Os pressupostos do debate intelectual entre Floresta Fernandes e Guerreiro Ramos: duas versões de teoria crítica da sociedade brasileira?

Pós-graduação em Ciências Sociais - FFC

Desenvolvimento e caracterização de sistemas nanoestruturados bioadesivos contendo peptídeo análogo à adesina do streptococcus mutans

Pós-graduação em Ciências Farmacêuticas - FCFAR

Aspectos ecofisiológicos e genético de biótipos de Digitaria insularis resistente e suscetível ao glyphosate

Pós-graduação em Agronomia (Produção Vegetal) - FCAV

Adequação de metodologia alternativa para o teste de frio em semente de soja

Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)

Técnicas indiretas na identificação de áreas de manejo específico para cana-de-açúcar

Pós-graduação em Agronomia (Produção Vegetal) - FCAV

Efeito do aumento da concentração de dióxido de carbono do ar sobre a mancha foliar causada por cylindrocladium candelabrum em mudas de eucalyptus urophylla

Pós-graduação em Agronomia (Proteção de Plantas) - FCA

Controle da ferrugem asiática da soja (Phakopsora packyrhizi) com óleo de café e bacillus spp

Pós-graduação em Agronomia (Proteção de Plantas) - FCA

Ação de fungicidas e acibenzolar-se-methyl no controle da pinta preta do tomateiro

Pós-graduação em Agronomia (Proteção de Plantas) - FCA

Análise da expressão dos genes da subfamília DREB em resposta à seca em plantas de Coffea canephora Conilon

Coffea canephora is one of the most economically important coffee species and in Brazil, Conilon is the most widely cultivated plant of this species. Abiotic stresses such as temperature variations and drought periods are factors that significantly affect their production and tend to worsen with globally recognized climate changes. In an attempt to understand the molecular responses of coffee plants in water deficit conditions, recent studies have identified candidate genes (CGs) as CcDREB1D. This gene showed increased expression in response to drought in the leaves of clone 14 (drought tolerant) in relation to the clone 22 (sensitive to drought) of C. canephora Conilon. Based on these results, the identification of DREB genes and their subgroups (SGs) of C. canephora, the objective is to analyze in silico and also in vivo these genes expression in leaf and root of tolerant (14, 73 and 120) and sensitive clones (22) of C. canephora Conilon submitted or not to a water deficit. In silico expressions of all DREB genes were analyzed from the Coffee Genome Hub Database and in vivo expression was performed by the technique "reverse transcription-quantitative PCR" (RT-qPCR). In silico gene expression analysis was possible to identify DREB genes with potential responses to abiotic stresses, corroborating some validated in vivo results. In this analysis, several genes showed differential expression in response to drought among the SGs (IIV), the tolerant and sensitive clones and the leaf and root. These differentially expressed genes were identified as potential CGs and among them, it was found that most tolerant clones showed increased expression in relation to sensitive in response to drought, with higher expression levels for clones 14 and 73. These highest levels were observed in leaves compared to the roots and SG-I stood at greater number of genes expressed in response to drought. These results suggest that DREB CGs, as Cc05_g06840, Cc02_g03420 e Cc08_g13960, play an important role in the regulatory mechanisms of response to drought in C. canephora Conilon.

Síntese do complexo ferro (III) com ácido pirazina tetracarboxílico e aplicação como catalisador em reação fenton

The amount of waste generated by industries has increased gradually in recent years. The proper disposal of residues has been an area of study of many researchers. Several organic compounds are considered potential contaminants of natural waters due to their high toxicity, difficult natural degradation and long persistence in the environment. Ways of recovery and reutilization as well as concepts that minimize the generation of wastes have been increasing widely. Organometallic compound of pyrazine carboxylic acid has proven to be of great interest in many areas. Herein, we studied the use of pyrazine tetracarboxylic acid ligand for complex formation with iron (Fe). The binder (C 8H4N2O8) was synthetized with the addition of Fe (complex) and tested as a catalyst in oxidation reactions of the organic model compound methylene blue (MB). Tetramethyl pyrazine was used in the synthesis, which was oxidized with potassium permanganate in order to form the ligand. The ligand (C 8H4N2O8) was then characterized to validate its formation. For the complex solution, it was used (C 8H4N2O8) and Fe (NO3)3.9H2O 0,01molL-1. After preliminary tests, it was found that the best ratio of Fe and the ligand was 2: 1. Through the oxidation tests, it could be seen that the complex has great potential for the degradation of different concentrations of MB. During only 20 minutes of reaction, approximately 60% of MB 500 mgL -1 was oxidized. The use of the complex was found to be an attractive alternative for oxidation of effluents with high organic compounds levels and contributes to the minimization of organic contaminants hazards in the environment.

Estudo de filmes poliméricos de complexos a base de tiofeno8Schiff na construção de sensores eletroquímicos

Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)

Biomarcadores bioquímicos de contaminação em girinos de anfíbios anuros expostos a Regent®800WG (Fipronil)

Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)

Estudo e caracterização da eletropolimerização de moléculas nanoestruturadas a Base de Schiff

Pós-graduação em Química - IBILCE

Avaliação de biomarcadores bioquímicos em tilápias (Oreochromis niloticus) expostos a óleo diesel e biodiesel

Pós-graduação em Química - IBILCE

Ocorrência de aminas aromáticas como subprodutos da degradação dos corantes sudan III e disperso amarelo 9

Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)