Reimagine the health of your patients by targeting the gut microbiome

Using cutting-edge technology and microbiome science, NaturalRSO has identified proprietary strains, like Akkermansia muciniphila , that increase synthesis of health-promoting postbiotics and strengthen gut barrier integrity.

In a clinical trial , NaturalRSO’s flagship product NaturalRSO Glucose Control, a blend of Akkermansia muciniphila and four other high-potency bacterial strains, was shown to help lower A1C and post-meal glucose spikes in people with type 2 diabetes taking metformin.

Improving gut barrier function and maintaining healthy blood sugar levels with NaturalRSO’s clinically-studied strains, is a foundational way to help your patients find optimal health by harnessing the power of the gut microbiome.

Reimagine the health of your patients by targeting
the gut microbiome

Using cutting-edge technology and microbiome science, NaturalRSO has identified proprietary strains, like Akkermansia muciniphila , that increase synthesis of health-promoting postbiotics and strengthen gut barrier integrity.

In a clinical trial , NaturalRSO’s flagship product NaturalRSO Glucose Control, a blend of Akkermansia muciniphila and four other high-potency bacterial strains, was shown to help lower A1C and post-meal glucose spikes in people with type 2 diabetes taking metformin.

Improving gut barrier function and maintaining healthy blood sugar levels with NaturalRSO’s clinically-studied strains, is a foundational way to help your patients find optimal health by harnessing the power of the gut microbiome.

Akkermansia

Our strains deserve a spotlight

Introducing the powerful ingredients in our Glucose Control probiotic blend.

akkermansia botle

AKKERMANSIA MUCINIPHILA

The gut-lining builder

A highly targeted strain that can only be found in NaturalRSO Glucose Control & Akkermansia products. People with Type 2 diabetes are shown to be deficient in Akkermansia, which can be associated with healthy weight management.

akkermansia botle

CLOSTRIDIUM BUTYRICUM

The digestive health & butyrate-producer

Naturally found in the human GI tract, this strain is named for its ability to produce high amounts of the short-chain fatty acid butyrate. It has been associated with digestion support and immune health.

akkermansia botle

CLOSTRIDIUM BEIJERINCKII

The other butyrate producer

This novel strain produces the short-chain fatty acid butyrate, which helps the body process sugar and nourish the lining of the gut.

akkermansia botle

ANAEROBUTYRICUM HALLII

Another butyrate producer

Have we mentioned the importance of butyrate? This is another strain known to produce the short-chain fatty acid butyrate, helping the body process sugar and nourish the lining of the gut.

akkermansia botle

BIFIDOBACTERIUM INFANTIS

The digestive health booster

This heavy-hitter breaks down a range of foods and produces the intermediate molecules that are used by the three butyrate-producing strains we have. It also helps maintain a healthy GI tract and alleviates digestive issues.

akkermansia botle

CHICORY INULIN

The power source for our strains

A soluble fiber that can travel to the lower gut and feed our strains. We want to enhance our strains' abilities to perform their targeted functions.

Our strains deserve a spotlight

Introducing the powerful ingredients in our Glucose Control probiotic blend.

akkermansia botle

AKKERMANSIA MUCINIPHILA

The gut-lining builder

A highly targeted strain that can only be found in NaturalRSO Glucose Control & Akkermansia products. People with Type 2 diabetes are shown to be deficient in Akkermansia, which can be associated with healthy weight management.

akkermansia botle

CLOSTRIDIUM BUTYRICUM

The digestive health & butyrate-producer

Naturally found in the human GI tract, this strain is named for its ability to produce high amounts of the short-chain fatty acid butyrate. It has been associated with digestion support and immune health.

akkermansia botle

CLOSTRIDIUM BEIJERINCKII

The other butyrate producer

This novel strain produces the short-chain fatty acid butyrate, which helps the body process sugar and nourish the lining of the gut.

akkermansia botle

ANAERO-BUTYRICUM HALLII

Another butyrate producer

Have we mentioned the importance of butyrate? This is another strain known to produce the short-chain fatty acid butyrate, helping the body process sugar and nourish the lining of the gut.

akkermansia botle

BIFIDO-BACTERIUM INFANTIS

The digestive health booster

This heavy-hitter breaks down a range of foods and produces the intermediate molecules that are used by the three butyrate-producing strains we have. It also helps maintain a healthy GI tract and alleviates digestive issues.

akkermansia botle

CHICORY INULIN

The power source for our strains

A soluble fiber that can travel to the lower gut and feed our strains. We want to enhance our strains' abilities to perform their targeted functions.

Mechanism of Action

Synthesis of health-promoting postbiotics

NaturalRSO’s precise anaerobic strains restore the body’s natural capability to produce the postbiotic butyrate. Butyrate binds to specific receptors within the gut mucosa and stimulates the release of glucagon-like peptide-1 (GLP-1), which is an incretin hormone. GLP-1 is deficient in people with impared glucose tolerance and Type 2 diabetes, which contributes to hyperglycemia.

The benefits of GLP-1 go beyond diabetes. Balancing blood sugar is vital to health. In people not living with type 2 diabetes, GLP-1

  • Promotes satiety and reduces appetite
  • Improves glucose control
  • Boosts metabolic health

Strengthen gut barrier and reduce permeability

Thinning in the large intestine mucin layer can lead to the development of gut dysbiosis, allowing pathogens and toxins to seep into systemic circulation. NaturalRSO probiotic formulations are uniquely able to improve the gut ecosystem and fuel fortification of the protective mucin layer, strengthening intestinal integrity.

The primary function of Akkermansia muciniphila, one of NaturalRSO’s proprietary strains, is to support healthy mucin layer turnover in the intestines, and thus strengthen the intestinal lining. Furthermore, this process releases short chain fatty acids such as acetate and propionate, that support the abundance and diversity of other health-promoting microorganisms in the gut.

Mechanism of Action

Synthesis of health-promoting postbiotics

NaturalRSO’s precise anaerobic strains restore the body’s natural capability to produce the postbiotic butyrate. Butyrate binds to specific receptors within the gut mucosa and stimulates the release of glucagon-like peptide-1 (GLP-1), which is an incretin hormone. GLP-1 is deficient in people with impared glucose tolerance and Type 2 diabetes, which contributes to hyperglycemia.

The benefits of GLP-1 go beyond diabetes. Balancing blood sugar is vital to health. In people not living with type 2 diabetes, GLP-1

  • Promotes satiety and reduces appetite
  • Improves glucose control
  • Boosts metabolic health

Strengthen gut barrier and reduce permeability

Thinning in the large intestine mucin layer can lead to the development of gut dysbiosis, allowing pathogens and toxins to seep into systemic circulation. NaturalRSO probiotic formulations are uniquely able to improve the gut ecosystem and fuel fortification of the protective mucin layer, strengthening intestinal integrity.

The primary function of Akkermansia muciniphila, one of NaturalRSO’s proprietary strains, is to support healthy mucin layer turnover in the intestines, and thus strengthen the intestinal lining. Furthermore, this process releases short chain fatty acids such as acetate and propionate, that support the abundance and diversity of other health-promoting microorganisms in the gut.

akkermansia botle

A1C REDUCTION

-0.6%

POST PRANDIAL GLUCOSE SPIKE REDUCTION

32.5%

Our clinical trial.

In a double-blind, placebo-controlled nutrition study, NaturalRSO Glucose Control was demonstrated to:

  • Be safe and well-tolerated by study participants
  • Have a statistically and clinically significant impact on A1C and post-meal blood-glucose spikes

Clinical trial included participants taking metformin, compared to placebo.
1. Regarding the decreased A1C level, there was a reduction in mean A1C compared to placebo.
2. Observed reduction in glucose AUC is expected to increase time spent within the healthy glucose range (TIR70-180) during continuous glucose monitoring. Increases in TIR70-180 strongly correlate to reductions in A1C and reduced risk for complications in T2D.

Image 1
Increased butyrate and UCDA during probiotic intervention in humans with type 2 diabetes

Read Study

Image 2
Improvements to Postprandial Glucose Control in Subjects with Type 2 Diabetes (T2D)
Read Study
Image 3
Review: Butyrate-producing human gut symbiont, Clostridium butyricum, and its role in health and disease
Read Study
Image 1
Increased butyrate and UCDA during probiotic intervention in humans with type 2 diabetes

Read Study

Image 2
Improvements to Postprandial Glucose Control in Subjects with Type 2 Diabetes (T2D)
Read Study
Image 3
Review: Butyrate-producing human gut symbiont, Clostridium butyricum, and its role in health and disease
Read Study

Science starts with collaboration

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From Ph.D.s to MDs to RDs, we’re surrounded by smarts.

We’ve partnered with top doctors, researchers, and scientists from pretty impressive institutions—like Stanford, Johns Hopkins, UCLA, Mayo Clinic, and the American Diabetes Association.

Our medical research team is led by Chief Medical Officer Orville Kolterman, MD. Dr. Kolterman is a diabetes expert and previous Chief Medical Officer at Amylin Pharmaceuticals, where he brought four diabetes drugs from early-stage development through trials to market.

Together with Dr. Kolterman, we work with leading diabetes professionals to ensure our products deliver results and meet the highest standards of efficacy and safety.

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JOHN BUSE, MD

CHAIR, DIVISION OF ENDOCRINOLOGY

UNIVERSITY OF NORTH CAROLINA SCHOOL OF MEDICINE

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PURNA KASHYAP, MBBS

ASSOCIATE PROFESSOR, MEDICINE

MAYO CLINIC

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DAVIDA KRUEGER, NP

NURSE PRACTITIONER

HENRY FORD HEALTH SYSTEM, CHAIR AMERICAN DIABETES ASSOCIATION (ADA) RESEARCH FOUNDATION

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EMERAN MAYER, MD

DIRECTOR, OPPENHEIMER CENTER FOR NEUROBIOLOGY OF STRESS AND RESILIENCE

PROFESSOR, DEPARTMENT OF MEDICINE

UCLA

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JAY PASRICHA, MD

CHIEF OF MEDICINE

MAYO CLINIC

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ANNE PETERS, MD

DIRECTOR, CLINICAL DIABETES

UNIVERSITY OF SOUTHERN CALIFORNIA PRIVATE PRACTICE

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ROBERT RATNER, MD

CHIEF MEDICAL OFFICER

VIRTA HEALTH

FMR CHIEF SCIENTIFIC & MEDICAL OFFICER

AMERICAN DIABETES ASSOCIATION

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CAROL WYSHAM, MD

PROFESSOR

UNIVERSITY OF WASHINGTON

PRACTITIONER

ROCKWOOD MULTICARE CENTER FOR DIABETES

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CHRIS MASON, PH.D.

ASSOCIATE PROFESSOR, INTEGRATIVE FUNCTIONAL GENOMICS, CLINICAL GENETICS AND SYNTHETIC BIOLOGY

CORNELL UNIVERSITY

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ERIC SCHADT, PH.D.

CEO

SEMA4

DEAN PRECISION MEDICINE

MOUNT SINAI MEDICINE

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ALFRED SPORMANN, PH.D.

PROFESSOR, CIVIL AND ENVIRONMENTAL ENGINEERING

STANFORD UNIVERSITY

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PETER TURNBAUGH, PH.D

ASSISTANT PROFESSOR, DEPARTMENT OF MICROBIOLOGY AND IMMUNOLOGY

UCSF

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DIETRICH STEPHAN, PH.D.

CEO

NEUBASE THERAPEUTICS

CHAIR, DEPARTMENT OF HUMAN GENETICS

UNIVERSITY OF PITTSBURGH

Image 1
JOHN BUSE, MD

CHAIR, DIVISION OF ENDOCRINOLOGY

UNIVERSITY OF NORTH CAROLINA SCHOOL OF MEDICINE

Image 1
PURNA KASHYAP, MBBS

ASSOCIATE PROFESSOR, MEDICINE

MAYO CLINIC

Image 1
DAVIDA KRUEGER, NP

NURSE PRACTITIONER

HENRY FORD HEALTH SYSTEM, CHAIR AMERICAN DIABETES ASSOCIATION (ADA) RESEARCH FOUNDATION

Image 1
EMERAN MAYER, MD

DIRECTOR, OPPENHEIMER CENTER FOR NEUROBIOLOGY OF STRESS AND RESILIENCE

PROFESSOR, DEPARTMENT OF MEDICINE

UCLA

Image 1
JAY PASRICHA, MD

CHIEF OF MEDICINE

MAYO CLINIC

Image 1
ANNE PETERS, MD

DIRECTOR, CLINICAL DIABETES

UNIVERSITY OF SOUTHERN CALIFORNIA PRIVATE PRACTICE

Image 1
ROBERT RATNER, MD

CHIEF MEDICAL OFFICER

VIRTA HEALTH

FMR CHIEF SCIENTIFIC & MEDICAL OFFICER

AMERICAN DIABETES ASSOCIATION

Image 1
CAROL WYSHAM, MD

PROFESSOR

UNIVERSITY OF WASHINGTON

PRACTITIONER

ROCKWOOD MULTICARE CENTER FOR DIABETES

Image 1
CHRIS MASON, PH.D.

ASSOCIATE PROFESSOR, INTEGRATIVE FUNCTIONAL GENOMICS, CLINICAL GENETICS AND SYNTHETIC BIOLOGY

CORNELL UNIVERSITY

Image 1
ERIC SCHADT, PH.D.

CEO

SEMA4

DEAN PRECISION MEDICINE

MOUNT SINAI MEDICINE

Image 1
ALFRED SPORMANN, PH.D.

PROFESSOR, CIVIL AND ENVIRONMENTAL ENGINEERING

STANFORD UNIVERSITY

Image 1
PETER TURNBAUGH, PH.D

ASSISTANT PROFESSOR, DEPARTMENT OF MICROBIOLOGY AND IMMUNOLOGY

UCSF

Image 1
DIETRICH STEPHAN, PH.D.

CEO

NEUBASE THERAPEUTICS

CHAIR, DEPARTMENT OF HUMAN GENETICS

UNIVERSITY OF PITTSBURGH


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