Diego Bonaldo Genuário

• Abstract

  The effects of global warming and climate change directly affect agriculture-related activities. The increased concentration of CO2 promotes the high supply of this gas to plants, stimulating their growth, and the increase in temperature directly stimulates their physiological and metabolic activities. In addition, the changes caused by the increase in temperature cause changes in the rai…

  Development of a novel microbial biofertilizer with activity against effects of water stress for corn crops (Zea mays), AP.PIPE

• Abstract

  The Green Revolution has spread the adoption of farming practices in agricultural production systems aimed at increasing productivity. Most notably, is the intensive use of nitrogen fertilizers artificially produced from a petroleum-derived feedstock, a highly polluting and non-renewable substrate. With the population expansion and the progressive demand for food, a considerable increase …

  Development of biofertilizer enriched with nitrogen forms derived from biomass of Azolla/Anabaena symbiotic association for agricultural use, AP.PIPE

• Abstract

  Currently, there is a high global demand in the search for alternatives for the production of active principles by biotechnological processes. As in the research, the industrial production of drugs in Brazil presents weak expression in the world scenario. Also, international suppliers of biopharmaceuticals are losing interest in the Brazilian market and discontinuing the production of sev…

  National production of L-asparaginase from Streptomyces caatingaensis CMAA1322, AP.PIPE

• Production of biofertilizer to mitigate the effects of water stress on corn plants (Zea mays), BP.PIPE
• Development of nitrogen biofertilizer from biomass of the Azolla/Anabaena symbiotic association applied in agriculture, BP.TT
• Development of nitrogen biofertilizer from biomass of the Azolla/Anabaena symbiotic association applied in agriculture, BP.PIPE

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

• Abstract

  Cyanobacteria are among the richest organisms on the planet in terms of biologically active secondary metabolites production. These natural products represent diverse compounds and drug leads that can be used for applications as therapeutic agents and antibiotics. However, these natural products are often produced in low amounts by these organisms, which can grow slowly, and sometimes can…

  Heterologous Expression of Selected Gene Clusters Identified in Isolated Amazonian Cyanobacterial Strain, BE.EP.PD

• Abstract

  This plan proposed research is to investigate the ecological role of cyanobacteria as contributors to the input of nitrogen in the Antarctic environment. The overall objective is to study the biological nitrogen fixation in cyanobacterial strains isolated from King George and Deception Islands, Antarctica, under controlled conditions of light, temperature and oxygen levels, simulating env…

  Biological N2 fixation by cyanobacteria from the Antarctic Peninsula in a continuous monitoring system of nitrogenase under adverse environmental conditions, BE.EP.DR