%0 Journal Article %T Application of critical pathway of integrative medical service for lumbar herniated nucleus pulposus: A protocol for single-centered prospective observational study. %A Seo JW %A Shin W %A Kim BH %A Choi MK %A Kim SB %A Kim H %A Cho JH %A Chung WS %J Medicine (Baltimore) %V 102 %N 19 %D 2023 May 12 %M 37171353 %F 1.817 %R 10.1097/MD.0000000000033703 %X BACKGROUND: Lumbar herniated nucleus pulposus (L-HNP) is a condition in which fibroblasts escape due to degenerative changes or external forces in the intervertebral disc, causing neurological symptoms by compressing the dura mater or nerve root.
OBJECTIVE: The purpose of this study is to analyze and compare the effectiveness, economic feasibility, and safety of using an integrated medical service critical pathway (CP) in L-HNP patients.
METHODS: This single-center prospective observational study will be performed at Kyung Hee University Medicine Hospital and Kyung Hee University Korean Medicine Hospital. The inclusion criteria are a diagnosis of L-HNP on magnetic resonance imaging or computed tomography scans, age under 80 years, a visual analog scale score of 7 or higher for either lower back pain or lower extremity pain. The included 102 participants will be classified into 6 groups (nā€…=ā€…17 in each group): CP application with conservative treatment; CP application with open discectomy; CP application with intrabody fusion; conservative treatment without CP application; open discectomy without CP application; and interbody fusion without CP application. We will collect data on the visual analog scale, ODI, SF-36, and EQ-5D-3L scores; number of admission days; medical staff satisfaction; patients health service satisfaction; waiting time for consultations; use of pain relievers; and CP application and completion rates.
CONCLUSIONS: In future, this study is expected to serve as a basis for follow-up studies on the development and application of CPs in integrated medical services for various diseases, including lumbar herniated nucleus pulposus.