Radiation Protection System Reduces Entire Interventional Team’s Exposure in Hospital X-Ray Labs
By HospiMedica International staff writers Posted on 12 Dec 2022 |
Scatter radiation is a form of secondary radiation created when the primary X-ray beam used to image the patient's anatomy during interventional fluoroscopy procedures is reflected off the patient's body in the procedure room. Physicians and staff who work in these environments are exposed to scatter radiation during medical procedures (such as angioplasty, stenting, and transcatheter valve treatment), putting them at increased risk for long-term health effects. Mounting published data show a link between this occupational radiation exposure and cancer, cataracts, hypertension, and neuro-degenerative issues, despite the use of standard X-ray shielding. Now, a comprehensive, scatter radiation protection system protects the entire interventional team in hospital X-ray labs (cardiac catheterization, electrophysiology, interventional radiology, and operating rooms) from the harm of long-term exposure to scatter radiation.
The EggNest XR from Egg Medical, Inc. (Arden Hills, MN; USA) is a comprehensive, scatter radiation protection system fully integrated into the workflow of the modern Cath Lab. The system is built on a novel carbon fiber platform with integrated radiation shielding that replaces the patient mattress on the X-ray table. It protects the entire medical team regardless of location, dramatically reducing scatter radiation exposure.
The EggNest system moves with patient and swings with X-ray, providing passive protection with an integrated antimicrobial and impermeable surface for ease of use. With a carbon fiber base platform and modular shielding components, it is designed for optimal imaging and C-arm motion. Testing performed by the company and confirmed by independent hospital studies has shown that the EggNest system reduces room scatter radiation by 91% vs. standard shielding. Egg Medical has achieved CE Mark for the EggNest XR radiation protection system and plans to continue expansion into all markets recognizing the CE Mark.
"Occupational exposure of hospital staff to X-rays during medical procedures is an important workplace risk. Almost everyone in the interventional cardiology and radiology profession knows someone with a radiation related illness. There have been minimal improvements in X-ray shielding over the past 30 years, leaving the medical teams working in these environments exposed to scatter radiation every day," said Robert F. Wilson MD, Egg Medical CEO. "The EggNest platform addresses the problem of hospital personnel radiation exposure for everyone working in these environments by reducing scatter radiation by an average of 91%."
"At Egg Medical, our belief is that everyone deserves protection, meaning the entire interventional team," added Wilson. "With CE mark approval of the EggNest platform, we are bringing this protection to more interventional teams worldwide."
Related Links:
Egg Medical, Inc.
Latest Surgical Techniques News
- Microgrippers For Miniature Biopsies to Create New Cancer Diagnostic Screening Paradigm
- Miniature Soft Lithium-Ion Battery Could Be Used as Defibrillator During Surgery
- TAVI Procedure Supported by Radial Artery Access Reduces Bleeding Complications
- Portable Surgical Robot Seamlessly Integrates into Any OR for Performing Cholecystectomy Procedures
- New Thoracic Surgery Risk Calculators Support Preoperative Decision-Making
- Surgical Platform with Miniature Humanoid-Shaped Robotic Arms Provides Human Level Dexterity
- Precision Surgical Technique Enables Lymph Node Detection and Removal in Endometrial Cancer
- Glowing Approach Helps Surgeons Assess Neural Blood Flow in Chronic Nerve Compression Neuropathy
- Predictive Model Identifies Best Patients for Minimally Invasive Epilepsy Surgery
- Light-Driven Micro-Robot Designed to Swim Autonomously in Viscous Liquids Could Be Used for Unblocking Blood Vessels
- Novel Approach Combines Advanced Robotics and Low-Field MRI Technology for Incisionless Prostate Surgery
- Fast OCT System Integrated into Neurosurgical Microscope Identifies Tumor Margins During Brain Surgery
- Miniature Robots Transport Instruments for Endoscopic Microsurgery Through Body
- Robotic Visualization System for Neurosurgery Offers Greater Clarity for Complex Procedures
- Endometrial Ablation for Abnormal Uterine Bleeding Associated with High Risk of Hysterectomy
- Breakthrough Robot Technology Could Allow Entire Surgery to Be Performed Without Human Intervention