyle, and surroundings. A healthy microbial community is promoted by including foods high in fiber, fermented foods, and probiotics in one's diet. On the other hand, this delicate equilibrium may be upset by overusing antibiotics or by eating a diet heavy in processed foods.

Good & Bad Bacteria in The Gut

Numerous different types of bacteria reside in the human gut, and they are essential to our general well-being. There are "bad" and "good" bacteria in this intricate ecosystem, each having a different role and impact on human health.

Positively, "good" bacteria, also known as probiotics, aid in immune system regulation, nutrition absorption, and digestion. These helpful bacteria aid in the breakdown of complex carbohydrates, the synthesis of vital vitamins, and the creation of an unfavorable environment for invading organisms. Lactobacillus and Bifidobacterium, which are present in yogurt and fermented foods, are two common examples.

On the other hand, pathogenic or "bad" bacteria can upset the delicate equilibrium of the gut microbiome. These dangerous bacteria can weaken the immune system, induce inflammation, and create digestive problems when they multiply. Disturbances in the microbiota of the gut, frequently brought on by unhealthy eating habits or overuse of antibiotics, can result in disorders including inflammatory bowel disease (IBD) and irritable bowel syndrome (IBS).

Encouraging the development of helpful bacteria while limiting the proliferation of dangerous ones is essential to maintaining a healthy gut balance. A balanced gut microbiota may be achieved by eating a varied and high-fiber diet, including foods high in probiotics, and refraining from overusing antibiotics. Maintaining this equilibrium makes sure that our gut's billions of bacteria cooperate to promote healthy digestion, absorption of nutrients, and general well-being.

Interesting Facts About Gut Microbiome

Microbial Metropolis: The gut is home to trillions of microorganisms, collectively known as the gut microbiome. This bustling community includes bacteria, viruses, fungi, and other microbes, creating a diverse ecosystem within our digestive tract.

Microbial Census: The number of microbial genes in the gut is estimated to be around 150 times greater than the number of human genes. This emphasizes these microorganisms' significant impact on our biology and overall health.

Personalized Microbial Fingerprint: Each person's gut microbiome is unique, akin to a personalized microbial fingerprint. Genetics, diet, environment, and lifestyle contribute to this individualized composition.

Brain-Gut Connection: The gut microbiome communicates with the brain through the gut-brain axis, influencing mood, behavior, and even cognitive function. This bidirectional communication emphasizes the gut's role in mental health.

Weighty Matters: The gut microbiome has been linked to weight management. Certain microbial species are associated with lean individuals, while an imbalance may contribute to weight gain and obesity.

Microbial Diversity Matters: A diverse gut microbiome is generally a healthy one. A rich microbial community supports various functions, including efficient digestion, nutrient absorption, and a robust immune system.

Microbial Maturation: The development of a newborn's gut microbiome begins at birth and continues through early childhood. Factors like delivery method (vaginal vs. cesarean), breastfeeding, and exposure to microbes shape its maturation.

Probiotics and Prebiotics: Probiotics, beneficial live bacteria, and prebiotics, which are compounds that nourish these bacteria, contribute to a balanced gut microbiome. Foods like yogurt, kefir, and fiber-rich vegetables support gut health.

Gut Microbes and Immunity: A significant portion of the immune system is located in the gut. The gut microbiome plays a crucial role in training the immune system, helping it distinguish between harmful and harmless substances.

Gut-Heart Connection: Recent studies suggest a link between the gut microbiome and cardiovascular health. Imbalances in the gut may contribute to conditions like atherosclerosis and hypertension, highlighting the systemic impact of gut health.

Gut Microbiome Test

Discover the wonders of your body with a Gut Microbiome Test – your personal guide to understanding what's going on inside. Your gut is like a tiny universe, filled with trillions of microorganisms. This test helps you learn about them in a way that's all about you. It's not just about digestion – find out how your gut buddies can affect your mood and even your weight. Learn which foods can be your best pals for a healthy gut. This test is like a sneak peek into your future health, helping you catch potential issues early. It's an investment in feeling good and staying well.

Start a journey to well-being with the First Medical Diagnostics Gut Microbiome Test – a unique tailored diagnostics test to understand your gut health. We collect blood samples from the comfort of your home. The sample collection process is done precisely using a special kit from Germany. After the sample is collected, we send it to the laboratories in Germany, and within three weeks the report is shared with the patient. Furthermore, we offer comprehensive counseling sessions to patients to guide them in achieving their well-being. The thorough counseling that comes after, in addition to the accuracy of the tests, is what distinguishes First Medical Diagnostics. This is about learning the unique language of your body, not simply about numbers. The report turns into a road map that points you in the direction of foods that balance your microbiota and lifestyle changes that will make you healthy.

This is a collaboration with professionals who genuinely care about your health; it's not your typical health test. It's an adventure that starts at home and travels across borders to link you with knowledge from across the world. Because there is no one-size-fits-all solution when it comes to your health, go with the First Medical Diagnostics Gut Microbiome Test.

For more information,

Call us at +91 8800929600

Visit us at www.fmdindia.in

[memeladd23]

Akkermansia: Scopri il Ruolo Cruciale di Questo Microrganismo Intestinale con Studio NewLife Nutrizione e Salute

Il mondo dei microrganismi intestinali è vasto e complesso, e tra questi, l'Akkermansia sta emergendo come un fattore cruciale per la salute dell'intestino e del corpo in generale. Studio NewLife Nutrizione e Salute fornisce una panoramica dettagliata e accessibile su questo importante batterio e sul suo impatto sul benessere umano. Visita il sito Studio New Life per esplorare come l'Akkermansia possa svolgere un ruolo chiave nella tua salute intestinale e generale.

L'Akkermansia muciniphila, per darle il nome completo, è un tipo di batterio che vive nel muco intestinale e gioca un ruolo essenziale nel mantenimento di un intestino sano. È stato oggetto di numerose ricerche scientifiche recenti, che ne hanno esplorato i molteplici benefici per la salute. Questo batterio non solo contribuisce all'integrità della barriera intestinale, ma è anche coinvolto nella regolazione del metabolismo, mostrando un potenziale impatto sulla perdita di peso, la gestione del diabete e persino sulla prevenzione di alcune malattie.

Studio NewLife Nutrizione e Salute approfondisce il modo in cui l'Akkermansia interagisce con il nostro corpo. Una delle sue funzioni principali è la regolazione del strato di muco che riveste l'intestino, che è vitale per proteggerci da agenti patogeni e per mantenere una flora intestinale equilibrata. Un'adeguata presenza di Akkermansia nell'intestino è associata a un sistema immunitario più forte e a una minore incidenza di malattie infiammatorie intestinali come il morbo di Crohn e la colite ulcerosa.

Inoltre, le ricerche hanno mostrato che l'Akkermansia può svolgere un ruolo significativo nella gestione del peso e del metabolismo. È stato osservato che le persone con un indice di massa corporea (IMC) più basso tendono ad avere livelli più alti di questo batterio nel loro intestino. Ciò suggerisce che l'Akkermansia potrebbe aiutare a regolare il modo in cui il corpo immagazzina e utilizza il grasso, offrendo nuove prospettive nel trattamento dell'obesità e delle malattie metaboliche correlate.

Studio NewLife Nutrizione e Salute esplora anche come si possa aumentare naturalmente i livelli di Akkermansia nel corpo. Una dieta ricca di fibre, frutta, verdura e cibi fermentati può favorire la crescita di questo batterio benefico. Inoltre, alcuni probiotici e integratori alimentari sono stati studiati per il loro potenziale di incrementare l'Akkermansia nell'intestino, offrendo un altro strumento per migliorare la salute intestinale.

Visita Studio NewLife Nutrizione e Salute per una guida completa su come integrare queste strategie nella tua vita quotidiana. Il sito non offre solo informazioni approfondite sull'Akkermansia, ma fornisce anche consigli pratici su come migliorare la salute intestinale attraverso la dieta, lo stile di vita e l'integrazione alimentare.

In conclusione, l'Akkermansia rappresenta una frontiera affascinante nel campo della salute intestinale e del benessere generale. Grazie a Studio NewLife Nutrizione e Salute, puoi scoprire come questo microrganismo possa avere un impatto positivo sulla tua salute e imparare modi pratici per nutrire e sostenere il tuo microbioma intestinale. Che tu sia interessato alla prevenzione delle malattie, alla gestione del peso o semplicemente alla promozione di uno stile di vita più sano, l'Akkermansia e le ricerche a essa correlate offrono spunti preziosi e innovativi.

[revivifyhealth]

Akkermansia is a keystone strain of bacteria, originally discovered in 2004, naturally found in our gastrointestinal tract. Keystone strains are the species of bacteria that keep us at our healthiest as they are the founding for our whole microbiome. This is the only Akkermansia product on the market. Buy Now.

[fitnessmith]

Caca : êtes vous dans la norme ?

Caca : êtes-vous dans la norme ? Nouvel article en ligne #caca #poop #sport #microbiote

Le temps de transit intestinal est un facteur clé de notre santé digestive. Il s’agit du temps nécessaire pour que les aliments passent de la bouche à l’anus. Selon une étude récente, le temps de transit idéal se situe entre 12 et 48 heures. Cependant, ce temps peut varier en fonction de nombreux facteurs, notamment l’alimentation, le niveau d’activité physique et la présence de certaines…

[thenarrativefoil]

what's really bullshit about having microbiome problems is instead of being like "hey you've healed X% now that means you should start eating more carbohydrates" my body decided to CAUSE SEEMINGLY RANDOM AND EXTREME PAIN and make it so that fiber causes pain so I cut out like 80% of the foods I was eating for two weeks

do you know what its like to eat nothing but meat and nuts for 2 weeks?? sounds hot right?? sounds like a porno set up??? WELL I WISH IT WAS

[two-calicos-in-a-trenchcoat]

Hm

Althea hasn't messaged me since Sunday night which is unusual for her

The last thing we were talking about was how her mom was making her take some sketchy new pills that were making her feel like shit and she texted her mom jokingly asking if they were poisoned to which her mom only replied "just take the pills" which was...ominous and not very comforting.

This was between 11pm Saturday night and 1am on Sunday. So its been even longer than I thought

Im getting a bit concerned

[reincarnatedonthefirst]

Health

I’m excited. I just started an akkermansia probiotic by Pendulum today. It’s supposed to be a very essential bacteria in the guy that a lot of people either have too much of or too little. My most recent stool analysis showed that I have too little.

My plan is to continue taking it and increase my fiber intake to help establish a colony in my gut (I want to make a fiber rich smoothie everyday with soaked chia seeds, freshly ground flaxseed, and acacia powder). Making smoothies every morning is a lot to put up with because you have to wash the goddamn blender everyday but I’m going to try my best.

I’m so fucking amped. Pendulum is supposed to be top of the line in probiotics.

[patriciasaigerlimbacher]

Is This NEW Probiotic a Gut Microbiome Miracle? Akkermansia Muciniphila

[mikeo56]

Despite their small size, gut bacteria wield large influence over the effectiveness of certain cancer drugs. Researchers have now found that the ratio of specific microbial communities in the gut can help to predict who will respond to next-generation drugs for treating some kinds of cancer1.

The findings will also help to identify healthy volunteers who could donate faecal bacteria to transfer into the intestines of people who do not respond to these drugs, a procedure known as faecal microbiome transplantation, study co-author Laurence Zitvogel, an immunologist and oncologist at the Gustave Roussy Cancer Campus in Villejuif, France, wrote in an e-mail to Nature.

The work “is a breakthrough from a diagnostic point of view”, says Fabio Grassi, an immunologist at the Institute for Research in Biomedicine in Bellinzona, Switzerland. The findings, he says, also highlight how the delicate balance of gut microbial species can affect the success of high-stakes therapies, such as immune checkpoint inhibitors. This treatment helps the immune system to recognize and attack cancer cells and is the focus of the new research. The findings were published today in Cell.

Search for helper bacteria

Over the past decade, Zitvogel and others have investigated how gut microbes interact with these cancer treatments in ways that activate the immune system. “Everyone was looking for that single bug that [could] improve response to immunotherapy across cancer types — and it was elusive,” says Jennifer Wargo, a physician-scientist at the University of Texas MD Anderson Cancer Center in Houston. In 2018, Wargo published a study2 — alongside similar ones by Zitvogel3 and a third team4 — that linked specific gut bacteria to positive clinical outcomes following immunotherapy treatment in mice and people with cancer. But there was little agreement on which microbial species were associated with treatment response.

Wargo says that Zitvogel’s latest research helps to answer why the search for a single gut microbe that could boost responses to cancer immunotherapy was so challenging. Instead of focusing on individual microbial species, the work shows that the overall make-up of microbial communities in the gut influences a person’s response. “It’s all about the community structure,” Wargo says.Why are so many young people getting cancer? What the data say

Zitvogel and her colleagues analysed faecal samples from 245 people with lung cancer and identified two groups of microbial species: group one contained 37 microbes, such as Veillonella species, that are linked to resistance to immune checkpoint inhibitors; group two included 45 bacterial species associated with positive responses. People with lung cancer with response-associated bacteria lived longer than did those with resistance-associated bacteria.

Next, the researchers developed a person-specific score based on the ratio between group one and group two. The score also included quantification of Akkermansia muciniphila, a microbe that has gained attention owing to its potential role in influencing immune responses.

When tested on hundreds of people with various types of cancer, including kidney cancer, the score could predict in most cases who was likely to respond to treatment with immune checkpoint inhibitors. The score will soon be transformed into a diagnostic assay, Zitvogel wrote.

Possible predictive tool

The tool could help to identify people with cancer who might need microbiome-targeting therapies to boost their response to immunotherapy, but it requires further validation before it can be used in the clinic, says Francesca Gazzaniga, a biologist at Massachusetts General Hospital in Boston.

She also notes that the study focused on participants in Canada and France, so the score might not be as predictive in populations living in different areas and eating different diets, Gazzaniga says. “This is a good start, and if we understand more about the underlying mechanisms — why these sets of bacteria are important — we might be able to get better targeted therapies.”

Research on the role of microbiota in the response to immunotherapy began years ago, yet there have been no tangible benefits for patients so far, says Maria Rescigno, an immunologist at Humanitas University in Milan, Italy. All the same, Rescigno anticipates that doctors will integrate the tool developed by Zitvogel and her team into practice. “If clinicians adopt this, it could lead to a significant change for the patients.”

[medicomunicare]

Microbiota come causa di SLA? Le ipotesi e le prove di un ruolo tossico derivato da errori sullo stile di vita

Si ritiene che lo sviluppo della SLA sia multifattoriale, coinvolgendo fattori genetici e non genetici, possibilmente attraverso un processo a più fasi. Si sa molto sui geni associati alla SLA. Meno si sa sui fattori non genetici, ma studi epidemiologici ritengono che i fattori dietetici, i metalli pesanti e l’esposizione ai pesticidi siano possibili fattori di rischio per la SLA. Il microbiota…

[fisiltihaberleri]

Anne sütündeki mucize bakteri Akkermansia Türkiye’de insanların daha fazla probiyotiklere ihtiyacı var Türkiye’de fazla antibiyotik kullanımı ve obezite ciddi hastalıklara davetiye çıkarıyor. Araştırmacı Yazar Haydar Yılmaz, Türkiye’de obezite ve antibiyotik kullanımının azaltılması için bağırsaklardaki probiyotiklerin artması gerektiğini söyledi. İŞTE O AYRINTILAR... https://www.fisiltihaberleri.com/haber/anne-sutundeki-mucize-bakteri-akkermansia-9192.html

#FısıltıHABERLERİ #Fısıltı #Anne #Kadın #AnneSütü #Mucize #AnneSütündekiMucize #Baktari #Akkermansia #Bebek #Çocuk #Doğum #KadınSağlığı #Gündem #Haber #SağlıkHaberleri #Sondakika

[revivifyhealth]

Akkermansia Australia

Revitalize your gut health with Akkermansia in Australia. Our premium supplements support a balanced microbiome, promoting digestive wellness and metabolic health. Sourced for purity and potency, our Akkermansia supplements ensure optimal results. Elevate your well-being with our high-quality, natural supplements, designed to nurture your gut health.