|19th May 2017
Image: molecules in a particle-based vaccine for cancer therapy (Flickr: NIH Image Gallery)
**This article originally appeared in PharmaPhorum's Deep Dive magazine - May 2017 edition
With the promise of using the body’s own immune system to fight cancer, immunotherapy has received significant interest from the scientific community, bringing hope to patients across many cancer indications.
The recent development of immunotherapies has led to considerable change in the oncology treatment landscape, driving transformation in the standard of care and yielding lasting responses in patients with metastatic cancers.
While promising, first and second generations of agents have demonstrable weaknesses too, such as:
In order to optimise agent efficacy and overall patient survival, most of these agents are now used in combination. This shift has led to a proliferation of combination studies and approvals, as well as research and commercial partnerships between top pharma companies and small biotechnology companies with innovative product pipelines.
The first generation of agents has shown some interesting results, while also highlighting the limits of immunotherapies in oncology. Yervoy (ipilimumab, Bristol-Myers Squibb) is a first-generation agent which was approved by the FDA in 2011 for advanced melanoma.
The second wave of agents encompasses checkpoint inhibitors and cell therapies, among others. Nivolumab, pembrolizumab and atezolizumab are checkpoint inhibitors, meaning that they help the immune system to recognise and kill tumour cells. These three agents have been approved in the US and Europe for multiple indications, where they have shown promising efficacy.
Third-generation agents are emerging. These are a broader set, targeting other aspects of the immune system. They promise multiple therapeutic options that can be tailored to the patient and offer a wide range of possibilities for combination (Hoos et al, 2016).
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A new MIT research project, sponsored by Novo Nordisk, is aiming to deliver insulin orally with a pill that releases medicine in the stomach lining. Dina Patel interviews the team and reveals the innovative engineering behind the pill.