TESTING OF NEW ANTI-VIRAL TECHNOLOGY

The RESEARCH INFO presented here is for the medical and scientific community interested in learning about CarraShield Lab's investigative research into the anti-viral properties of our patented CarraShield technology. Consumers are instructed that this is ongoing research and that CarraShield Labs does not claim that Divine 9 personal lubricant can prevent, cure or mitigate any disease or infection and results of these studies have not been reviewed by the FDA.  

Dr. Mario Tremblay, Chief Science Officer of CarraShield Labs, reviews the history of the medical research and the results of the McGill CATCH study

CarraShield Labs (CSL) has developed a personal lubricant based on a long chain polysaccharide molecule derived from a patented sea algae extract that is showing indications it can block the HPV virus before it can infect human cells. Read the research...

Results from the world's first human clinical trial involving hundreds of women show that Divine 9 with CarraShield reduced the likelihood of HPV infection as compared to a placebo lubricant. The HPV prevention characteristics of Divine 9 has been previously validated by series of laboratory studies at the National Cancer Institute, Albert Einstein College of Medicine and Rutgers University Medical School.

INFORMATION FOR MEDICAL PROFESSIONALS

 

While the HPV vaccine  protects against at the most nine strains of the virus, potentially, the carrageenan-based lubricant can provide total protection from HPV.

Dr. Eduardo Franco, Principle Investigator, University of McGill Medical School

Rutgers Medical School Logo

Given the issues with vaccines, a topical gel that can reduce HPV infection rates will revolutionize the industry..

Dr. Mark Einstein, Principle Investigator, Chair of the Dept. of Obstetrics and Gynecology, Rutgers New Jersey Medical School

The McGill University Phase 2b study results represent the first time in the history of HPV research that a topical gel in the form of a personal lubricant has been shown to  decrease the likelihood of HPV infections in study participants.

The CarraShield technology captures HPV virions in the vaginal tract, before they attacks the cell walls. This protective barrier effect means the Divine 9 lubricant is not a drug, as it has no chemical reaction with the body.

Divine 9 is a available today to patients as an OTC personal lubricant.  Patient recommendations should be based on the fact that Divine 9 is a pleasant to use, plant-based personal lubricant with hypoallergenic properties. 

 

Be sure to clarify with patients that the research studies are not complete, that CarraShield Labs makes no claim of HPV prevention or mitigation, and the FDA has not approved the use of Divine 9 in the prevention of HPV. 

What About Vaccines? 

The HPV vaccine is a tremendous step forward in HPV prevention but there remain issues that a protective gel could help solve...

Limited Protection For All HPV Types - Vaccines protects against, at the most, 9 of the over 150 types of HPV.

No Effect if Previously Infected - If the patient has already been exposed to one of the 9 types covered by the vaccine, then the vaccine will not protect her for that type.

Low  Uptake - Less than 5% of the world's 2.7 billion women are vaccinated.

Cost Limits Availability - Initial cost and the requirement for 2 refrigerated doses limits use in developing countries.

Fear of Side Effects - Some people refuse the vaccine because of reports of side effects.

Religious or Moral Issues - Some parents refused to vaccinate their children because of sexual connotations.

Only 107 Million Women are Vaccinated

Women Vaccinated trans.png

CARRASHIELD LABS COMPANY INFORMATION

 

The team at CarraShield Labs, has been working with world class HPV research teams for over a decade. Intensive research has been surrounding CarraShield®, a safe, natural ingredient from sea algae.  The goal of the research is to determine if CarraShield can help block human papillomaviruses (HPV).  So far studies have been conducted in laboratory, animal and human clinical tests. 

 

With the recent U.S. Patent on CarraShield's anti-viral properties now protecting the formula, the research will continue on other uses of the technology.

 

Count on CarraShield Labs to continue to bring you innovative products like Divine 9 with CarraShield.

McGILL MEDICAL SCHOOL STUDY ON WOMEN

 
McGill Medical School Logo Small.PNG

McGill Medical School published the first set of results of their HPV prevention study on women using on Divine 9 personal lubricant with each sexual encounter and they found:

"(Our) interim analysis suggests that using (Divine 9) lubricant gel can reduce the risk of genital HPV infections in women." 

McGill University Medical School

The McGill University Medical School study to reduce HPV infections through use of Divine 9® personal lubricant has yielded its first results.  Based on data from 280 participants, the women using the Divine 9 personal lubricant with proprietary CarraShield® plant extract had fewer new HPV infections over a 6 to 12 month period as compared to women using a placebo lubricant. 

 

These new results represent the first time in the history of HPV research that a topical gel in the form of a personal lubricant has been shown to have any effect on the number of HPV infections in women in a clinical setting.

 

The study is called CATCH, an acronym for Carrageenan-gel Against Transmission of Cervical HPV, and involves tracking HPV infections in over four hundred female volunteers for a one year period. Divine 9 with CarraShield was the active product for the study and a standard, chemical-based lubricant was used as the placebo.

The McGill University research team is led by Dr. Eduardo Franco, Director of the Division of Cancer Epidemiology. Dr. Franco, a renowned expert on the prevention of cervical cancer and HPV-associated diseases, has published over 400 scientific articles.

Dr. Eduardo Franco, Chair of the Department of Oncology at McGill University, Talks About HPV and the CATCH Study using Divine 9

The CATCH study is a major initiative to determine if using a carrageenan-based gel can prevent the acquisition and transmission of HPV in a real world setting.  If the trial is successful, it would mean that women have another option for protecting themselves against HPV, the causative agent for cervical cancer.

Dr. Eduardo Franco, Principle Investigator, University of McGill Medical School

Consumer Notice:  The results of the McGill study are Phase IIb studies, the research is not complete, and the results have not been reviewed by the FDA.  CarraShield Labs makes no claim that Divine 9 or CarraShield prevents, mitigates or cures any disease or infection.

AECOM INHIBITION TIME STUDY

 

Albert Einstein College of Medicine (AECOM) and Rutgers University Research on Effectiveness of Divine 9 in Woman From Time of Application

Both the Albert Einstein College of Medicine (AECOM) at Yeshiva University in New York City as well at the Rutgers New Jersey Medical School have conducted studies to determine the ability to reduce transmission of HPV using Divine 9 personal lubricant made with a special sea algae extract called CarraShield.

 

Funded by the National Cancer Institute through a multi-million dollar grant, the studies at AECOM and Rutgers were a two-phase laboratory and clinical trial to determine how well Divine 9 personal lubricant works to block HPV.  In the first set of published results, AECOM partnered with the non-profit Population Council to compare Divine 9 with a gel the Population Council had used in HIV prevention studies. Read the full journal article...

 

The second study conducted at AECOM was a human clinical study to determine Divine 9's inhibitory effect over time. AECOM recruited participants who applied Divine 9, engaged in a sexual encounter, and then were analyzed hours later.  Samples of Divine 9 were taken from the vaginal tracts of the participants and subjected to laboratory challenge tests with HPV. The researchers found the inhibition effect of Divine 9 was active in the women more than 8 hours after initial application.   Read the full journal article...

The principal investigator for the studies was Mark Einstein, M.D., M.S., and formerly Professor of Obstetrics & Gynecology and Women’s Health and Professor of Epidemiology & Population Health at the Albert Einstein College of Medicine and now Chair of the OB/GYN & Women’s Health Department at Rutgers Medical School. Dr. Einstein is one of the world’s leading authorities on cervical cancer prevention and consults with the World Health Organization, National Cancer Society and Society of Gynecologic Oncology.

Rutgers Medical School and Albert Einstein College of Medicine Logos

STUDIES BY THE NATIONAL CANCER INSTITUTE

 

Laboratory Studies at the National Cancer Institute Found That Divine 9 Lubricant Blocked HPV in both the Laboratory and in Mice

A July 14, 2006 research paper titled "Carrageenan Is a Potent Inhibitor of Papillomavirus Infection" by Christopher B. Buck, Cynthia D. Thompson, Jeffrey N. Roberts, Martin Müller, Douglas R. Lowy and John T. Schiller demonstrated the potential of Divine products to block viral infections. The article was published in the Public Library of Science.

The researchers cited carrageenan as an exceptionally potent inhibitor of papillomavirus infectivity and that Divine 9 products containing carrageenan were more effective than any other product tested. 

 

In a second 2007 study titled "Genital Transmission of HPV in a Mouse Model is Potentiated by Nonoxynol-9 and Inhibited by Carrageenan," the research team of Jeffrey Roberts, Christopher Buck, Cynthia Thompson, Rhonda Kines, Marcelino Bernardo, Peter L. Choyke, Douglas R. Lowy & John T. Schiller performed in vivo testing with mice.  

 

They report that the common spermicide Nonoxynol-9 increased the likelihood of HPV infection significantly. They also found that carrageenan in general, and Divine 9 specifically, virtually eliminated HPV infection in the mice. Finally, they reported that when a carrageenan based product is combined with Nonoxynol-9, the likelihood of HPV infection is once again reduced significantly.

 

(1) Holmes KK, Levine R, Weaver M (2004) Effectiveness of condoms in preventing sexually transmitted infections. Bulletin of the World Health Organization 82: 454–461.

Nature-Medicine---Genital-Tranmission-of
Nature-Medicine---Genital-Tranmission-of