Events

The stakeholder workshop on IoT: Data integration from the lab took place on October 23rd, 2025 from 10:00-12:00 (CET). This two-hour workshop brought together experts and stakeholders to explore how laboratory data can be better integrated, managed, and applied using Internet of Things (IoT) technologies. The purpose of this event was to foster dialogue on the opportunities but also the challenges of IoT data acquisition within laboratory environments, exploring how connected equipment and sensors ...

This meeting brought together ministerial level representatives from 7 European member states to appraise and discuss progress towards launching IBISBA.

2nd IBISBA Webinar on Protein Engineering and Biocatalysis

Thu, Mar 26, 2020 9:00 AM - 11:00 AM GMT

This second course is about Protein Engineering and Biocatalysis and will be focused on 4 main topics:

How computational protein design help to predict sequences for new and improved functions How their catalytic activity can be measured through high-throughput enzyme screening How engineered proteins/enzymes can be produced at large scale using eukaryotic microbes How enzymes can be used in ...

IBISBA 1.0 First Webinar Series

How to accelerate your research or technology and get subsidised access to top research infrastructure

The first webinar out of a series of four will illustrate:

1. What IBISBA 1.0 is
2. How you can gain Transnational Access to this Pan-European Research Infrastructure for Industrial Biotechnology
3. How to create metabolic models at genomic scale and develop Synthetic Biology tools

This is the agenda:

f2f meeting held in Manchester

5L bioreactor culture of_ E. coli _NbF12-10 at 29°C in nanobody production phase adding 1 mM IPTG to the bioreactor. Caracterization of nanobody production in glucose-limited conditions, using a constant glucose feed strategy of 4.5 g/h

5L bioreactor culture of E. coli WK6 at 29°C in biomass production phase under induction conditions adding 1 mM IPTG to the bioreactor. Caracterization of biomass production in glucose-limited conditions, using a constant glucose feed strategy of 4.5 g/h

5L bioreactor culture of E. coli NbF12-10 at 37°C in fed-batch phase. Caracterization of biomass production phase in glucose-limited conditions, using an exponential-like glucose feed strategy for a µ=0.38 h-1

5L bioreactor culture of_ E. coli_ WK6 at 37°C in fed-batch phase. Caracterization of biomass production phase in glucose-limited conditions, using an exponential-like glucose feed strategy for a µ=0.38 h-1

5L bioreactor culture of _E. coli _NbF12-10 at 37°C in batch phase. Caracterization of biomass growth

5L bioreactor culture of E. coli WK6 at 37°C in batch phase. Caracterization of biomass growth

5L bioreactor culture of E. coli CH10-12 at 32°C in nanobody production phase adding 1 mM IPTG to the bioreactor. Caracterization of nanobody production in glucose-limited conditions, using a constant glucose feed strategy of 4.5 g/h

5L bioreactor culture of_ E. coli _CH10-12 at 23°C in nanobody production phase adding 1 mM IPTG to the bioreactor. Caracterization of nanobody production in glucose-limited conditions, using a constant glucose feed strategy of 4.5 g/h

5L bioreactor culture of E. coli CH10-12 at 37°C in fed-batch phase. Caracterization of biomass production phase in glucose-limited conditions, using an exponential-like glucose feed strategy for a µ=0.38 h-1

5L bioreactor culture of_ E. coli_ CH10-12 at 37°C in fed-batch phase. Caracterization of biomass production phase in glucose-limited conditions, using an exponential-like glucose feed strategy for a µ=0.38 h-1

5L bioreactor culture of_ E. coli _CH10-12 at 37°C in batch phase. Caracterization of biomass growth

5L bioreactor culture of _E. coli _CH10-12 at 37°C in batch phase. Caracterization of biomass growth

5L bioreactor culture of_ E. coli_ CH10-12 at 37°C in nanobody production phase adding 1 mM IPTG to the bioreactor. Caracterization of nanobody production in glucose-limited conditions, using a constant glucose feed strategy of 4.5 g/h

5L bioreactor culture of _E. coli _CH10-12 at 33°C in nanobody production phase adding 1 mM IPTG to the bioreactor. Caracterization of nanobody production in glucose-limited conditions, using a constant glucose feed strategy of 4.5 g/h

5L bioreactor culture of E. coli CH10-12 at 37°C in fed-batch phase. Caracterization of biomass production phase in glucose-limited conditions, using an exponential-like glucose feed strategy for a µ=0.38 h-1

5L bioreactor culture of E. coli CH10-12 at 37°C in fed-batch phase. Caracterization of biomass production phase in glucose-limited conditions, using an exponential-like glucose feed strategy for a µ=0.38 h-1

5L bioreactor culture of E. coli CH10-12 at 37°C in batch phase. Caracterization of biomass growth

5L bioreactor culture of_ E. coli _CH10-12 at 37°C in batch phase. Caracterization of biomass growth

5L bioreactor culture of_ E. coli _CH10-12 at 30°C in nanobody production phase adding 1 mM IPTG to the bioreactor. Caracterization of nanobody production in glucose-limited conditions, using a constant glucose feed strategy of 4.5 g/h

5L bioreactor culture of E. coli CH10-12 at 28°C in nanobody production phase adding 1 mM IPTG to the bioreactor. Caracterization of nanobody production in glucose-limited conditions, using a constant glucose feed strategy of 4.5 g/h

5L bioreactor culture of_ E. coli_ CH10-12 at 37°C in fed-batch phase. Caracterization of biomass production phase in glucose-limited conditions, using an exponential-like glucose feed strategy for a µ=0.38 h-1

5L bioreactor culture of E. coli CH10-12 at 37°C in fed-batch phase. Caracterization of biomass production phase in glucose-limited conditions, using an exponential-like glucose feed strategy for a µ=0.38 h-1

5L bioreactor culture of E. coli CH10-12 at 37°C in batch phase. Caracterization of biomass growth

5L bioreactor culture of _E. coli _CH10-12 at 37°C in batch phase. Caracterization of biomass growth

5L bioreactor culture of strain E. coli WK6 at 37°C. Characterization of biomass growth and oxygen transfer in the fed-batch phase

5L bioreactor culture of strain E. coli WK6 at 37°C. Characterization of biomass growth and oxygen transfer in the batch phase