Medical Students in Global Neurosurgery: Rationale and Role

Global neurosurgery aims to build equity in neurosurgical care worldwide. The active involvement of early-career general practitioners, neurosurgical residents, and medical students in global neurosurgery is critical for the development of sustainable strategies to address inequalities. However, the rationale for medical student involvement in global neurosurgery and strategies to increase medical student involvement have not been described previously. We characterize why medical students are fundamental to the success of global neurosurgery initiatives, outline existing opportunities for medical students in the global neurosurgery space, and delineatehow to incorporate medical students into various global neurosurgery initiatives

Neurosurgical Randomized Trials in Low- and Middle-Income Countries

BACKGROUND:The setting of a randomized trial can determine whether its findings are generalizable and can therefore apply to different settings. The contribution of low- and middle-income countries (LMICs) to neurosurgical randomized trials has not been systematically described before. OBJECTIVE:To perform a systematic analysis of design characteristics and methodology, funding source, and interventions studied between trials led by and/or conducted in high-income countries (HICs) vs LMICs. METHODS:From January 2003 to July 2016, English-language trials with >5 patients assessing any one neurosurgical procedure against another procedure, nonsurgical treatment, or no treatment were retrieved from MEDLINE, Scopus, and Cochrane Library. Income classification for each country was assessed using the World Bank Atlas method. RESULTS:A total of 73.3% of the 397 studies that met inclusion criteria were led by HICs, whereas 26.7% were led by LMICs. Of the 106 LMIC-led studies, 71 were led by China. If China is excluded, only 8.8% were led by LMICs. HIC-led trials enrolled a median of 92 patients vs a median of 65 patients in LMIC-led trials. HIC-led trials enrolled from 7.6 sites vs 1.8 sites in LMIC-led studies. Over half of LMIC-led trials were institutionally funded (54.7%). The majority of both HIC- and LMIC-led trials evaluated spinal neurosurgery, 68% and 71.7%, respectively. CONCLUSION:We have established that there is a substantial disparity between HICs and LMICs in the number of published neurosurgical trials. A concerted effort to invest in research capacity building in LMICs is an essential step towards ensuring context- and resource-specific high-quality evidence is generated.