Excipient research in action
Welcome to the first cohort of our Science Series. Take a tour of our research posters below to see how our exclusive research findings address key customer pain points.
Impact of microcrystalline cellulose grade and vibrational feeding assistance on loss-in-weight continuous feeding
By Elizabeth Tocce
Find out how vibrational assistance can be used to reduce variability and improve quality during the continuous manufacturing of microcrystalline cellulose (MCC).
Impact of microcrystalline cellulose particle size grade on loss-in-weight continuous feeding
By Elizabeth Tocce
Learn how the impact of excipient selection, specifically microcrystalline cellulose (MCC) particle size grade, can reduce variability of continuous manufacturing technologies, potentially improving drug product quality.
Influence of key formulation factors in oral thin films – Part 2 (polyethylene oxide)
By Nasrin Mahmoudi
Explore the effects of key formulation parameters on oral thin films made from polyethylene oxide polymer (POLYOX™) for poorly soluble drugs.
Application of Ac-Di-Sol® SD-711 in orally disintegrating tablets (ODT): Performance comparison of croscarmellose sodium and crospovidone
By Kazuhiro Nakano
Discover which disintegrants perform most effectively in ODTs formulated with either CCS or PVPP.
Comparison of controlled-release performance between carrageenan and several other hydrophilic polymers
By Ruyi Wang
Learn about the role of carrageenan for optimal controlled-release (CR) performance in metformin hydrochloride CR tablets and theophylline CR tablets.
Stabilizing high salt content suspensions with colloidal microcrystalline cellulose and xanthan
By Yeli Zhang
Discover the role of xanthan for improving stability of Colloidal MCC (Avicel® RC-591) in high salt suspension environments, leading to more patient-centric formulations.
Application of colloidal MCC and xanthan in challenging suspension formulation
By James Du
Uncover the power of the protective colloid xanthan to improve the stability of colloidal MCC (Avicel® RC-591) under challenging conditions like exposure to citric acid or calcium ions.
Formulating Biologics for Oral Delivery - Considerations and Challenges
By True Rogers
Explore the complexity of excipient compatibility on tablets containing a model protein API.
Development of a high productivity cell culture media additive
By Joshua Katz
Discover how a highly purified methylcellulose suitable for use in mammalian cell cultures can improve cell growth rate and density and reduce cycle times for pharmaceutical processes.
Get in touch to find out how our technical experts can solve challenges beyond imagination to help you create your next pharmaceutical innovation.
