clinical testing

Significantly improves constipation, bloating and abdominal pain

Significantly increases the growth of beneficial bacteria in the gut microbiome

Significantly decreases the presence of harmful bacteria present in the gut microbiome

Significantly reduces blood cholesterol

Participants

A study was conducted on 45 human subjects aged between 18 & 65 who defecate less than three times a week and are aware of their own difficulty in defecation.

The participants were randomly split into 3 groups, 15 in the control group, 15 subjects receiving 200mg/day of the root biotics postbiotic, and the final 15 subjects 600mg/day for 30 days.

Methods of analysis

One day prior to the subjects consuming the postbiotics, their defecation symptoms were recorded, stool samples, and blood samples were collected.

After 30 days of continuous consumption of postbiotics, stool and blood samples were collected again to be analysed and compared against the samples taken prior to the start of the study.

An evaluation questionnaire was used for subjects to evaluate any changes in constipation, bloating, and upper and lower abdominal pain.

Results

As patients with constipation often experience certain gastrointestinal symptoms, this study aimed to discover any changes in the gastrointestinal function in the subjects after consuming 200 mg or 600 mg Root postbiotics every day in comparison to the placebo group.

The results shown in the table above indicated that with consuming 600 mg there was a significant improvement in bowel movements, such as diarrhoea and constipation, whereas other symptoms of gastrointestinal discomfort including upper and lower abdominal pain were also significantly reduced.

In addition, gastrointestinal symptoms seem to have been alleviated for those who consumed 200 mg daily compared to the placebo group.

Change rate in bacterial flora in the microbiome

From the bacterial flora of the subjects who consumed 600 mg of Root postbiotics daily, a significant increase in the beneficial probiotic flora Bifidobacterium, Akkermansia, Lactococcus, and Lactobacillus was observed as shown by the green bars in the graph below.

Also, an evident drop in the harmful pathogenic flora Enterococcus and Streptococcus was observed as shown by the red bars in the graph below.

For the subjects who consumed 200 mg daily, we observed an increase in both the probiotic and harmful flora,
yet neither reached a significant statistical difference.

For the placebo group who consumed no postbiotics, a minor decrease in the probiotic flora was observed.

Testing-Header-Callout

safety testing

 

Root daily postbiotics are rigorously tested before being dispatched to our customers. Because we’re so committed to making sure Root meets our strict manufacturing guidelines, each and every batch is tested to ensure consistency and our customers safety.

Our postbiotics are created in a Good Manufacturing Practices (GMP) and ISO22000 HACCP laboratory.

general scientific studies

 

Postbiotics are defined as the non-viable microbial components or metabolites that confer a health benefit on the host.

They are produced by the fermentation of probiotics or other microorganisms. Postbiotics are gaining increasing attention as a potential therapeutic agent for a variety of conditions, including gastrointestinal disorders, allergies and immune dysfunction.

There is a lot of research emerging from around the world to highlight the benefits of postbiotics. In 2022 alone, there were over 1,000 scientific papers published on postbiotics. The results so far are promising.

Some of the potential benefits of postbiotics include:

  • Improving gut health and reducing the risk of gastrointestinal disorders

  • Reducing inflammation and allergic reactions

  • Boosting the immune system

  • Protecting against cancer

  • Improving cognitive function

  • Reducing the risk of obesity and diabetes

01

Comprehensive review of the benefits of Postbiotics

Postbiotics have favourable influence on the host with longer shelf life

02

Postbiotics stimulate the microbiome

The metabolites in Postbiotics stimulate the growth of the microbiota

03

Postbiotics shown to increase immunity

The metabolites in Postbiotics stimulate the growth of the microbiota

04

survival rates of probiotic species in stomach acid

Probiotics are destroyed in the stomach acid. This study investigates the survival rates of different commercial probiotics.

05

what are Postbiotics – a high level review

A balanced view of the benefits and safety of Postbiotics

06

Postbiotics reduce the risk of live bacteria

The risks associated with live bacteria (Probiotics) are minimised by Postbiotics

07

sugars enhance survivability of probiotics

Stomach acid destroys Probiotics. L. Rhamnosus GG survival in acidic conditions occurred only in the presence of sugars that it could metabolize efficiently.

08

meals can help probiotics survive

Describe the item and add all the relevant details you would like to share. Double click to edit the text and change the description.

09

benefits of Postbiotics over Probiotics

Postbiotic benefits and how they are available in their raw form and exert targeted health benefits