Between 2010 and 2019, the number of people with Atrial Cedong (AFIB) increased from 33.5 million to almost 60 million.1 AFIB is a type of heart arrhythmia that affects the upper chamber of the heart and interferes with normal heartbeat and increases the risk of stroke, heart failure and other cardiovascular complications.2
Age, hypertension and metabolic problems are well -known risk factors, but steady increase suggests that the existing dangerous model may miss important parts of the puzzle. One of these parts is outside the boundary of the heart itself, especially the boundary of the mouth.
The recent studies published in the Circulation Journal discovers a direct connection between periodontal infection and atrial fibrillation, suggesting oral bacteria in the development of heart fibrosis and electrical dysfunction. This raises questions about how everyday dental checkups can affect cardiovascular health.3
How gum disease causes AFIB and what science shows now
For many years, doctors have shown that people with gum disease are more likely to have heart problems including AFIB. Links are often due to general inflammation, but the exact mechanism was unclear.
As a result, researchers at the University of Hiroshima tracked the path of infection from the gum to the heart and tested whether Porphyromonas Gingivalis, the main bacterium of gum disease, directly contributed to the structural and electrical changes found in AFIB.4
• Oral bacteria reach the heart tissue— To find out how P. Gingivalis affects the heart, the team studied what happened after entering the blood flow. In a mouse with long -term gum infections, they found that bacteria are built in the tissue of the left atrium, which is part of the heart related to regulating rhythm.
In comparison, the infected mouse has no signs of tooth damage in the heart tissue and has no detection of bacteria. This discovery provided specific evidence that the oral pathogen is not circulating, but that it is sprayed on the heart tissue to change its function.
• Bacterial infections caused scars and electrical confusion. The heart tissue with P. Gingivalis became fibrosis and began to stiffen with scars -like materials. This kind of scar is a known risk factor in AFIB, interfering with how the electrical signal passes through the heart. Previous studies show that Galectin-3 and TGF-Beta1, which are a well-known scarring, have risen significantly in the P. Gingivealis group.5
• Continuous exposure caused damage. The result showed that the longer the bacteria, the more damage it became more pronounced. Until Week 18, the mice with P. gingivalis generated 21.9% fibrosis in the left atrium compared to 16.3% of the infected mice, which could not be explained by aging alone. Bacteria seemed to accelerate structural damage directly inside the heart.
• Bacteria Using the technique of stimulating in the heart, researchers have tested each heart how easy it can be pushed into AFIB. At the beginning of the study, both groups reacted similarly. In the end, however, the mouse exposed to P. gingivalis was six times more likely to slide in arrhythmia, which made the bacteria more unstable.
• Human heart organizations have confirmed the pattern. Researchers also examined the heart tissue of 68 patients undergoing atrial surgery. Before surgery, each patient had a dental test to assess the severity of gum inflammation and periodontal disease. What they found reflected the outcome of the animal -P. gingivalis was in the hearts of many patients, especially patients with more progressive gum disease.
• More gum disease meant more bacteria and more damage. This study showed step -by -step connection: periodontal inflammation increased bacterial load in atrial tissues and caused more damage to bacterial loads. This is the first time that the link has been clearly proven in the animal model and the human mind.
• By bypassing traditional risk factors, a new path to AFIB- SHUNSUKE MIYAUCHI, a researcher and assistant professor at the Graduate School of Biological and Health Sciences at Hiroshima University, explained:
“P. gingivalis invades the circulatory system through periodontal lesions and further dismissed to the left atrium, which is associated with the clinical seriousness of periodontitis.
Entering the atria worsens atria fibrosis, increasing AFIB guidance. Thus, periodontal treatment that can block the gateway to P. gingivalis potential can play an important role in preventing and treating AFIB.‘6
Large data confirms that chronic gum disease increases the risk of AFIB.
Circulation studies show how certain oral bacteria penetrate the heart and change the structure directly, but a wider population study provides an additional perspective. According to a large -scale epidemiological study in Korea, over 14 years, more than 1.2 million adults have investigated whether changes in the state of gum disease affect the risk of AFIB.7
• The better the gum health, the higher the risk of AFIB. Of the 1.2 million traced 1.2 million, 25,402 developed AFIB during the study period. People with chronic gum disease were 4% higher in risks, and 3% increased by 3%. People who recovered were 3% lower than those who suffered from ongoing illness, and people without gum disease were the lowest risk.
• The lifestyle factors affected the results, but did not fully explain. People with chronic periodontal disease were likely to smoke and drink, and there were other health complications such as hypertension and metabolic disorders. This pattern contributed to some dangers, but the connection between gum disease and AFIB continued after adjusting all lifestyles and clinical variables.
• Reverse of gum disease makes a big difference. Those who were healed in gum disease were rarely risked that they had no gum disease and AFIB. This suggests that reversing gum inflammation can restore cardiovascular stability and emphasize the importance of treating gum disease before gum disease becomes chronic.
• Oral hygiene can provide executable heart prevention. The author points out that the recovery of gum disease through professional scaling or consistent hygiene lower the systemic inflammation and bacterial load. According to the previous test, periodontal treatment suggests direct treatment methods for reducing AFIB risks by reducing inflammatory biomarkers.
For more information on how gum disease harms your heart and overall health, read “Poor oral health causes confusion in your heart and brain.”
It is the best strategy to protect oral health early.
Gum diseases are often quiet, and there are few noticeable symptoms until they reach more advanced stages.8 According to the US Centers for Disease Control and Prevention, almost half (42%) of adults aged 30 or older show signs of gum disease and 9%have a serious form.9
• Establish a consistent oral hygiene habit. Protecting the heart and reducing the systemic inflammation begin with the mouth. Prioritely prioritize regular brushing with chemical dental floss, tongue scraping and professional cleaning of biological dentists without mercury. This habit is essential for maintaining healthy gums and preventing long -term diseases.
• Pull the oil with coconut oil. Coconut oil is ideal for pulling oil by providing antibacterial and antiviral advantages. Studies have shown that this practice reduces plaque and gingivitis, lowers plaque index scores, and reduces the number of bacterial colonies of saliva.10 For more information, read, “Why is the oil suddenly all angry?”
• Focus on all diets rich in nutrients. Diet, rich in fresh vegetables, fruits, healthy fats and high fiber foods, supports oral microorganisms and strengthens immune defense. On the other hand, purified sugar and processed foods provide fuel with harmful bacteria that cause plaque accumulation, corruption and gum disease.
• To support immune elasticity, solve sleep and stress. Chronic stress and inappropriate sleep weaken the immune system, making it more difficult for the body to fight oral infections. If you deal with repetitive gum problems or inflammation, take a closer look at sleep quality and stress load as part of the prevention plan.
• Vaping and smoking end- All puffs from cigarettes or electronic cigarettes introduce compounds that accelerate gum destruction, including nicotine, artificial fragrances and chemical aerosols, which damage tissue, blood flow.11 The only way to fully protect yourself from damage is to quit completely.
If you feel overwhelming immediately, gradually reduce how often you smoke. Replace habits with constructive activities or recovery practices. Tools such as EFT (Emotional Freedom Techniques) help to manage craving and emotional stress in the non -smoking process.
• Reserve regular dental cleaning and evaluation. Even if there are consistent brushing and dental floors, plaque and tartar are still accumulated in areas that are difficult to reach. Professional cleaning helps to eliminate curing accumulation that contributes to gum inflammation and periodontal disease.
Regular evaluation also allows for early detection of gums, pocket formation, or not noticeable at home.
Consider working with a biological dentist for more comprehensive treatment. This overall approach to oral health considers how gum health affects the whole body as well as teeth. To find a nearby biological dentist, explore the directory connected below.
◦Consumer
◦Dental Amalgam Mercury Solution (DAM) – Send an email here or call 651-644-4572.
◦Huggins applied healing
◦International Biological Dental and Medical Academy (IABDM)
◦International Mercury Safety Dental Association
◦International story
Over time, everyday small behavior is a complex and seriously taking oral health is one of the most effective ways to support overall welfare. To gain more insights about how habits form oral microbiom health, see “Your lifestyle plays an important role in the creation of oral microorganisms.”
Frequently asked questions about gum disease and AFIB (FAQ)
cue: What is the connection between gum disease and AFIB?
no way: Studies show that bacteria such as chronic gum disease, especially porphyromonas gingivalis, increases the risk of heart problems. This bacteria pass through blood flow, settle in heart tissues, and cause inflammation and scars that interfere with normal heart rhythm, increasing the risk of atrial fibrillation.
cue: Do the treatment of gum disease lower AFIB’s risk?
no way: yes. According to a large -scale study of over 1.2 million people, people who have recovered from gum disease are less risk of AFIB than those with periodontal inflammation. In fact, their danger was almost the same as those who had no gum disease.
cue: How common is gum disease and who is the most dangerous?
no way: According to CDC, about 42%of American adults aged 30 or older have gum disease, and 9%have serious periodontitis. The risk increases depending on chronic diseases such as age, oral hygiene, smoking, stress and diabetes.
cue: Can gum disease affect other parts of the body besides the heart?
no way: yes. Gum disease is associated with a wide range of systemic state, including Alzheimer’s disease, type 2 diabetes and rheumatoid arthritis. The same bacteria and inflammatory signals that damage the oral tissue are moved through blood flow, causing an immune response in distant organs, making oral health a key part of the overall health.
cue: What is the lifestyle that can be protected from both gum disease and AFIB?
no way: Some major habits include smoking and Vaping and include high -nutrition density, stress management, quality sleep, and consistent oral hygiene maintenance. This step helps to support immune function and to control inflammation of the whole body, including gums and hearts.
