O Hospital de Dona Estefânia e a História da Cirurgia Pediátrica em Portugal

Em 1914,0 Prof. Francisco Gentil, então Enfermeiro-Mor dos Hospitais Civis de Lisboa, propos que fossem criadas no Hospital de D. Estefânia duas Enfermarias independentes, uma para doenças pediátricas médicas e outra para doenças pediátricas Cirúrgicas/Ortopédicas. Isto tornou-se realidade em 9 de Julho de 1918, através do Decreto 4.563, ficando a direcção dos dois Serviços a cargo de Jaime Ernesto Salazar de Sousa. Após a sua morte, em 1940, Abel Pereira da Cunha tornou-se o novo Director, seguindo-se-lhe Eduardo Rosado Pinto, em 1959. É então que o único Serviço existente, o Serviço 5, se divide em dois, o 3 e o 4, sob a Direcção rcspectivamente de José Rosado Pinto e Luciano José de Carvalho. Em 1983 Fernando Gabriel Pinto Coelho Afonso torna-se Director do Serviço 3 e em 1986 Antonio Genlil do Silva Martins torna-se Director do Serviço 4. Em 1994 Fernando Afonso torna-se Director do Departamento de Cirurgia (durante 1 mês, até aposentação) seguindo-se-lhe António Gentil Martins, jubilado em 2000. Em 29 de Junho de 1974, no Hospital de D. Estefânia, é fundada a Sociedade Portuguesa de Cirurgiões Pediatras, realizando-se os primeiros Congressos Internacioais em 1971 e 1972 (Luso-Brasileiro e Luso-Espanhol). Em 1986 o Hospital associa-se a Faculdade das Ciências Médicas da Universidade Nova de Lisboa, para o ensino pré-graduado de Cirurgia Pediátrica, sendo António Gentil Martins nomeado Professor Associado Convidado. Mais de 50% de todos os Cirurgiões Pediatras Portugueses fizeram o seu treino no Hospital dc D. Esteffinia e através deles a Especialidade estendeu-se a Coimbra, Viseu, Évora, Setúbal,Almada, Sintra, Montemor-o-Novo e Funchal (assim cobrindo cerca de 3/4 de toda a populacao portuguesa).

Different in Vivo Reactivity Profile in Health Care Workers and Patients with Spina Bifida to Internal and External Latex Glove Surface-Derived Allergen Extracts

BACKGROUND: Allergy to natural rubber latex is a well-recognized health problem, especially among health care workers and patients with spina bifida. Despite latex sensitization being acquired in health institutions in both health care workers and patients with spina bifida, differences in allergen sensitization profiles have been described between these two risk groups. OBJECTIVE: To investigate the in vivo reactivity of health care workers and patients with spina bifida to extracts of internal and external surfaces of latex gloves and also to specific extracts enriched in major allergens for these risk groups. METHODS: Gloves from different manufacturers were used for protein extraction, and salt precipitation and hydrophobic interaction chromatography (HIC) were applied to obtain the enriched latex extracts. The major latex allergens were quantified by an enzyme immunoassay. The extracts obtained were tested in 14 volunteers using skin prick tests (SPT). RESULTS: Latex glove extracts enriched in the hydrophobic allergens that are most often seen in patients with spina bifida were obtained by selective precipitation, whereas HIC produced extracts enriched in the hydrophilic allergens commonly found in health care workers. The health care workers had positive SPTs to glove extracts from internal surfaces and to the hydrophilic allergen-enriched extracts. By contrast, patients with spina bifida had larger skin reactions both to external glove extracts and to the extracts enriched with the hydrophobic major allergens for this risk group. Despite the protein concentration of these extracts being less than half the concentration of the commercial extract, the weal-and-flare reactions were of similar magnitude. CONCLUSION: Using novel latex extracts, our study showed a different in vivo reactivity pattern in health care workers and in patients with spina bifida to extracts of the internal and external surfaces of gloves, which suggests that sensitization may occur by different routes of exposure, and that this influences the allergen reactivity profiles of these risk groups