Oligonucleotides are a relatively new class of drugs, composed of natural and synthetic nucleotides, which primarily include small interfering RNA (siRNA), micro RNA (miRNA), and antisense oligonucleotide (ASO). These molecules achieve therapeutic effects through RNA interference, degradation, or splice-modulating pathways.1
In many critical ways, the design of facilities for multiple cell therapy processes is unlike the design of conventional pharmaceutical facilities. This article surveys several of the key issues to consider when designing facilities capable of manufacturing multiple cell therapies, including regulatory definitions, product life cycles, processing systems, relevant cell therapy technologies and...
Designing new facilities for cell and gene therapy manufacturing is a challenging task given the many uncertainties in this industry sector, including varying potential demand for any given new therapy, evolving platforms and technology, questions about equipment reliability, learning curves for analysts and operators, possible sourcing issues, and variable lead times for key raw materials....
As this is my last Young Professional (YP) column for Pharmaceutical Engineering®, I wanted to start with a quote from Winston Churchill that I feel summarizes my two-year journey as the International Young Professional Chair: “Success is not final, failure is not fatal: it is the courage to continue that counts.”
2020 has been a super-busy year for ISPE Women in Pharma® (WIP). We started 2020 with aggressive goals, including to set up global Mentor Circles; start a monthly Women in Pharma® newsletter, The Bridge;...
Given the events that have transpired over the last 12 months, I have penned the title of my final column as ISPE Chair to reflect the temperament of our times. Coincidentally, and please pardon my digression, the title also happens to be the name of a hit album of topical songs by Tom Lehrer, recorded live in July of 1965 at the “Hungry I” nightclub in San Francisco, California.