Single Cellome™ Unit SU10 Research Equipment Grant Program – Europe

Datum: September 8 - November 30, 2021
Locatie: Europe
Website: https://cp.yokogawa.com/SU10-Research-Equipment-Grant.html?id=website

Single Cellome™ Unit SU10 Research Equipment Grant Program – Europe

SU10 Research Equipment Grant Program

Yokogawa Life Science proudly announces the first Single Cellome™ Unit SU10 Research Equipment Grant Program. The program is exclusive to researchers located in Europe. Both academia and industry are welcome. The grant winner will receive the free use of our latest flagship, the SU10, for a period of six months. The Single Cellome™ Unit SU10 is launched this fall in Europe. This nanopipette-based tool is perfect for manipulating single cells without damaging them. In internal experiments, it had a success rate of 95%. 

Application deadline

You can submit your application (CV and description of your research project) until November 30, 2021. 

Further details

For detailed information, please visit our dedicated SU10 Grant website. If you have further questions, please send an e-mail to lifeinnovation@de.yokogawa.com

 

 

Gerelateerde Industrieën

  • Farmaceutisch

    Farmaceutische bedrijven moeten meer flexibiliteit en wendbaarheid bereiken door productiedata beter te benutten en te monitoren om kwaliteitsmanagement in realtime te verbeteren. Farmaceutische experts werken samen met Yokogawa om productieoplossingen te creëren die veilige en betrouwbare medicijnen leveren. Samen maken we gebruik van digitale transformatie en productieontwikkelingen om te voldoen aan wettelijke eisen, de kwaliteit te waarborgen, de time-to-market te verkorten en zo een stabiele en betrouwbare medicijnvoorziening aan de patiënt te garanderen.

Gerelateerde producten & oplossingen

  • Life Science

    Yokogawa’s sensitivity and precision solutions enable rapid and accurate measurements, empowering groundbreaking research, accelerating drug discovery, and optimizing bio-production at scale.

  • Nano-point Delivery / Nano-point Sampling SU10

    This system component automates the penetration and injection of single cells using a nanopipette. Its low invasiveness enables the manipulation of live single cells. The system integrates with multiple manufacturers' inverted microscopes.


Top