Advances of Basic Science for Second Generation Bioethanol from Sugarcane
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portes grátis
Advances of Basic Science for Second Generation Bioethanol from Sugarcane
De Souza, Amanda P.; Buckeridge, Marcos S.
Springer International Publishing AG
06/2018
219
Mole
Inglês
9783319842486
15 a 20 dias
3933
Descrição não disponível.
From sugarcane genomics research to modern biotech industrial innovation in Brazil.- Advances in polyploid genetics.- The sugarcane genome.- Sugarcane cell walls.- Biophysics of sugarcane biomass.- Sugarcane under stress.- Source-sink relationship of sugarcane.- Systems biology of sugarcane.- Proteomics for sugarcane bioenergy.- Epigenetics and sugarcane.- Advances in pretreatment methods.- Advances in fermentation.- Discovery and characterization of new enzymes and new enzymatic mechanisms of hydrolysis.- Engineering enzymes for cell wall hydrolysis.- Assembly of enzyme cocktails for 2nd generation.- Sugarcane engineering for bioenergy.- Evaluating the life cycle of greenhouse gases and the impact on sustainability of sugarcane in Brazil.- Adapting sugarcane to the Global Climate Changes.- International interactions and technological development in bioethanol technology: the case of Brazil-EU relations.- Brazil-US relations and the development of science and technologies for bioethanol.- The Science-Policy paradox.
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Bioenergy;Biomass;Brazil;Cell Wall;Climate Change;Grass Genomics and Genetics
From sugarcane genomics research to modern biotech industrial innovation in Brazil.- Advances in polyploid genetics.- The sugarcane genome.- Sugarcane cell walls.- Biophysics of sugarcane biomass.- Sugarcane under stress.- Source-sink relationship of sugarcane.- Systems biology of sugarcane.- Proteomics for sugarcane bioenergy.- Epigenetics and sugarcane.- Advances in pretreatment methods.- Advances in fermentation.- Discovery and characterization of new enzymes and new enzymatic mechanisms of hydrolysis.- Engineering enzymes for cell wall hydrolysis.- Assembly of enzyme cocktails for 2nd generation.- Sugarcane engineering for bioenergy.- Evaluating the life cycle of greenhouse gases and the impact on sustainability of sugarcane in Brazil.- Adapting sugarcane to the Global Climate Changes.- International interactions and technological development in bioethanol technology: the case of Brazil-EU relations.- Brazil-US relations and the development of science and technologies for bioethanol.- The Science-Policy paradox.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
