Robotic surgery

In February 2023, the Clinical Coding and Schedule Development (CCSD) working group, which develops and maintains procedural and diagnostics nomenclatures for private payers in England, published Bulletins 188 and 084 with changes to be implemented no later than March 23, 2023. Five new procedure codes (concerning interventional radiology, robotic surgery, and radiotherapy) and one new diagnostic code were introduced.

In January 2023, the National Institute for Health and Care Excellence (NICE) published four new Interventional Procedure Guidance (percutaneous image-guided cryoablation of peripheral neuroma, laparoscopic insertion of a magnetic ring, transcutaneous electrical stimulation of the trigeminal nerve, and trabeculectomy with a biodegradable collagen matrix implant ), two new Diagnostic Guidance (devices for remote monitoring of Parkinson's disease, MRI-based technologies for assessing non-alcoholic fatty liver disease), and three new Medtech Innovation Briefings (PredictSURE IBD, Ambu aScope 4 Broncho, and Aquablation robotic therapy). One MedTech-related clinical guideline was updated.

In June 2022, the Clinical Coding and Schedule Development (CCSD) working group, which develops and maintains procedural and diagnostics nomenclatures for private payers in England, published Bulletins 0184 and 0081 with changes to be implemented no later than August 09, 2022. Two new procedure codes for robotic surgery and two new diagnostic codes were introduced.

In April 2022, the Clinical Coding and Schedule Development (CCSD) working group, which develops and maintains procedural and diagnostics nomenclatures for private payers in England, published Bulletins 0183 and 0080 with changes to be implemented no later than June 14, 2022. Eleven new procedure codes and nine new diagnostic codes were introduced.

In February 2021, the Clinical Coding and Schedule Development (CCSD) working group, which develops and maintains procedural and diagnostics nomenclature for private payers in England, published Bulletins 0182 and 0079 with changes to be implemented no later than April 10, 2022. Three new procedure codes concerned robotic surgery in orthopaedic area, spinal procedures, and ophthalmology, and five new diagnostic codes were introduced.

Dutch Organization for Health Research and Development, ZonMw awarded eight projects under the "Healthcare Evaluation and Appropriate Use" program, including two projects for geriatric care, two projects for cancer, per one project for cardiovascular, neurovascular, and dermatology care.

In late September 2021, the Clinical Coding and Schedule Development (CCSD) working group, which develops and maintains procedural and diagnostics nomenclature for private payers in England, has published Bulletins 0179 and 0076 with changes to be implemented no later than January 01, 2022. Four new procedure codes related to gynecology, robotic surgery in the pulmonology area, and orthopedics, and four new diagnostic codes were introduced.

In August 2021, the mini-HTA evaluation of the robot-assisted percutaneous coronary intervention was released. The method was described as safe and effective. After the introduction into the clinical practice, the method should be followed up for two years with a sufficient number of procedures to understand the real benefit. All procedures are to be registered in the Norwegian Registry for Invasive Cardiology.

In February 2021, the Health Technology Assessment Agency of the Health Institute Carlos III published the report for the efficacy and safety of robotic spinal surgery compared to manual surgery in spinal fusion.

On February 5, 2021, the French Ministry of Solidarity and Health published the results of the pre-selection of applications submitted in 2020 for participating in the coverage with evidence development programs. Regarding the Health Economic Research Program (PRME), 20 applications regarding various medical technologies were selected, including high throughput genome sequencing analysis in pediatric diagnostics, robotic thoracic surgery during lobectomy or segmentectomy in lung cancer, robotic gastric bypass for morbid obesity, mechanical thrombectomy techniques in the treatment of ischemic stroke, CAR-T cell therapy in the treatment of diffuse large B-cell lymphomas, creation of arteriovenous accesses for hemodialysis - the surgical technique and the endovascular technique, etc. Regarding the national Hospital Program of Clinical Research (PHRC-N), 205 applications were pre-selected.

In February 2021, Healthcare Improvement Scotland released a review of recently published evidence to inform the National Planning Robotic Review Group on the impact of the number of robotic-assisted procedures (gynecological, colorectal, urological) per treatment center/surgeon on the outcomes achieved and any related evidence on the learning curves for these procedures.

Norway established in 2013 a framework “New Method” for the introduction of innovations into the health care system through either a national or hospital-based health technology assessment. In this framework, all innovations should undergo HTA before being funded. In January 2020, four new mini-HTA projects of medical technologies were launched in Norway: robotic-assisted procedures, ear reconstruction, continuous electroencephalography, among others.