New Discoveries
Your microbiome – which is made up of trillions of bacteria that live in your gut – could hold the most important medical breakthrough of the century. As it turns out, scientists believe specific gut bacteria hold the answer to cancer.
More specifically, scientists believe that certain gut bacteria may dramatically improve outcomes for cancer patients (read about the research here). And having a healthy microbiome may just help prevent pathogens - like the ones that initiate cancer - from ever developing.
So then the question becomes: Can spore probiotics turn your gut into a cancer-fighting machine? Read on to learn more…
Quick Answer: The gut microbiome, the trillions of bacteria living in your digestive tract, plays a meaningful role in immune function, and researchers are studying how it relates to overall health. Because roughly 80% of the immune system is associated with the gut, the mix of bacteria a person carries can influence how the body responds. When the microbiome falls out of balance (a state called dysbiosis), harmful bacteria can outnumber beneficial ones, which is linked with inflammation, poor nutrient absorption, and a weakened immune response. Spore-based probiotics are studied for their ability to survive digestion, reach the gut alive, and help restore a healthy bacterial balance so beneficial microbes have the edge.
How Does Gut Bacteria Affect Cancer Treatment?
Researchers have found that the specific mix of bacteria in a person's gut appears to influence how well certain cancer treatments work, likely because so much of the immune system is based in the gut. Some bacteria are linked with better treatment response, while others are linked with poorer response.
Gut bacteria: Changing the Course of Chemotherapy?
For years scientists have been baffled about why cancer drugs work for some people and not others.
Now, finally, they’ve uncovered one likely answer: Treatment success seems to depend on the particular mix of bacteria in the cancer patient’s microbiome. Recent news on this topic was published in March 2019 in Smithsonian Magazine.
Why does treatment vary from person to person? Because the gut hosts about 80% of immune system. Newer cancer treatments – called immunotherapies – rely on patient’s immune system to work. So then, it makes sense that gut bacteria can make an enormous difference here.
In fact, it turns out that some gut bacteria stop cancer treatment from working… while other bacteria are critical for treatment success.
CLICK HERE TO BUY JUST THRIVE SPORE PROBIOTIC NOW
How Did Scientists Discover the Gut Microbiome Connection?
Much of the research began with stool samples. Scientists noticed that patients with cancer were often missing certain bacteria that healthy microbiomes contain, and animal studies suggested those bacteria mattered for how the body responded to treatment.
Finding Important Clues...in Poop?!
Many studies have linked cancer to diet – and that's just what led scientists in the microbiome direction. Their research - as unbelieveable as it sounds - started with poop.
Scientists looked at stool samples from cancer patients, and uncovered an important clue. The patients with cancer were missing key bacteria from their microbiomes…bacteria that healthy microbiomes (without cancer) contain naturally. Healthy bacteria support immune system function and, without them, immunotherapies and other cancer treatments simply aren’t as effective.
That idea was backed up by animal studies. Researchers compared microbiome samples from cancer patients with both successful and unsuccessful treatment outcomes. Scientists then transplanted the gut bacteria into mice with cancer, and gave the mice anti-cancer drugs. The outcomes showed reduced tumor size in mice that received “successful” gut bacteria experienced reduced tumors, but not in mice who received gut bacteria from patients who didn’t respond to treatment.
Now that research confirms the importance of the microbiome for cancer treatment, the next step will be human clinical trials.
One problem: People tend to be reluctant to share their poop (not a big surprise!). One of the leaders in this field is asking for poop donations from cancer patients and survivors. The more poop they get, the more they’ll be able to learn about how gut bacteria influence cancer development and treatment. If you’d like to help, you can learn more about how to donate your poop here.
What Is Dysbiosis, and Why Does Microbiome Balance Matter?
Dysbiosis is when harmful bacteria outnumber beneficial bacteria in the gut. It is associated with widespread inflammation, poor nutrient absorption, and a weakened immune system, which is why keeping the microbiome in balance is so important for overall health.
Strengthen Your Microbiome to Prevent Pathogens
A healthy microbiome has more good bacteria (probiotics) than bad bacteria (pathogens). Unfortunately, it doesn’t take much to bring on dysbiosis, when the bad bacteria outnumber the good. And when that happens, it sets the stage for all sorts of health problems…including cancer. (see the research here)
Dysbiosis can cause some factors that lead to cancer, including
- Widespread inflammation
- Poor nutrient absorption
- Weakened immune system
- Lower production of essential nutrients, antioxidants, and short chain fatty acids
On top of that, some pathogenic bacteria (such as H. pylori) actually help cancer develop and grow.
Luckily, you can rebalance the microbiome with spore probiotics and help turn the gut into a healthy, pathogen-fighting machine.
CLICK HERE TO BUY JUST THRIVE SPORE PROBIOTIC NOW
How Do Spore Probiotics Support a Healthy Microbiome?
Spore-based probiotics are studied for their ability to survive stomach acid, reach the gut alive, and help rebalance the microbiome so beneficial bacteria gain the edge. Research on the strains in Just Thrive suggests they can help shift the gut from dysbiosis toward a healthier balance.
How Spore Probiotics Protect You
Spore probiotics offer the best chance to rebalance your microbiome, and give beneficial bacteria the edge. Research shows that the specific strains of spore probiotics in Just Thrive Probiotic can reboot your gut – and take it from dysbiosis to healthy – within just 30 days! (check out the study here!)
Plus, the four clinically-proven strains in Just Thrive Probiotic offer unique health-boosting benefits, including:
Bacillus subtilis produces antibiotic-like substances that keep pathogens under control and let beneficial bacteria flourish.
Bacillus indicus HU36 produces powerful nutrients and antioxidants – including lycopene and astaxanthin – that help fight oxidative stress in the intestines.
Bacillus coagulans produces a special form of lactic acid that profoundly affects immune stimulation and microbiome defense.
Bacillus clausii can withstand many antibiotics (which typically wipe out all beneficial bacteria along with pathogens). That allows it to help probiotics survive and thrive during a course of antibiotics, so the “bad guys” don’t have a chance to get control.
Strengthen your microbiome and your immune system today with Just Thrive Probiotic. Because a healthy gut is your best defense.
Frequently Asked Questions About Gut Bacteria and Immune Health
What is the gut microbiome?
The gut microbiome is the community of trillions of bacteria that live in your digestive tract. These microbes help with digestion, nutrient production, and immune function, and the balance between beneficial and harmful bacteria has a major influence on overall health.
Why is the gut connected to the immune system?
Roughly 80% of the immune system is associated with the gut. The bacteria living there interact with immune cells in the intestinal wall, so the makeup of the microbiome can affect how the body responds to challenges.
What is dysbiosis?
Dysbiosis is an imbalance in the gut microbiome where harmful bacteria outnumber beneficial ones. It is associated with inflammation, poor nutrient absorption, and a weakened immune response.
How do spore probiotics differ from regular probiotics?
Spore-based Bacillus probiotics have a protective shell that helps them survive stomach acid and reach the gut alive, where they can help restore bacterial balance. Many conventional probiotics do not survive digestion as well.
Can probiotics help rebalance the microbiome?
Probiotics are studied for their ability to support a healthy gut microbiome by crowding out harmful bacteria and helping beneficial populations grow. Research on the spore strains in Just Thrive suggests they can help shift the gut toward a healthier balance.
