Nasal valve repair (NVR) utilization and economic impact in the U.S. medicare population: 18-year trends

PURPOSE

Nasal valve repair (NVR) is an otolaryngological procedure indicated for the surgical correction of airway obstruction or collapse. Despite its growing popularity, the deployment and financial impact for NVR have not been well-described. Here, we evaluate trends in NVR utilization in the U.S. Medicare population on the state and national levels from 2001 to 2018.

MATERIALS AND METHODS

Historical utilization and reimbursement databases compiled by the U.S. Centers for Medicare & Medicaid Services (CMS) were queried for current procedural terminology (CPT) code 30465. Analyses were performed using Microsoft Excel v16.

RESULTS

Nationally, we observed a 989.60% increase in the total number of NVRs performed annually (611.07% adjusted to growing enrollment). Concomitantly, total reimbursement increased by 2025.52% (878.29% adjusted), though the average cost per procedure only rose moderately (37.58%). From 2013 to 2018, the majority of providers were male (74.79%), with an M.D. (71.37%), practicing as individuals (76.5%), operating in a facility setting (93.59%), and classified as otolaryngologists (63.25%). In 2018, Indiana had the highest utilization rate, whereas Oregon received the largest reimbursement. Connecticut had the lowest values in both categories.

CONCLUSIONS

The utilization and financial impact of NVR have increased substantially among the U.S. Medicare population over the last two decades.

Emerging Trends in Nasal Surgery: What Is the Impact of a Bioabsorbable Nasal Implant?

BACKGROUND

A bioabsorbable nasal valve implant (NVI) was introduced in 2016 as a minimally invasive solution to nasal valve collapse. Historically the introduction of less invasive procedures performable in-office has resulted in an increase in volume. Our objective is to evaluate this trend as it relates to nasal vestibular repair, and its impact on healthcare utilization.

METHODS

We interrogated the Medicare Part B national database for nasal vestibular repair (CPT code: 30465), Unlisted nasal procedure (30999) and septoplasty (30520) from 2010 to 2017. Septoplasty was used as a surrogate for overall nasal procedural rate. Linear regression modeling was used to examine the changes in reported vestibular repair rate adjusting for septoplasty rate.

RESULTS

In the Medicare population, the rate of septoplasty was stable from 2010 to 2017, increasing from 26,962 to 30,194 at an annual rate of 1.5%. Coding for unlisted nasal procedure increased from 272 to 333 at an adjusted annual rate of 1.1% over this time period. Coding for nasal vestibular repair increased from 2026 to 5331 over this interval at an adjusted annual rate of 0.9% from 2010 to 2016 but significantly increased to 5% between 2016 to 2017 (P < .0001).

CONCLUSION

The reported volume of nasal vestibular repair increased significantly in the year following Food and Drug Administration approval of NVIs. In the absence of a corresponding increase in septoplasty, this temporal relationship suggests that the introduction of NVIs impacted the utilization of this procedural code.

LEVEL OF EVIDENCE

N/A Laryngoscope, 2020.

Surgical Management of Nasal Valve Collapse

Nasal valve collapse has multiple causes, including congenital, traumatic, and, unfortunately, iatrogenic. Recognition of the causes of nasal valve collapse and the methodology for treatment is paramount not only for the otolaryngologist but also for any physician managing the nasal airway. This article focuses on the cause and surgical management of internal and external nasal valve collapse.

Office-Based Procedures for Nasal Airway Obstruction

Treatment of common rhinologic problems with in-office surgical procedures has increased dramatically in response to patient preference, evolving insurance patterns, and changes in coding and reimbursement. Because this is an emerging practice, there is not a lot of evidence published about how to best perform these techniques. This article provides practical advice from experienced surgeons related to logistics and anesthetic techniques for conducting in-office surgical treatment of nasal airway obstruction; an overview of office set-up and necessary equipment; and specific procedural considerations. Attention also is paid to pharmacologic issues. Logistics and clinical considerations for common office-based procedures for obstructive pathology are reviewed.