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Discovery & Development

Discovery & Development Analytical Science

Biopharmaceuticals are complex; analyzing them just got a lot easier

Great technology takes complex challenges and provides simple, robust solutions.

Discovery & Development Drug Delivery

Around the World in 80 Microbes

| William Aryitey

Drug discovery doesn’t always begin in the lab…

Discovery & Development Formulation

Controlling Crystallization

Researchers working to gain greater knowledge into crystallization believe that functionalized glass can trigger nucleation of specific crystals.

Discovery & Development Packaging

Beyond Keeping Up Appearances

| Charlotte Miller

You have the perfect drug and the right packaging to protect it. All is well until the medication reaches the patient, who habitually pops the tablets into another container for easy storage or leaves them exposed to the atmosphere. Film coatings are more than just a pretty face.

Discovery & Development Clinical Trials

More Trial, Less Error

| Sponsored by Catalent

The pressure for increased efficiency pervades the pharma industry, including the clinical trials sector, where traditional supply models can lead to overstocking, waste and higher costs. Is there a more effective supply strategy?

Discovery & Development Analytical Science

The Search for the Ideal Detector

| Dorina Kotoni

Will aerosol-based detectors ever meet all the needs of the pharmaceutical industry?

Discovery & Development Analytical Science

Affliction Prediction

| James Strachan

Could drug development be guided by a new algorithm that predicts the side effects of potential medicines?

Discovery & Development Formulation

As Clear as Crystallization

| James Strachan

Functionalized glass is shown to trigger nucleation of specific crystal forms

Discovery & Development Technology and Equipment

Bio-Responsive Insulin Delivery

| James Strachan

A “smart” synthetic patch uses live pancreatic cells to painlessly deliver insulin through microneedles – on demand

Discovery & Development Business Practice

Morphologically-Directed Raman Spectroscopy used for the characterization of protein aggregates in suspension

This application note explores the use of the Morphologi G3-ID for Morphologically-Directed Raman spectroscopy (MDRS) to identify and analyze contaminants including protein aggregates present in a stressed sample of lysozyme, and to compare particles held in suspension within a thin path wet cell with those collected on a filter membrane.

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May Issue of The Medicine Maker