Norway

In 2013, Norway established 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 April of 2019, the new mini-HTA regarding above cuff vocalization (ACV) was initiated by Oslo University Hospital. After completion of the assessment, hospital management will make a decision about funding of studied technology.

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. Currently, 13 ongoing mini-HTA projects are conducted in Norway: robotic-assisted procedures, microwave ablation, and tonsillectomy devices, among others.

Since 2018 the cost weight for a number of day surgery DRGs has become equal to the cost weight of the relevant hospital DRGs. In 2019 the number of DRGs has been extended, and in total 39 day surgery DRGs are included in the list in 2019.

Key changes in the Norwegian DRG system in 2019 include novel payment schemes for dialysis treatment, emergency conditions that occur as outpatient or day case, digital services. Pilot DRG payment models will be implemented for selected medical quality registers and selected procedures for contract specialists.

In Norway, the mini-HTA for magnetic technology (Magseed) for breast lesions was released in February of 2018. The method was determined as efficient, safe and was recommended to be introduced as part of the clinical routine in the hospital.

In early 2019, the Norwegian Institute of Public Health (NIPH) has published a health technology assessment report regarding the hyperbaric oxygen therapy for osteonecrosis. The results have shown that the efficacy and safety evidence of the procedure is too uncertain for now, and its economic evidence is also very limited. Further controlled, prospective studies are recommended.

Eleven new DRGs have been added in 2019, while three DRGs have been deleted. The significant changes have been made for disorders of the circulatory organs (MDC 5) and musculoskeletal, skeletal and connective tissue disorders associated with prosthetic surgery (MDC 8). They concern insertion of vagus stimulator, ablation of heart, percutaneous valve replacement, and others.

In November of 2018, the completed mini-method assessment for decompression due to entrapment neuralgia for patients with chronic pain in the neck, shoulders, and head was released. The method was determined as poorly documented and was not recommended to be introduced as a part of the routine clinical practice.

Two mini-method assessments regarding intraepidermal nerve fiber density in skin biopsy and neurovascular structure-adjacent frozen-section (NeuroSAFE) during robot-assisted laparoscopic prostatectomy (RALP) were initiated by Oslo University Hospital in December of 2018. All finalized mini-method assessments are published in the National Database for Mini-HTA.

In December of 2018, the completed mini-method assessment for targeted deep sequencing panel for patients with varying types of hematological neoplasia was released by the Norwegian Institute of Public Health (NIPH). The method was determined as safe and efficient and was recommended to become a part of routine clinical practice.

In October of 2018, the Norwegian Institute of Public Health (NIPH) has published a single technology assessment regarding the external ultrasound stimulation - Exogen™ in the treatment of femoral or tibial non-union. The objective of the assessment was to evaluate the efficacy, safety and health economic documentation for EXOGEN™ compared to surgical treatment for the management of patients with non-union of a fracture. The results have shown that the present documentation does not give evidence to assess the clinical or cost-effectiveness of EXOGEN™ for the treatment of non-union fractures compared to surgery.

Two mini-method assessments regarding the magnetic technology (Magseed) for labeling non-palpable breast lesions and robotic-assisted minimally invasive harvesting of muscle patches for reconstructive surgery were initiated in Norway this October of 2018. All finalized mini-method assessments are published in the National Database for Mini-HTA.