Metformin, a medication used to manage and treat diabetes, could also help people with gum disease.
Although gum disease occurs in the mouth, previous research shows it can affect health in other parts of the body, such as the heart and bones.
Researchers from King’s College London
recently found that metformin —a common type 2 diabetes drug—may help improve
clinical outcomes for non-diabetic people with gum disease.
The same study also found that metformin
may help prevent bone loss caused by either periodontal disease or aging via
both mouse and clinical trials.
About 19% of the world’s adult populationTrusted Source has severe
periodontal diseaseTrusted Source.
Also known as gum disease, this condition occurs when the tissues
holding teeth in place become infected. If left untreated, periodontal disease
can damage bones in the mouth and ultimately lead to tooth loss.
Periodontal disease can also impact other areas of the body.
Previous studies link gum disease to an increased risk for cardiovascular
diseaseTrusted Source, Alzheimer’s diseaseTrusted Source, diabetesTrusted
Source, and respiratory diseaseTrusted Source.
Now, researchers from King’s College
London have found a common type 2 diabetes drug may help improve clinical
outcomes for non-diabetic people with gum disease, as well as help prevent bone
loss caused by either periodontal disease or aging, via both mouse and clinical
trials.
Using metformin to treat gum disease
For this study, Dr. Vitor Neves, academic clinical lecturer,
periodontology registrar in the Faculty of Dentistry, Oral & Craniofacial
Sciences at King’s College London, and lead author of this study, and his team
focused on using a common type 2 diabetes drug called metformin.
Previous studies have looked at the anti-inflammatory
propertiesTrusted Source of metformin to provide protection against conditions
like cardiovascular diseaseTrusted Source, liver diseaseTrusted Source, and
certain types of cancerTrusted Source.
This is also not the first study to look at metformin as an ‘anti-aging’ therapy. Research published in August 2019 found there is mounting evidence suggesting the drug offers beneficial effects in reducing the risk of aging-related diseasesTrusted Source.
A study published in April 2021 says metformin reduces the levels
of AGEsTrusted Source — a marker of aging — by lowering insulin and blood
glucose levels and increasing insulin sensitivity.
Metformin helps control inflammation
First, the researchers tested metformin in a mouse model of
periodontal disease. After the mouse study, scientists found metformin led to
significant prevention of bone loss during induced periodontal disease and
age-related bone loss in living mice.
“What surprised me about metformin was being able to make my aging
animals healthier and (prevent) 50% of bone loss,” Dr. Neves told Medical
News Today. “When I analyzed that data, it was the (first) time I felt,
‘Wow, there is really something here’.”
Next, Dr. Neves and his colleagues performed a clinical trial with
20 study participants who all had gum disease but did not have diabetes.
At the end of the trial, researchers
discovered participants given metformin had improved clinical outcomes in their
gum disease treatment. Additionally, metformin helped control sugar levels and
inflammation in the mouth and body, even when bacteria levels were high.
Improving aging with
metformin
“Prevention starts before disease takes place, with both my animal
data and patient data showing good metformin outcomes even with high levels of
bacteria in the mouth. This raises the question about whether ‘solely brushing
your teeth’ truly is the only way we can actually prevent gum disease
development throughout our lives,” Dr. Neves said.
“In addition to those surprising findings, my clinical data also
points to the potential use of metformin to improve the overall health of gum
disease patients, due to seeing the stabilization of glucose levels,
improvement of insulin sensitivity, and control of inflammation,” he added.
“All these markers [stabilized glucose, improved insulin,
controlled inflammation] are directly correlated with improvement of aging
according to aging research. Therefore, it seems that preventing systemic
diseases from the mouth is a good pathway to prevent overall systemic
diseases.” — Dr. Vitor Neves
How does gum disease happen?
Periodontal disease happens when bacteria is allowed to collect
onto teeth, forming a sticky substance called plaque.
Most plaque can be removed with good
dental hygiene — brushing teeth twice a day and flossing once a day. If plaque
stays on the teeth too long, it can harden into a material called tartar, which
can only be removed through professional dental cleaning.
Plaque and tartar buildup on teeth can also inflame and infect the
gums, leading to gingivitis.
Suppose plaque and tartar are not removed from teeth and
gingivitis is not treated. In that case, the infection can travel deeper into
the soft tissues around teeth, potentially causing bone and tooth loss, known
as periodontitis.
How is periodontal disease treated?
The best treatment for periodontal disease is prevention by
following healthy oral hygiene practices. This includes visiting a dentist for
a professional teeth cleaning every six months.
If periodontal disease has set in and become serious, a dentist
may recommend a deep cleaning where plaque is removed from areas of the teeth
below the gumline.
Severe periodontitis cases might require medications and surgical
treatments.
“If you go to the dentist today, the only possible treatment for gum
disease is based on oral hygiene, cleaning the teeth, and antibiotic therapy,
which are solely based on controlling plaque — bacteria and food — that
accumulates around the teeth,” Dr. Neves told MNT.
“The issue is that [current treatments for gum disease] only
tackle the disease from the bacterial angle of the problem, ignoring
inflammation. Additionally, the treatments available do not help toward the
prevention of other non-communicable diseases.” — Dr. Vitor Neves
“So, the development of novel therapies and pathways within health
systems that sees gum disease patients as a potential patient for other
non-communicable diseases can help decrease the overall burden of disease around
the world and potentially create a new healthy geriatric generation,” he said.
How does gum disease affect aging?
Past studies show periodontal disease can impact a person’s
systemicTrusted Source — or overall body — health, affecting how well they age.
Periodontal disease is also linked to inflammaging, which is
chronic inflammation that can occur with aging.
According to Dr. Neves, systemic
diseases that affect overall health, such as diabetes, obesity, and cognitive
declineTrusted Source, often start affecting people from late adulthood into
the geriatric stage. Gum disease, however, starts much earlier, around 30 years
old for everyone.
“The diseases I have mentioned and gum disease are all classified
as non-communicable diseases, which means that they develop throughout one’s
lifespan. These diseases have also been shown to be associated with people with
gum disease. In other words, people with severe gum disease are more likely to
have these conditions,” he noted.
“What our research suggests is that if we start fighting gum
disease from a systemic point of view, over time, we may be able to fight and
prevent the development of other non-communicable diseases that gum disease
patients may develop in their lifespan,” Dr. Neves added.
https://www.medicalnewstoday.com/articles/diabetes-drug-metformin-stop-gum-disease-aid-healthy-aging
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