News | Vena Cava Filters | July 27, 2021

Philips Receives FDA Breakthrough Device Designation for Laser Assisted IVC Filter Removal Device

An IVC filter seen under X-ray, left. Right, two sizes of the Philips excimer laser technology currently on the U.S. market for EP lead extraction. The CO2 laser technology is able to gently ablate scar tissue encasing leads to enable their extraction. 


July 27, 2021 — The U.S. Food and Drug Administration (FDA) has granted Breakthrough Device Designation (BDD) to a laser-assisted inferior vena cava (IVC) filter removal device developed by Philips Healthcare. The proposed device is intended for ablating tissue to remove an IVC filter when previous methods of remove it have failed.

The FDA Breakthrough Device Designation is granted to novel medical devices that have the potential to provide more effective treatment. It is estimated that in the United States more than 1 million patients with inferior vena cava (IVC) filters would benefit from filter removal to reduce the risk of long-term complications.

The laser system developed by Philips for IVC filter removal is intended to safely ablate tissue to remove embedded filters. The device is al new version of its excimer laser sheath technology, which already has FDA clearance for the removal of electrophysiology (EP) implantable device leads. These become encased in scar tissue over the year and when a new device or leads were required, the laser allows the scar tissue to be cut ways slowly to loosen the leads so they can be extracted. 

Philips said there are limited options that exist to remove IVC filters that has become encased in the vessel wall with scar tissue removal. However, independent studies indicate high success rates using a Philips excimer laser sheath.
 
IVC filters are used to treat patients with venous thromboembolism, in which blood clots form in the deep veins of the leg, groin or arm and can travel through the circulatory system. They are placed in the inferior vena cava to capture blood clots from moving to the heart or lungs. Research has shown that IVC filters may have long-term complications.[1] The filters can fracture and travel through the bloodstream to other parts of the body. Other identified long-term risks associated with IVC filters include lower limb deep vein thrombosis and IVC occlusion. The FDA recommends that implanting physicians consider removing retrievable IVC filters as soon as they are no longer indicated.[2]

The failure rate for IVC filter removal is high and limited options for removal exist if the filter has become difficult to remove. Advanced retrieval tools and techniques are required if the IVC filter becomes embedded in the vasculature.[3] Physicians have very few tools to remove the filter when this happens and there are no FDA-approved devices for this type of advanced removal. 
 

Recent Research Supports Laser-assisted IVC Filter Removal

Two independent and prospective clinical studies demonstrated that laser-assisted retrieval was 96-99% effective with a major adverse event rate of 0.7-2%.[3,4] The FDA Breakthrough Device Designation reflects the potential impact that this technology could have on a large number of patients where this technology can be applied to safely retrieve filters, thereby reducing their risk of significant filter-related complications.

“Laser-assisted filter retrieval may be a critical tool for the safe retrieval of filters with extended implantation times,” said Kush R Desai, M.D., FSIR, associate professor of radiology, surgery, and medicine, and director of deep venous interventions at Northwestern University Feinberg School of Medicine, Chicago. “Breakthrough Device Designation reflects the potential impact that this technology could have on countless patients where this technology can be applied to safely retrieve filters by an expert physician, thereby reducing their risk of significant filter-related complications.”

“There is a clear need for an innovative device to help physicians more safely perform advanced IVC filter removal and I believe that the Philips excimer laser sheath may greatly enhance the options available to succeed in filter retrieval,” said Atul Gupta, M.D., interventional radiologist and chief medical officer, image guided therapy, at Philips. “Breakthrough Device Designation is an important step for a medical innovation such as this one to help fill an unmet need in patient care.”

FDA Breakthrough Device Designation is granted to novel medical devices that have the potential to provide more effective treatment or diagnosis of life-threatening or irreversibly debilitating diseases or conditions. The goal of the program is to provide patients and healthcare providers with timely access to breakthrough medical devices. Under the program, the FDA will provide Philips with priority review and interactive communication regarding device development throughout the submission process.

 

Related IVC and Laser Ablation Content:

Society of Interventional Radiology Publishes IVC Filter Guidelines

Large-Scale Inferior Vena Cava Filters Study Examines Safety and Effectiveness of These Devices

New Image Wisely Radiation Safety Case Available: Optimizing Radiation Use During a Difficult IVC Filter Retrieval

DABRA Excimer Laser System Demonstrates Success in Treating PAD

New Approaches to EP Lead Management

VIDEO: EP Lead Extraction Strategies — Interview with Bruce Wilkoff, M.D.
 

 

References:

1. Van Ha, T. G. Complications of inferior vena caval filters. Semin. Interv. Radiol. 23, 150–155 (2006).

2. FDA. Safety Communications - Removing Retrievable Inferior Vena Cava Filters: FDA Safety Communication. (2014). http://wayback.archive-it.org/7993/20170722215731/https://www.fda.gov/MedicalDevices/Safety/AlertsandNotices/ucm396377.htm. Accessed July 27, 2021.

3. Kuo, W. et al. Laser‐Assisted Removal of Embedded Vena Cava Filters: A First‐In‐Human Escalation Trial in 500 Patients Refractory to High‐Force Retrieval. Journal of the American Heart Association 9:24, 1-9 (2020). https://www.ahajournals.org/doi/pdf/10.1161/JAHA.119.017916.

4. Desai, K. et al. Excimer Laser Sheath-Assisted Retrieval of “Closed-Cell” Design Inferior Vena Cava Filters. J Am Heart Assoc; 9: e017240 (2020).

Related Content

News | Cath Lab

May 31, 2022 — Innovative Health, LLC, a specialty cardiology reprocessor, announced that the company has received ...

Home May 31, 2022
Home
News | Cath Lab

May 26, 2022 — The U.S. Food and Drug Administration (FDA) has recalled the Dragonfly OpStar Imaging Catheter, and has ...

Home May 26, 2022
Home
News | Cath Lab
April 25, 2022 – NewYork-Presbyterian Hudson Valley Hospital celebrated the launch of its interventional cardiology ...
Home April 25, 2022
Home
News | Cath Lab
April 18, 2022 – Royal Philips and Oulu University Hospital (Finland) have announced a strategic 10-year partnership ...
Home April 18, 2022
Home
News | Cath Lab
February 16, 2022 – Fremont Bank Foundation recently donated $750,000 to its community partner, St. Rose Hospital ...
Home February 16, 2022
Home
News | Cath Lab
February 14, 2022 — A collaborative effort between The Valley Heart and Vascular Institute’s cardiology team ...
Home February 14, 2022
Home
Sponsored Content | Videos | Cath Lab

Advancements in analytics and data visualizations are helping to streamline operations and improve productivity at cath ...

Home January 13, 2022
Home
News | Cath Lab

January 4, 2022 — The U.S. Food and Drug Administration (FDA) has authorized marketing of the first laser-based device ...

Home January 04, 2022
Home
News | Cath Lab

December 14, 2021 — RSIP Vision, a medical imaging company applying advanced artificial intelligence (AI) and computer ...

Home December 14, 2021
Home
Feature | Cath Lab

November 15, 2021 — RealView Imaging Ltd. recently received FDA 510(k) clearance for its Holoscope-i holographic system ...

Home November 15, 2021
Home
Subscribe Now