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FAPESP BIOENERGY PROGRAM - BIOEN

The BIOEN Program aims to integrate comprehensive research on sugarcane and other plants that can be used as biofuel sources, thus assuring Brazil’s position among the leaders in the area of Bioenergy. Research includes from biomass production and processing to biofuel production and its impacts.
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9 de setembro

9h00 Welcome Coffee

10h00 Opening Section

  • Carlos Henrique de Brito Cruz
  • Scientific Director, FAPESP
  • Marcos S. Buckeridge
  • Symposium organizer

10h30 Opening Conference

  • The role of biomass in the world’s energy matrix
    José Goldemberg
    USP

11h30 Disassembling the plant cell wall to obtain energy

  • Marcos S. Buckeridge
    IB/USP

12h30 Lunch

14h00 The role of hydrolases on degradation of plant material

  • Edivaldo Ximenes
    Universidade de Brasília

14h40 Prospecting hydrolases of microorganisms and findind their potencial for bioenergy production

  • Maria de Lourdes T.M. Polizeli
    FFCLRP-USP
15h20 Coffee Break

15h50 The potencial of fungal genetics and transformation for production of tools for cellulosic ethanol production

  • Gustavo H. Goldman
    FCFRP-USP

16h30 Hydrolysis of glycosides: key factors in biomass transformation to bioethanol production

  • Igor Polikarpov
    IFSC-USP

17h10 Plenary discussion

 

10 de setembro

9h00 Welcome Coffee

9h30 The SUCEST-FUN Project: Using genomic tools for the improvement of biomass in sugarcane

  • Gláucia M. Souza
    IQ/USP

10h10 Maize as a genetic model for the improvement of bioenergy grasses

  • Nicholas C. Carpita
    Purdue University - US

10h50 CoffeeBreak

11h20 Making a more fermentable plant via genetic engineering: a progress report

  • Eric Lam
    Rutgers University, US

12h00 Sugarcane biological diversity, breeding and molecular characterization of elite genotypes for ethanol biomass production

  • Marcelo Erls Loureiro
    Universidade Federal de Viçosa

12h40 Lunch

14h00 The eucalypt as a source of cellulosic ethanol

  • Carlos A. Labate
    ESALQ/USP

14h40 Using Physcomitrella genome as a model to learn about cell wall disassembly in plants

  • Michael Lawton
    Rutgers University, US

15h20 Plenary Discussion

  • Closing

 

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