digitalgaesation https://validator.w3.org/feed/docs/rss2.html Rosaria Tizzani Rebecca Nordio Luis Alonso Porras Reyes Shyam Krishnan Yob Ihadjadene Ali Gharib Digitalgaesation Focus On Lars Stegemüller Tehreem Syed Ignacio Fierro Tim Michelberger David Pereira Henrik Geltner Beatriz Felices Rando Giovanni Consoli Marco Sandrin Sensor based on flow cytometry for population monitoring of Chlorella zofingiensis at different process conditions Fluorescence sensor for the monitoring and control of microalgal cultivations Effect of light on biofilm structure of a green alga and a diatom Robust experiment design for model discrimination CryoEM structure of a red shifted antenna complex DigitAlgaesation Final Workshop Strategies for real-time monitoring of nitrate levels in open-pond cultivation systems DigitAlgaesation Winter School in Padova Optimizing large-scale microalgae-based wastewater treatment: a comprehensive modelling approach Genetic engineering is a powerful tool – how reduced shading of microalgae strains can improve algal growth in photobioreactors Enhancing microalgae production through data-driven technologies Why and How to Monitor Microalgal Biofilms? Hanover training course Home Optimal controls related to microalgae cultivation Newsletter Newsletter archive A modelling approach for high-value products from microalgae Training school in Almeria Prediction of microalgae growth using Machine Learning models The impact of nutrients on microalgae growth and what this means for biological models Advancing microalgae cultivation through precision temperature modeling: Achieving optimal growth with adaptive models and model predictive control The Early Stage Researchers of Digitalgaesation Project Study and monitoring of the multiple fission cell cycle of Chromochloris zofingiensis: a high-throughput approach Digitalgaesation summer school in London Digitalgaesation spring school in Dresden Exact designs of optimal experiment campaigns Photochemistry on a budget: solving the Cryo-EM structure of a long-wavelength photosystem I Biorizon biotech Acidophilic microalgae: the new alternative for phycocyanin production at industrial scale Dynamic design of experiments for high-value compound production from acidophilic Coccomyxa onubensis in a high cell density cultivation system Accounting for transient changes in bioprocess conditions for robust process monitoring and improved control of microalgal processes Combined effect of temperature and light intensity on microalgae growth in small scale photobioreactors Blog