PROTACs: Just the FAQs

While PROTACs might not be the topic of conversation at high society cocktail parties, or merit cover stories in glamor magazines, they’re certainly shaking up the drug discovery industry. PROTAC® degraders, together with related compounds like molecular glues and LYTACs, are the basic tools for a targeted protein degradation strategy. Research in this field is […]

GPCRs and PROTACs: New Approaches for Designing More Effective Drug Candidates

G protein-coupled receptors (GPCRs) comprise a large group of cell surface receptors, characterized by the unique structural property of crossing the cell membrane seven times. They respond to a diverse group of signaling molecules, such as peptides, neurotransmitters, cytokines, hormones and other small molecules (1). Upon activation, GPCRs interact with GTP-binding (G) proteins and arrestins […]

PROTACs, PHOTACs and LYTACs: How to Target a Protein for Degradation

Targeting a single protein and making it disappear from the cell is quite the magic trick, and there are various molecular tools available for this task. You can use RNA interference, which prevents a protein from being made, inhibitors that bind the protein, rendering it unavailable for use or even gene editing tools like CRISPR […]

Insights from our Second Annual Targeted Protein Degradation Symposium

In the opening remarks of our second annual Targeted Protein Degradation Symposium, Tom Livelli, VP of Life Sciences Products & Services at Promega, posed a question to the attendees: “What do you want to be able to do today that you can’t?” This aspirational question set the tone for an event where building connections to […]

From Hit to Live-Cell Target Engagement Assay: DNA-Encoded Library Screens and NanoBRET™ Dye

Monitoring and quantifying drug-target binding in a live-cell setting is important to bridging the gap between in vitro assay results and the phenotypic outcome, and therefore represents a crucial step in target validation and drug development (1). The NanoBRET™ Target Engagement (TE) assay is a biophysical technique that enables quantitative assessment of small molecule-target protein […]

Celebrating Distinguished Scientists and Peer-Reviewed Publications in Promega R&D

“We are a company that is built upon innovation, and R&D is one of the main drivers of that,” says Frank Fan, Director of Biology at Promega. Promega Research and Development is focused on developing reliable tools that address the biggest problems facing life scientists. However, our R&D scientists do much more than just develop […]

Small Molecule Therapies and Immunotherapies: An Introduction to Targeted Cancer Treatments

Cancer is a deceptively singular term for hundreds of different diseases. These diseases can affect almost any part of the body.  In the United States, cancer is the second most common cause of death (1). At its most basic level, however, cancer is the abnormal and uncontrolled division of cells resulting from genetic changes in […]

Inside the First Promega Targeted Protein Degradation Symposium

On September 20, more than 60 scientists from across North America convened at Promega Madison for our first Targeted Protein Degradation Symposium. For two days, speakers shared their most recent advances in this exciting field. “What has really stood out for me is the collective energy, the openness, the willingness of people to share their […]

PROTAC Virus Vaccines: A New Approach to Vaccine Development

Vaccine research and development is a major area of focus for life scientists across the globe. Clinical trials have shown that vaccines that target tumors show promise for cancer treatment. Additionally, the emergence of new zoonotic diseases has revealed a need to develop vaccines quickly as the world becomes more global and human populations interact […]