Frei Galvão Maternity Hospital: A Legacy of Care.
Founded in 1940 by Father Antônio Almeida de Morais, the Frei Galvão Maternity Hospital was born from a deep-rooted desire to provide care for pregnant women facing social vulnerabilities. The initial structure, a modest house, was realized through unwavering faith and community support, offering a sanctuary for countless mothers. After three months, the Congregation of the Sisters of Providence assumed the noble mission of running the hospital.
Despite being under construction, the maternity ward, with 20 beds including some for free care, operated at nearly full capacity. The hospital's operations were sustained by the community, benefactors, and divine providence.
From a maternity ward to a reference hospital in the Paraíba Valley and Northern Coast of São Paulo Metropolitan Region (RMVPLN). What began as a simple maternity ward evolved into one of the region's leading hospitals, serving a population of over 577,000.
The hospital's services have expanded significantly over the years. With over 32,000 consultations in 2023, the hospital is committed to continuous improvement and expansion of high-complexity services across various medical specialties. Investments in the surgical unit have made it an indispensable tool for social assistance in healthcare. Through partnerships with the Unified Health System (SUS) and private health insurance, the hospital maintains financial equilibrium and subsidizes care for the most needy, fulfilling its mission to serve the underprivileged.
Located in a region with limited public health resources, the Frei Galvão Maternity Hospital plays a crucial role. Despite being in the state of São Paulo, one of Brazil's wealthiest, this region is underserved in terms of hospitals.
The surgical unit is equipped with state-of-the-art infrastructure and human resources to perform a wide range of surgeries. It features operating rooms, recovery areas, and an Intensive Care Unit (ICU). With a total of 130 beds, the hospital offers comprehensive care.
The replacement of the current surgical arch with a more advanced model will enable real-time image generation in thousands of shades of gray, essential for minimally invasive surgeries. This will address the need to replace outdated equipment and improve efficiency in the hemodynamics operating room.
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