PurePrep Blog

Peptide vaccine development and production

The Power and the Promise of Peptide Therapeutics

How to Ensure Optimal Peptide Purity & Yield in SPPS

New White Paper: Meeting the challenge of synthesizing complex therapeutic peptides

Fluorescent labeling of a peptide toxin retains the specificity and affinity required of a research tool

Designing peptides to meet the challenge of the next generation of druggable targets

Peptide inhibitor of methylation casts new light on epigenetic-based cancer therapy

Unlocking aggregation in amyloid peptides opens up Alzheimer’s research

Overcoming opioid side effects with combination peptide therapy

5 factors to consider when choosing a peptide synthesizer

Reaching the target – a novel cell penetration assay provides new insights into the design and intracellular compartmentalization of biotherapeutics

Cyclic hexapeptide mimics designed to disrupt HIV-1 integrase interaction with key cell protein involved in viral import

Cationic cell penetrating peptides with fatty acyl groups improve siRNA-delivery by chitosan for gene therapy

Hydrocarbon stapled peptides: a new strategy to advance antimicrobial therapy

Bifunctional peptide targets CXCR4 drug-resistant cancer stem cells to fight resistance to conventional chemotherapy

A peptide targeting FGFR2 receptor promises early detection of esophageal adenocarcinoma

Mapping neuropeptide-receptor and agonist binding: peptide synthesis strategies to guide the design of novel modulators of appetite regulation

Inhibitory peptides help identify receptor complex vital to male fertility

Peptide drug leads with increased inhibitory properties synthesized using a divergent strategy

Enabling identification of phosphorylated cysteine: Novel chemoselective synthetic and analytical methods

Green Chemistry: healthier chemists with every peptide synthesized

Multifunctional thermoresponsive peptide hydrogels designed to meet the demands of biomedical applications

The CWR tripeptide - a promising activator of SIRT1 in the fight against Alzheimer’s disease

Designer peptoids-improving on Mother Nature

Amyloid formation in Alzheimer’s may be modulated by vesicles formed by cholesterol derivatives

Advancing drug targets for peptide-peptide interactions: Peptide flexibility is key in inhibiting the MDM2/p53 interaction

Expanding bio-functionality of peptide-based polyelectrolyte complexes through changes in chirality