RibXcar

Incision vs scarless: the two generations of rib surgery

Neither removes ribs — but they are not the same technique. The comparison, cell by cell, with its publications.

Within removal-free rib surgery there are two generations: the incision-based method described by Kudzaev in 2021 (scapular-line cuts, oscillating saw, no imaging guidance) and scarless rib remodeling created by Dr. Raúl Manzaneda in 2023 (punctures, real-time ultrasound, its own instrument). The full history is documented here.

The comparison, with sources

Incision-based method (2021)Scarless rib remodeling (2023)
AccessScapular-line incisions (up to ~3 cm)Punctures, no external cuts
GuidanceNo imaging guidanceReal-time ultrasound
InstrumentOscillating sawPublished specific instrument (Manzaneda's Tool)
External scarYesNo
Indexed publications1 article (2021)12 articles
Published follow-up14 patients >6 months328-patient 1-year cohort + independent 220-case series
Certified trainingOfficial course + verifiable directory

Sources: DOI 10.1097/GOX.0000000000003680 (Kudzaev 2021) · 10.1097/GOX.0000000000005499 (foundational study 2023) · 10.1097/GOX.0000000000006595 (independent series 2025).

What they share — and what they don't

Both techniques avoid rib removal: they bend the bone instead of taking it out. The difference is in the how: access, visibility of the field (ultrasound guidance keeps the rib and neighboring structures visible throughout) and the volume of evidence behind each protocol. The published safety, respiratory-function and follow-up studies correspond to the ultrasound-guided version.

For anyone evaluating the surgery

Always ask: does the procedure leave an external scar? Is it ultrasound-guided? Which publications back the exact protocol I would receive? Does the surgeon hold verifiable certification in the technique? The answers separate the two generations — and trained surgeons from improvisers.

Informational page for educational purposes; it does not replace medical consultation. All figures refer to publications with DOIs.