Decentralized Manufacturing - It’s not just about ATMP’s!
Decentralized manufacturing in pharma, driven by ATMPs, is now extending to traditional large & small molecule medicines, transforming development & production.
Cutting edge process development insights and news from APC.
Decentralized manufacturing in pharma, driven by ATMPs, is now extending to traditional large & small molecule medicines, transforming development & production.
Be sure to check out these insightful technical presentations and meet our experts at Booth #714
Michael Jordan is widely regarded as the greatest basketball player of all time. But beyond his athletic prowess, his philosophy offers invaluable lessons for CMC professionals. Discover how the principles that guided MJ’s legendary career can be applied in pharmaceutical manufacturing.
Process portability is a concept pioneered by APC which encompasses the capability to seamlessly transfer robust manufacturing processes across different facilities or locations without compromising product quality or efficiency
At APC and VLE Therapeutics, we take great pride in our role in advancing the development of therapeutics for rare diseases.
The recent wave of CDMO acquisitions, COVID-19, and global geopolitical uncertainty has underscored the need for pharmaceutical companies to future-proof their manufacturing operations against potential disruptions. In such a climate, Process Portability emerges as a strategic imperative, offering pharmaceutical companies a proactive approach to safeguarding their operations.
APC & VLE Therapeutics, the Irish Multinational group, announce €100M expansion and 300 new jobs to establish ‘The Medicine Accelerator Campus’ in Cherrywood, Dublin
Mark Barrett, CEO shares reflections ahead of some exciting developments to be announced in early 2024.
In this webinar, Guangyang Hou, a Senior Process Development Engineer at APC, explores how model-supported approaches in conjunction with the implementation of Process Analytical Technologies (PAT) and continuous processing, can minimize human intervention whilst drastically reducing development times.