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listelement.badge.dso-typeItem, Delimitação de espécies e plasticidade fenotípica em microalgas verdes da família Selenastraceae: uma abordagem fisiológica(Universidade Federal de São Carlos, 2020-07-13) Archanjo, Naiara Carolina Pereira; Bagatini, Inessa Lacativa; https://lattes.cnpq.br/3904631503604006; https://lattes.cnpq.br/3939717793858445Recently, discussions on conservation policies at different geopolitical levels have been widely debated. Species are the main indicators for estimating biodiversity parameters, playing a key role in biodiversity records. However, species delimitation is not an easy task. For some organisms, such as green microalgae that have a simple morphology and asexual reproduction, the species delimitation has been challenging. At first, taxonomy was based on morphological characteristics such as thallus organization and type of reproduction. However, for groups such as the family Selenastraceae, morphological characteristics are ambiguous at the genus level and do not reflect phylogenetic relationships. Other taxonomic approaches have been proposed for these complex groups, including the integrative approach, which considers morphological, molecular, ecological, physiological, and biochemical characteristics. In this context, we proposed the study on physiological changes (accessed by morphological and biochemical variations) to help differentiate 10 strains from the genera Kirchneriella, Selenastrum and Messastrum, which have cryptic species within the family Selenastraceae. Thus, we evaluated the algae response under different conditions such as variations in temperature, pH and nitrate concentrations. We have shown that physiological responses based on morphological results is not enough (or reliable) to delimit species. Cell size undergoes relevant changes in cell volume under environmental variations, in which it can increase or decrease up to 70% between different treatments; whereas as the temperature increases, the cell biovolume tends to decrease in all strains studied. Biochemical physiological responses were more efficient in the separation of taxa and reflected the phylogenetic data available in the literature. Therefore, physiological responses based on biochemical results have been shown to be an extremely useful taxonomic tool for species delimitation and can separate all genera and species, corresponding to molecular data.listelement.badge.dso-typeItem, Plano de comunicação externa para uma unidade pública de saúde: o caso da Unidade Saúde Escola da UFSCar(Universidade Federal de São Carlos, 2020-07-13) Souza, Gisele Catarina Bicaletto de; Côrtes, Mauro Rocha; https://lattes.cnpq.br/8988613760967305; https://lattes.cnpq.br/9238229295920891This work presents an external communication plan for the Health School Unit (USE) of the Federal University of São Carlos (UFSCar). The plan's proposition was based on an analysis of the strategic field of action in which USE is inserted - the public health network of the Municipality of São Carlos, in São Paulo, and the identification of its actors, and the understanding of their relationships . The theoretical framework presents the main authors of the field theory - Bourdieu, DiMaggio and Fligstein - and also concepts of communication, its relationship with health and the communication plan. The methodology of the work involves a descriptive, exploratory, qualitative research, developed through a Single Case Study, Systematic Bibliographic Review, Content Analysis, and interviews with different actors that make up the USE field. The communication plan proposes actions and products that can be applied by USE in order to consolidate its relationship with the units in the São Carlos network, improve communication between them and, subsequently, obtain more dense resources for the Unit.