Supply chain decarbonization & supplier engagement (Scope-3 reduction)
Introduction Many companies have reduced direct emissions from operations and purchased energy. Scope 3
Introduction Many companies have reduced direct emissions from operations and purchased energy. Scope 3

RNA-based therapies have rapidly emerged as a breakthrough in medicine, holding considerable promise for
Introduction Peptide therapeutics have emerged as a critical class of pharmaceuticals, with over
Susan Li holds a PhD in Polymer Chemistry and Physics from Nankai University and

Introduction Peptides are an important kind of biomolecule with an increasing importance in
Introduction: Background and Significance of PACAP With the massive success of Semaglutide and related
Peptides and oligonucleotides (TIDES) are transforming modern medicine by precisely targeting disease pathways, expanding
Negativity. Sadly, that seems to be the single word to describe the popular view
This article examines the critical importance of sustainable and scalable sample storage in safeguarding R&D samples for pharmaceutical, biotech, and CDMO organizations. It highlights how overlooked storage risks — from outdated infrastructure to regulatory gaps and transport failures — can compromise sample viability, delay research timelines, and drive up costs. The article aims to show that integrated sample stability and biorepository management should be proactive, requiring robust systems, smart cold chain logistics, disaster recovery planning, and clear data traceability. By reassessing internal capabilities and strategically outsourcing when appropriate, companies can protect their research investments and ensure continued innovation and compliance.
Proteolysis-targeting chimeras (PROTACs) hold considerable potential for the treatment of diseases such as cancer. Following their first publication in 2001, their development has rapidly progressed, with some now reaching Phase III trials. However, developing PROTACs successfully requires a robust, multidisciplinary framework, especially during pre-formulation and analytical development.
This article examines the basic mechanisms and characteristics of PROTACs, highlighting the importance of early-phase formulation decisions during development. Additionally, solid form and solubility strategies for maximizing ease of formulation, including particle engineering and amorphous solid dispersions (ASDs), are also explored. Finally, the article highlights the vital role of contract development and manufacturing organizations (CDMOs) in leveraging handling capabilities and technical know-how to help innovators unlock the full potential of these novel molecules.