Saad Ibrahim Albalawi

The evolution of healthcare services in Saudi Arabia has undergone significant transformations over the past few decades, reflecting the nation's dedication to improving the health and well-being of its citizens. Initially focused on basic healthcare needs, the sector has expanded tremendously to include advanced medical technologies, specialized treatments, and comprehensive healthcare systems. The government's Vision 2030 initiative has been pivotal in this transformation, prioritizing diversification and modernization of the healthcare infrastructure. Health services have shifted from a predominantly public sector model to a more integrated system involving private sector participation, thereby enhancing efficiency and accessibility. Key advancements include the establishment of new hospitals, the implementation of electronic health records, and the promotion of telehealth services, particularly in response to the COVID-19 pandemic. Looking ahead, the future of healthcare services in Saudi Arabia is positioned for continuous improvement and innovation, driven by technological integration and data-driven practices. As the country focuses on enhancing patient outcomes and preventative care, trends such as personalized medicine, artificial intelligence in diagnostics, and the expansion of telemedicine are expected to gain momentum. Additionally, the growing emphasis on public health initiatives, mental health, and chronic disease management reflects a holistic approach to healthcare that prioritizes preventive measures. The government’s commitment to investing in healthcare education and workforce development will also play a critical role in sustaining these advancements, ensuring that Saudi Arabia builds a resilient, effective healthcare system that meets the needs of its population well into the future.

Background/Objectives: Spontaneous nystagmus during vertigo attacks of Menière’s disease has been essentially described as horizontal, beating ipsilaterally (irritative type) or contralaterally (deficit type) to the hearing loss. Our main objective was to describe the characteristics of nystagmus during vertigo attacks. The second objective was to determine the feasibility of self-video recording of eye movements by a mobile phone. The third objective was to discuss the therapeutic implications of the observed nystagmus. Methods: We selected patients with definite Menière’s disease according to the Barany Society. Patients were video-recorded during their attacks by videonystagmoscopy (by the physician) and/or mobile phone (by the patient or immediate surroundings). Results: Seventeen patients were video-recorded by mobile phone (n = 8) or videonystagmoscopy (n = 8) or both (n = 1). The nystagmus was horizontal in 14 patients of the irritative type (n = 7) and of the deficit type (n = 5) or changed from the deficit to the irritative type (n = 2). The nystagmus was vertical in three patients, either down-beating (n = 2) or up-beating (n = 1). This vertical nystagmus changed to a more classical horizontal nystagmus in two patients. Conclusions: The direction of the nystagmus was variable and mostly horizontal, although it could be vertical and could change direction. Thus, the direction of the nystagmus has no value in deducing the affected side of Menière’s disease, which essentially relies on hearing dysfunction. The nystagmus could be video-recorded by a mobile phone, which was objective proof of the impact on daily life. This was a helpful therapeutic aid, particularly when chemical labyrinthectomy was considered.