Dental Primo Tapia

23/04/2026

13/04/2026

No todo problema dental duele desde el inicio. Las muelas del juicio pueden estar generando daño progresivo en silencio, afectando otras piezas y tu salud bucal. Una revisión a tiempo puede marcar la diferencia entre prevenir o tener que tratar algo más complejo.

10/02/2026

A single gum disease bacterium has been linked to serious conditions far beyond the mouth.

Research now shows that P. gingivalis can influence inflammation, immune responses, and disease processes throughout the body — challenging the idea that gum disease is only a dental problem.

◾Periodontitis
This is the primary and undisputed disease caused by P. gingivalis. It acts as a keystone pathogen, driving gum tissue destruction, bone loss, and chronic oral inflammation.

◾Rheumatoid arthritis (RA)
This is the strongest systemic link. P. gingivalis uniquely produces the PAD enzyme, triggering abnormal protein citrullination — a central mechanism in autoimmune joint damage.

◾Cardiovascular disease
DNA and antigens from P. gingivalis have been identified in atherosclerotic plaques, where chronic exposure contributes to vascular inflammation and plaque instability.

◾Alzheimer’s disease
Studies have detected P. gingivalis and its toxic enzymes (gingipains) in brain tissue, supporting an active inflammatory role rather than a simple association.

◾Type 2 diabetes
The relationship is bidirectional: chronic infection worsens insulin resistance, while diabetes increases susceptibility to gum disease.

◾Adverse pregnancy outcomes
Associations include preterm birth, low birth weight, and preeclampsia, linked to bloodstream spread and placental inflammation.

Key takeaway:
Gum health is not cosmetic — it is part of systemic and immune health.

10/02/2026

The first recorded use of anesthesia in a medical procedure was performed by a dentist.

On December 11, 1844, Dr. Horace Wells, a dentist from Hartford, Connecticut, demonstrated the use of nitrous oxide—commonly known as laughing gas—for pain-free tooth extraction. After observing its effects at a public demonstration, Wells recognized its medical potential and volunteered to have his own tooth extracted under its influence.

The procedure was successful, marking a turning point in medical history and the beginning of modern anesthesia.
Wells’ discovery paved the way for the widespread use of anesthesia, transforming both dentistry and surgery. His pioneering work laid the foundation for modern pain management, making medical procedures safer, more humane, and more comfortable for patients worldwide.

Despite its impact, Horace Wells’ contribution is often underrecognized outside dentistry. His work proved, for the first time, that pain could be ethically and effectively controlled during medical procedures—forever changing the course of medicine.

06/02/2026

Researchers are uncovering a surprising connection between gum disease and breast cancer.

A well-known oral bacterium linked to periodontitis has been detected inside breast cancer tissue, raising new questions about how oral health may influence disease beyond the mouth.

According to recent findings, this bacterium can travel from the oral cavity to the breast, likely spreading through the bloodstream or the mammary ducts.

Once inside breast tissue, it doesn’t remain passive—it can adapt to the tumor environment and persist within cancer cells.

Even more concerning, laboratory evidence suggests this gum disease–associated bacterium may accelerate tumor growth and progression by interacting with cancer cells and the immune system.

This does not mean gum disease causes breast cancer, but it highlights a possible biological link worth serious attention.

The takeaway is clear: oral health is not isolated from overall health. Preventing and treating periodontal disease is not just about saving teeth—it may play a role in reducing systemic inflammation and potential downstream health risks.
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Source: Parida S, Nandi D, Verma D, et al. A pro-carcinogenic oral microbe internalized by breast cancer cells promotes mammary tumorigenesis. Cell Communication and Signaling. 2026;
DOI: 10.1186/s12964-025-02635-9.

17/01/2026

Most people don’t lose a tooth suddenly.
They lose it slowly.

It usually starts with a small spot on the tooth. No pain. No problem. Easy to ignore.
Then weeks or months pass, and that small spot grows deeper. Still manageable — but now treatment is bigger.

By the time pain shows up, the damage is already serious.
And sometimes, at that stage, the tooth can’t be saved anymore.

This is how tooth decay works.
It’s quiet. It’s progressive. And it doesn’t stop on its own.

The good news?
If decay is caught early, treatment is simple, fast, and affordable.
Waiting doesn’t make it better — it only makes it harder.

Don’t wait for pain to remind you to care for your teeth.
Pain is not the beginning of the problem.
It’s the warning that you waited too long.

Regular checkups save teeth.
Early treatment saves money.
Prevention saves smiles.

16/01/2026

Your teeth may reveal more about your life expectancy than you realize.

A major new japanese study from the University of Osaka has found a significant link between oral health and overall survival in older adults.

In a large analysis of over 190,000 people aged 75 and older, researchers discovered that the number and condition of remaining teeth can be associated with all-cause mortality risk.

Those with more decayed or missing teeth had a higher likelihood of earlier death, while healthy and well-restored teeth were linked to lower mortality risk.

Unlike simple tooth counts, this study distinguished between sound (healthy), filled (treated), and decayed (untreated) teeth. The results suggest that a greater number of sound and filled teeth was more predictive of longevity than counting teeth without regard to their condition.

Scientists behind the research propose several mechanisms:
Functional impairment from missing or decayed teeth can weaken chewing ability and reduce nutritional intake, especially in older adults.
Persistent oral inflammation may contribute to systemic stress on the body.

Importantly, the authors make clear that tooth loss itself isn’t necessarily a direct cause of earlier death — it may also be a signal of other underlying health and social factors (for example, systemic disease or limited access to dental care).

This study adds to a growing body of evidence showing that oral health is deeply connected to overall health — particularly in later life.

📄 Source:
Otsuki, N., Yamamoto, R., Mameno, T. et al. Assessing the effectivity of counting the number of teeth with their conditions to predict mortality: the OHSAKA study. BMC Oral Health (2025).

15/01/2026

A simple cavity, when ignored, can turn into a serious medical emergency — not just pain.

When tooth decay reaches the inner pulp of the tooth, bacteria can cause a tooth abscess — a pocket of pus that damages nerves and jawbone. From there, the infection doesn’t always stay in the mouth.

🚨 How untreated decay becomes dangerous:

🔹 Tooth Abscess
Bacteria invade the pulp, leading to severe infection, pain, swelling, and bone destruction.

🔹 Spreading Infection
Pathogenic oral bacteria can spread beyond the jaw — into the bloodstream (sepsis) or even the brain (brain abscess).

🔹 Life-Threatening Conditions
• Severe facial or neck swelling
• Difficulty breathing or swallowing (Ludwig’s angina)
• High fever, confusion, or weakness
• Septic shock, which can be fatal if not treated urgently

🧠 In rare cases, untreated dental infections have caused de@th.

⚠️ The mouth is connected to the entire body.
Dental infections are not isolated — they can trigger widespread inflammation affecting vital organs.

⚠️ Disclaimer:
For educational purposes only. Not a substitute for professional dental or medical advice. Seek immediate care for severe symptoms.