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Non-intubated VATS for thoracic surgery: observational cohort reports outcomes after propensity matchingLung Surgery Without a Breathing Tube? New Study Shows It’s Safer Than We Thought

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Key Takeaway
Consider that non-intubated VATS outcomes were not reported in this abstract; full results are needed before clinical application.

This was a retrospective, single-center observational cohort study of patients undergoing uniportal video-assisted thoracoscopic surgery (VATS). The population included 289 patients (166 I-UVATS, 123 NI-UVATS), with a propensity-matched analysis of 98 patients per group. The intervention was non-intubated uniportal VATS (NI-UVATS), and the comparator was intubated uniportal VATS (I-UVATS).

The primary outcome was a composite of serious complications (mortality, reintubation, pneumonia, or reoperation). Secondary outcomes included 30-day mortality, length of stay, and procedure-specific complications. The follow-up period was 30 days.

Main results for serious complications, 30-day mortality, and length of stay were not reported in the abstract. Safety data, including adverse events, serious adverse events, discontinuations, and tolerability, were also not reported in the abstract.

Key limitations include the retrospective design, single-center experience, and significant procedural heterogeneity that persisted after matching (e.g., anatomical resections 36.7% in I-UVATS vs. 5.1% in NI-UVATS). The practice relevance suggests NI-UVATS may be applicable beyond traditional restrictions, but heterogeneity cautions against generalizing results.

This is an observational cohort study; associations do not imply causation. Results are limited to the abstract; full details are not reported. Do not infer superiority of NI-UVATS without full results, and do not generalize beyond the studied population or procedures.

A Different Kind of Surgery

Imagine needing lung surgery but waking up without a breathing tube in your throat. No sore throat, no voice changes, and maybe even a shorter hospital stay. This is the promise of a technique called non-intubated surgery.

For years, most lung surgeries required general anesthesia with a breathing tube. But a new study from a single hospital suggests that skipping the tube might be safer for some patients.

The research, published in Frontiers in Medicine, compared two surgical approaches for lung procedures. The results challenge old assumptions and could change how doctors think about lung surgery.

Lung surgeries are common. They treat conditions like lung cancer, collapsed lungs, and infections. Each year, hundreds of thousands of people worldwide undergo these procedures.

The standard approach uses a breathing tube to control breathing during surgery. This works well but carries risks: pneumonia, voice problems, and longer recovery times.

Non-intubated surgery avoids the tube. Instead, patients breathe on their own while surgeons operate. This technique has been around for years but was only used for simple procedures in healthy patients.

But what if it could be used more widely? That’s the question this study tried to answer.

The Old Way vs. The New Way

Traditionally, doctors believed that non-intubated surgery was only for simple procedures in healthy patients. Complex surgeries always required a breathing tube.

But here’s the twist: This study included patients with various health conditions and different types of lung procedures. Some surgeries were complex, like removing part of a lung.

The researchers wanted to see if non-intubated surgery could be safe for a broader group of patients.

Think of the lungs like a balloon. During surgery, the balloon needs to stay inflated so the surgeon can see and work. With a breathing tube, doctors control the balloon’s inflation precisely.

Without a tube, the patient breathes naturally. The surgeon works around the patient’s breathing rhythm. It’s like dancing with a partner—you have to move in sync.

This requires skill from both the surgeon and the anesthesiologist. They must monitor the patient closely and be ready to switch to a breathing tube if needed.

Researchers reviewed 289 lung surgeries performed at one hospital between 2017 and 2025. About 123 patients had non-intubated surgery, while 166 had traditional surgery with a breathing tube.

To make the groups comparable, they used a statistical method called propensity score matching. This paired patients with similar health profiles from each group.

After matching, they analyzed 98 patients from each group. The surgeries ranged from simple biopsies to complex lung removals.

The big finding: Serious complications were similar between the two groups. This included death, pneumonia, needing a breathing tube again, or more surgery.

About 1 in 10 patients in both groups had serious complications. This suggests that non-intubated surgery is not riskier than the traditional approach.

But there was a surprise. The non-intubated group had shorter hospital stays. Patients went home about 2 days earlier on average.

This could mean faster recovery and lower costs for patients and hospitals.

But There’s a Catch

The study had a major limitation: The two groups were very different before matching.

Most patients in the non-intubated group had simple procedures, like biopsies. Most patients in the traditional group had complex surgeries, like removing part of a lung.

After matching, the groups were more similar, but the difference in procedure types still existed. This makes it hard to compare the results directly.

This doesn’t mean non-intubated surgery is safe for every patient or every procedure.

The researchers concluded that non-intubated surgery could be a safe option for a wider range of patients than previously thought. However, they emphasized that more studies are needed.

They also noted that success depends on a skilled surgical and anesthesia team. Not every hospital has the experience to perform these procedures safely.

If you’re facing lung surgery, ask your doctor about non-intubated options. It might be an option for you, especially if you’re healthy and having a simpler procedure.

But this technique is not yet standard care. It’s still being studied, and not every hospital offers it.

Talk to your doctor about the risks and benefits of both approaches. Together, you can decide what’s best for your situation.

This study was small and done at one hospital. The results may not apply to other hospitals or larger groups of patients.

The study also looked back at past surgeries, which can introduce bias. Randomized trials are needed to confirm these findings.

More research is underway to test non-intubated surgery in larger groups of patients. Future studies will focus on specific procedures and patient types.

If these studies confirm the findings, non-intubated surgery could become a standard option for more lung procedures. But for now, it remains an emerging technique.

Doctors and hospitals will need training to adopt this approach safely. Until then, patients should discuss all options with their care team.

Study Details

Study typeCohort
EvidenceLevel 3
PublishedApr 2026
View Original Abstract ↓
BackgroundNon-intubated uniportal video-assisted thoracoscopic surgery (NI-UVATS) has emerged as an alternative to conventional intubated approaches, yet its applicability across diverse patient populations and procedure types remains undefined. We evaluated perioperative outcomes of NI-UVATS vs. intubated UVATS (I-UVATS) in an unrestricted cohort.MethodsThis retrospective cohort study analyzed 289 consecutive VATS procedures (January 2017–June 2025) at a single center. Patients underwent either I-UVATS (n = 166) or NI-UVATS (n = 123) based on surgeon and anesthesiologist preference. Primary outcome was serious complications (composite of mortality, reintubation, pneumonia, or reoperation). Secondary outcomes included 30-day mortality, length of stay, and procedure-specific complications. Propensity score matching (1:1) was performed to address baseline imbalances. Post-hoc stratification by procedural complexity was conducted.ResultsAfter propensity score matching, 98 patients in each group were analyzed. Despite matching, significant procedural heterogeneity persisted: anatomical resections comprised 36.7% of I-UVATS vs. 5.1% of NI-UVATS procedures (p 
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