cartells https://mosimbio.upc.edu/ca/congressos/congressos-per-anys/cartells https://mosimbio.upc.edu/++resource++plone-logo.svg Comparteix: cartells Optimization methods for individual-based model parameter estimation in predictive microbiology.pdf Repitching of yeast in beer fermentations Individual-based Model simulations.pdf Reutilizacion de la Levadura en Fermentaciones de la Cerveza Simulaciones por Ordenador.pdf Influencia de BrettanomycesDekkera en la Evolución de la Fermentación Alcohólica.pdf A comparative study of the use of an electronic.pdf INDISIM-YEAST an individual-based simulator accessible from a website for experimenting and investigating diverse dynamics of yeast populations in liquid media.pdf Evolution of biomass distribution during bacterial lag phase through flow cytometry, particle analysis and Individual-based Modelling.pdf INDISIM-YEAST, a simulator for individual-based modelling of yeast metabolism and process dynamics in asynchronous batch fermentations.pdf The use of flow cytometry and particle size analysis in the individual-based model INDISIM-YEAST, a simulator of yeast populations.pdf Individual-based Modelling an essential tool for Microbiology.pdf A Mathematical Analysis of the Stages in Bacterial Lag Phase.pdf From individual-based model to partial differential equations an application to the study of yeast populations in batch cultures.pdf A physical interpretation of the microbial growth rate temperature dependence.pdf Individual based modelling and simulation of Plasmodium falciparum Infected erythrocytes in vitro cultures.pdf Individual Based Model and simulation of Plasmodium falciparum Infected Erythrocytes in vitro cultures.pdf Spatial properties in Individual based modelling of microbiological systems. Study of the composting process.pdf A discrete model to study bacterial activity of activated sludge systems in wastewater treatment.pdf Nitrifier bacterial activity linked to mineralization of soil organic matter individual based simulations.pdf An individual based model to study the main groups of microbes active in composting process.pdf Individual Based Modelling of Bacterial Cultures. A Lag Phase Study.pdf 1 2 2 elements següents >
INDISIM-YEAST an individual-based simulator accessible from a website for experimenting and investigating diverse dynamics of yeast populations in liquid media.pdf
Evolution of biomass distribution during bacterial lag phase through flow cytometry, particle analysis and Individual-based Modelling.pdf
INDISIM-YEAST, a simulator for individual-based modelling of yeast metabolism and process dynamics in asynchronous batch fermentations.pdf
The use of flow cytometry and particle size analysis in the individual-based model INDISIM-YEAST, a simulator of yeast populations.pdf
From individual-based model to partial differential equations an application to the study of yeast populations in batch cultures.pdf
Individual based modelling and simulation of Plasmodium falciparum Infected erythrocytes in vitro cultures.pdf
Individual Based Model and simulation of Plasmodium falciparum Infected Erythrocytes in vitro cultures.pdf
Spatial properties in Individual based modelling of microbiological systems. Study of the composting process.pdf
Nitrifier bacterial activity linked to mineralization of soil organic matter individual based simulations.pdf
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