Company research projects supported by PIPE Program

• Abstract

  Mais de 500 proteínas quinases estão presentes no genoma humano, atuando como chaves regulatórias de praticamente todos os processos fisiológicos do organismo humano. As quinases podem ser moduladas através de pequenas moléculas químicas altamente potentes. No entanto, apesar de sua importância e adequação para a descoberta de fármacos, a maioria das pesquisas acadêmicas e farmacêuticas t…

  Protein Kinase Chemical Biology Center: supporting drug development through open-access research, AP.PITE

• Abstract

  Terrestrial ecosystems are major contributors to the global environment as they control significant exchanges of energy, water and other resources between the atmosphere, land surfaces and belowground. Detailed information on ecosystem function, including internai ecological processes, seasonal dynamics, vulnerability to perturbation and response to climate variability is urgently needed,…

  Soil-plant-atmosphere interactions in a changing tropical landscape, AP.PITE

• Abstract

  Perennial plant species are constantly challenged by changes in their environment and to survive these unstable conditions, they developed anatomical, cellular and molecular mechanisms. Extremes of temperature are among the stresses that limit the geographical distribution and seasonal growth of various plants, affecting the quality and productivity in crops and forest plantations. Howeve…

  Physiological responses of Eucalyptus globulus and E. grandis to high concentration of CO2 and temperature variations, identified by metabolomic and transcriptomic analyses, AP.PITE

(Only some records are available in English at this moment)