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Coordenação de Aperfeiçoamento de Pessoal de Nível Superior - CAPES The Serra de Itabaiana National Park (PARNASI) is an example of a heterogeneous landscape modeled by both geological and anthropic agents. Situated in a transition area of the Atlantic forest domain with the caatinga, the park is occupied in its largest area by mountain ranges of the Sergipe fold (Meso / Neoproterozoico) (MMA / ICMBIO, 2016). This configuration associated with land use for activities farming and mining witness the modeling of the current landscape. Although the morphostructures of the mountains that make up the park indicate similarities, its phytophysiognomy does not testify to this genetic link. It is believed that, among other factors, the phytophysiognomic pattern expected for the mountains can be influenced by the dynamics of use and occupation of the park and its surroundings. Thus, its general objective is to establish phytophysiognomic patterns through changes between the core and ecotonal areas of the Serra de Itabaiana National Park. The research will be summarized in the quantitative method, which is characterized by the uniqueness of the form of collection and treatment and data. The theoretical-methodological basis is centered on the geosystemic conception of the landscape, due to its integrative and hierarchical character. The methodology will be adapted from the works of Lucas Cavalcanti (2016/2018), where in these works there is a detailed application of the cartographic modeling of the types of geosystems. Thus, the research will follow four steps of procedures: Determination of the limits of the Sites; Determination of State limits; Description of biophysical and land use attributes in the plots; Production schematic profile of topographic profiles. After the conclusion of the research, it is hoped to corroborate the hypothesis of the interference of the forms of land use in PARNASI to play a decisive role in altering the phytophysiognomic patterns of the area, pointing out management measures to minimize or reverse, in the medium and long terms, trend. O Parque Nacional Serra de Itabaiana (PARNASI) é um exemplo de paisagem heterogênea modelada por agentes tanto geológicos quanto antrópicos. Situado em uma área de transição entre Domínio Florestal Atlântico e a Caatinga, o parque é ocupado em sua maior área por serras da faixa de dobramento sergipana (Meso/Neoproterozoico) . Essa configuração associada ao uso do solo para atividades agropecuárias e de mineração testemunha o modelado da paisagem atual. Ainda que as morfoestruturas das serras que compõem o parque indiquem semelhanças, sua fitofisionomia não testemunha essa vinculação genética. Acredita-se que, dentre outros fatores, o padrão fitofisionômico esperado para as serras pode ser influenciado pela dinâmica de uso e ocupação do parque e do entorno. Assim, tem por objetivo geral, estabelecer os padrões fitofisionômicos através das alterações entre as áreas core e ecotonais do Parque Nacional Serra de Itabaiana. Desse modo, a pesquisa seguiu quatro etapas de procedimentos: Determinação dos limites dos Sítios; Determinação dos limites dos Estados; Descrição dos atributos biofísicos e de uso da terra nas parcelas; Produção de perfil esquemático dos perfis topográficos. Com a conclusão da pesquisa, pode-se corroborar a hipótese de que a interferência das formas de usos da terra no PARNASI exerce papel decisivo nas alterações dos padrões fitofisionômicos da área. Observou-se também, a atuação da resiliência em áreas de ecótono, as quais são mais afetadas pelo fogo dos incêndios florestais. São Cristóvão

Necrotizing sarcoid granulomatosis (NSG) is a rare and under-recognized cause of granulomatous disease, described as a variant of typical nodular sarcoidosis. It can be asymptomatic when the patient has a single pulmonary nodule or may be accompanied by cough, fever, and dyspnea, or even symptoms due to the involvement of other organs such as the eyes, liver, and central nervous system. The histopathological analysis is essential for the differential diagnosis of other infectious and non-infectious causes of granuloma and to determine the appropriate treatment. NSG is characterized by the presence of a granuloma with extensive coagulative necrosis associated with the occurrence of vasculitis. We present the case of a patient diagnosed with NSG who had an unusual outcome with recurrent pulmonary thromboembolisms followed by hemodynamic instability and death.

Necrotizing sarcoid granulomatosis (NSG) is a rare and under-recognized cause of granulomatous disease, described as a variant of typical nodular sarcoidosis. It can be asymptomatic when the patient has a single pulmonary nodule or may be accompanied by cough, fever, and dyspnea, or even symptoms due to the involvement of other organs such as the eyes, liver, and central nervous system. The histopathological analysis is essential for the differential diagnosis of other infectious and non-infectious causes of granuloma and to determine the appropriate treatment. NSG is characterized by the presence of a granuloma with extensive coagulative necrosis associated with the occurrence of vasculitis. We present the case of a patient diagnosed with NSG who had an unusual outcome with recurrent pulmonary thromboembolisms followed by hemodynamic instability and death.