continues the LUM LIVE Webinar series to enable our customers successfully to develop and to formulate new and improved products and introduce them into the market by using LUM Instruments.
The patented STEP-Technology is applied for the in-situ characterization of particle properties and the direct characterization of the physical formulation stability of adjuvants and vaccines.
Real-time, real-condition stability studies and the accelerated stability studies are discussed on the basis of the WHO Guidelines.
A redispersibility case study on aluminum-containing adjuvants is complemented with information on particle and aggregate sizing, nano particle adsorption and applications related to influenza.
Learn how LUMiReader PSA and LUMiSizer let you follow our slogan: The Next STEP in Dispersion Analysis and Materials Testing.
DATE: 25 June 2020, 9-10 am (UTC 7-8 am)
REGISTRATION LINK:
https://lumgmbh.webex.com/lumgmbh/onstage/g.php?MTID=e12911fadfd8852394e82ea4dffcda33a
DATE: 25 June 2020, 4-5 pm (UTC 2-3 pm)
REGISTRATION LINK:
https://lumgmbh.webex.com/lumgmbh/onstage/g.php?MTID=e0b5ddfafb7436eb4d70cd2116a01f870
The patented STEP-Technology is applied for the in-situ characterization of particle properties and the direct characterization of the physical formulation stability of adjuvants and vaccines.
Real-time, real-condition stability studies and the accelerated stability studies are discussed on the basis of the WHO Guidelines.
A redispersibility case study on aluminum-containing adjuvants is complemented with information on particle and aggregate sizing, nano particle adsorption and applications related to influenza.
Learn how LUMiReader PSA and LUMiSizer let you follow our slogan: The Next STEP in Dispersion Analysis and Materials Testing.
DATE: 25 June 2020, 9-10 am (UTC 7-8 am)
REGISTRATION LINK:
https://lumgmbh.webex.com/lumgmbh/onstage/g.php?MTID=e12911fadfd8852394e82ea4dffcda33a
DATE: 25 June 2020, 4-5 pm (UTC 2-3 pm)
REGISTRATION LINK:
https://lumgmbh.webex.com/lumgmbh/onstage/g.php?MTID=e0b5ddfafb7436eb4d70cd2116a01f870
