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Periospot Online learning page in the field of periodontology, oral implantology, endodontics and aesthetic de

02/06/2026

Diabetes and periodontitis can feed each other.

High glucose can change the periodontal battlefield: advanced glycation end products, oxidative stress, impaired neutrophil function, delayed collagen repair, and a stronger inflammatory response.

Then the loop can run in the other direction. A deep inflamed periodontal pocket can add inflammatory mediators to the bloodstream and make glycaemic control harder.

This is why the EFP and International Diabetes Federation describe diabetes and periodontitis as linked chronic diseases. It is also why Cochrane found that periodontal treatment can improve HbA1c in people with diabetes and periodontitis.

But here is the honest truth: periodontal treatment does not cure diabetes. Medication, diet, movement, smoking, body weight, access to care, and medical follow-up still matter.

The best message is collaboration.

If your patient has diabetes, the mouth belongs in metabolic care.

Credit: and for the joint perio-diabetes consensus work.

01/06/2026

Can gingival biotype tell us something about the sinus membrane?

In 2008, Aimetti and colleagues reported a fascinating association. Patients with thick gingival phenotype had thicker Schneiderian membranes, around 1.26 mm on average. Patients with thin gingival phenotype had thinner membranes, around 0.61 mm.

Later CBCT studies explored a similar relationship between gingival biotype, arch form, and sinus membrane thickness.

For sinus augmentation, this is a beautiful clinical idea: the visible soft tissue in the mouth may give us a clue about the hidden mucoperiosteal lining of the maxillary sinus.

But here is the catch. It is only a clue.

Sinus membrane thickness is also influenced by odontogenic infection, sinus health, allergies, smoking, septa, residual bone anatomy, and measurement method. A thin phenotype does not mean automatic perforation. A thick phenotype does not mean safety.

Look at the tissue. Read the CBCT. Respect the sinus.

Credit: for the institutional archive of Aimetti and colleagues' 2008 study.

31/05/2026

In 1901, a young dentist found an entire town with brown teeth.
Frederick McKay had just arrived in Colorado Springs. Patient after patient had mottled enamel: chalky white areas, brown stains, sometimes severe discoloration. Locals called it Colorado Brown Stain.

But then came the strange detail. Those ugly teeth often resisted decay.

McKay kept investigating. With G. V. Black and later public-health scientists, the mystery moved from Colorado to Idaho and Arkansas. The pattern followed water. In 1931, H. V. Churchill's improved chemical analysis identified high natural fluoride.

The honest truth: fluoride is not a fairy tale. Too much during tooth development can cause fluorosis. But controlled low-dose fluoride helps prevent caries by shifting enamel toward remineralization and acid resistance.

This is why the story is so good. One of dentistry's biggest prevention tools began as an ugly enamel mystery.

Save this if you like the hidden detective stories behind dentistry.

30/05/2026

A connective tissue graft is not just a patch. It is a biological instruction layer.

This is one of the most elegant ideas in mucogingival surgery. In classic experiments, gingival connective tissue transplanted without epithelium was later covered by keratinized epithelium, while alveolar mucosa connective tissue behaved differently (Karring, Lang and Loe, 1975).

In other words, the surface does not decide alone. The connective tissue underneath can influence epithelial differentiation.

But here is the catch. A CTG is not magic. It also works because it changes tissue thickness, vascular support, wound stability, collagen architecture, and flap behavior. And teeth are not implants. Around implants, the absence of periodontal ligament changes the biological environment.

So the lesson is not "put graft and everything becomes keratinized."

The lesson is better: create the surgical conditions where connective tissue biology can do its work.

Save this for your next soft-tissue surgery discussion.

Credit: for keeping these classic periodontal biology questions alive in modern education.

29/05/2026

What if an implant could detect infection before bone loss becomes obvious?

That is the idea behind smart implant research. The EU-funded I-SMarD project explored multifunctional dental implants with antimicrobial coatings, controlled release, photoactive monitoring, pH-responsive materials, nanomaterials, and 3D-printed architecture.

The goal is not just to kill bacteria. It is to create a surface that can resist biofilm, support healing, monitor infection biology, and potentially release antimicrobial agents when needed.

The honest truth: this is not peri-implantitis solved. Project-level preclinical progress is not the same as a long-term human outcome. Coatings must survive insertion torque, mastication, corrosion, decontamination, regulation, and years of oral biofilm pressure.

And no smart coating can compensate for a prosthesis the patient cannot clean.

Still, this is one of the most interesting future directions in implant dentistry: implants that are not passive pieces of titanium, but active biological interfaces.

Save this if you are watching the future of peri-implantitis prevention.

Credit: for the CORDIS project story and for coordinating I-SMarD.

28/05/2026

AI will not probe a periodontal pocket for you. But it may become your second examiner.

Recent reviews show that AI is already being studied for periodontal bone-loss detection, alveolar bone-level measurement, furcation assessment, peri-implant bone analysis, and risk prediction.

The strongest current use case is imaging. AI can identify landmarks such as the cemento-enamel junction, alveolar crest, root surfaces, implant shoulders, and defect patterns. In reviewed studies, CNN-based systems on periapical radiographs reached moderate-to-high accuracy and AUC values above 0.88 (Azhari, 2026).

The honest truth: this is not autonomous diagnosis. A model can perform beautifully in a paper and fail when the sensor, population, anatomy, image quality, or disease spectrum changes. Dataset bias, explainability, external validation, and regulation still matter.

So the future is not AI instead of the periodontist. It is validated AI inside a clinician-guided workflow.

Save this if you are building a digital perio workflow.

Credit: for the 2026 reviews on AI in periodontal diagnostics.

27/05/2026

Cow bone vs lab bone in GBR? The question is not as simple as it sounds.

DBBM has been one of the reference scaffolds in guided bone regeneration because it is stable and osteoconductive. But a recent preclinical study asked whether a synthetic bi-layered biphasic calcium phosphate material, BBCP, could match that standard.

In standardized lateral jaw defects, Lang and colleagues compared BBCP, DBBM, a mixture, and empty control. All biomaterials improved regeneration compared with empty defects. BBCP showed promising augmented bone volume and bone-to-biomaterial contact (Lang et al., 2025).

The honest truth: this is not a reason to abandon DBBM tomorrow. It was a preclinical dog model, six animals, and 11 weeks of healing. That is not the same as long-term human implant outcomes.

But it is an important direction. The future of GBR may not be borrowed biology versus engineered biology. It may be selecting the scaffold whose evidence, architecture, and resorption behavior fit the defect.

Save this for your next GBR planning discussion.

Credit: for highlighting the study and for the Bern research group behind the work.

27/05/2026

You know exactly what you want to teach your patients. The science is in your head. The case photos are on your phone. The only thing missing is the time to actually turn it into a video.

So we built Video Studio.

You give it the topic and a few choices. The AI writes the storyboard, scene by scene. You approve it. It renders a publishable scientific video with narration, captions, music, and cinematic 3D animation included.
No timelines to wrestle with. No stock footage that looks nothing like a real molar. Just evidence-aware education in the time it used to take to find a usable B-roll clip.

Create your first video on Periospot Video Studio:
periospot.com/labs/video-studio

26/05/2026

Sometimes the best implant for a teenager is no implant at all.

In a growing patient, an osseointegrated implant behaves almost like an ankylosed tooth. It has no periodontal ligament, so it does not follow eruption, alveolar growth, or the vertical changes of neighboring teeth. That is why implants placed too early can later appear infraoccluded, with uneven gingival margins and difficult aesthetics (Bohner et al., 2019; Mijiritsky et al., 2020).

Autotransplantation is different. In selected cases, a premolar with an open apex can bring its periodontal ligament, apical papilla, and root-development potential into the missing-tooth site. If handled gently, it may revascularize, continue root formation, move orthodontically, and help preserve alveolar bone.

At Perio Master Clinic 2026, Pawel Plakwicz highlighted long-term evidence showing open-apex premolar transplants can achieve periodontal healing rates above 90 percent and continue following alveolar growth.

The honest truth: this is not for every patient or every tooth. It is technique-sensitive, and PDL trauma, ankylosis, resorption, pulp necrosis, or poor case selection can change everything.

But in the right young patient, biology may beat titanium.

Save this for your next anterior trauma or agenesis treatment plan.

Credit: for the Perio Master Clinic summary and for the Warsaw autotransplantation clinical tradition.

25/05/2026

A mouth-associated bacterium was found in breast cancer tissue. Fascinating, but this is not a causation claim.

A 2026 Johns Hopkins-led study reported that Fusobacterium nucleatum, an oral bacterium often linked with periodontal disease, appeared in breast-tissue datasets. In cell and mouse models, exposure to F. nucleatum was associated with DNA damage in breast cells, faster tumor growth, and more lung metastasis, especially in BRCA1-mutant cell contexts (Parida et al., 2026).

The honest truth: this does not prove that gum disease causes breast cancer. It does not mean a bleeding gum automatically seeds a tumor. The strongest evidence here is mechanistic and preclinical.

But the clue matters. The oral microbiome is not trapped inside the mouth. Oral bacteria may participate in biological pathways far beyond teeth, gums, and implants.

Save this if you want more oral-systemic science without the overclaiming.

Credit: for the research story and for supporting breast cancer research.

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