Research & Reading
Studies and ideas worth sharing — with a note on what they actually mean in the clinic, not just on the page. Updated as I go.
This paper lays out a structured, step-by-step digital workflow for rehabilitating patients who have lost — or are about to lose — all of their teeth. The approach starts with digital data capture to build a virtual patient, converts a 2D smile design into a 3D full-arch prosthesis plan, uses CBCT and intraoral scan data to finalize the prosthetic design, and then guides immediate implant placement and loading through a stackable surgical guide system. The goal is to place implants and deliver a provisional prosthesis in the same appointment while protecting soft tissue architecture from day one.
What stands out is how much of the treatment is designed before a single tooth is extracted — the prosthetic outcome drives the surgical plan, not the other way around. Full-arch implant cases are among the most complex in our field, and this kind of systematic digital workflow is what separates predictable outcomes from guesswork. That's a mindset worth internalizing early in training.
This systematic review examined whether using L-PRF — a concentrated fibrin matrix made from the patient's own blood — at the time of implant placement leads to better stability outcomes. After screening nearly 2,000 studies and narrowing to 7 high-quality randomized and controlled clinical trials, the authors found that L-PRF appears to enhance implant stability scores, accelerate healing, and potentially shorten the time between placement and final loading. Because it's derived from the patient's own blood, there's no risk of rejection or adverse reaction.
Early implant stability is one of the biggest variables in whether a case succeeds long-term. If applying a patient's own concentrated blood product at the surgical site can meaningfully improve those numbers, that's a technique worth understanding now — not after residency. There's something compelling about leveraging the body's own biology to do the heavy lifting. The best healing agent we have is still the patient themselves.
More entries coming as I read. Check back regularly — this page grows with my training.