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# # # # Mitochondria are tiny structures inside of cells that function as power stations, providing cells with energy to conduct all of their functions. When mitochondria become dysfunctional, they can put a lot of stress on cells, potentially leading to cellular death. A common feature of Parkinson’s is mitochondrial dysfunction. Evolution has provided various methods of removing dysfunctional mitochondria. One of these processes is called mitophagy. One biotech company leading the charge in the field of enhancing mitophagy is Mission Therapeutics, and they have very recently published some interesting pre-clinical data on their lead clinical candidate. In today’s post, we will look at what mitophagy is, how Mission Therapeutics is attempting to enhance it, and what their newly published data reports. # # # # |
Sir Steve. Source: bioc
Prof Sir Steve Jackson is a bit of a legend in research circles at the University of Cambridge.
In 1997, he founded a biotech called KuDOS Pharmaceuticals which developed a successful PARP1 inhibitor (Olaparib) for cancer. That company was acquired in 2005 by AstraZeneca who jointly (with Merck) owns and developed Olaparib (also known as Lynparza – and it may be of interest to readers that PARP1 inhibitors are now being considered for Parkinson’s – click here to read a previous SoPD post on this topic).
Not to sit on his laurels, Sir Steve then founded another biotech firm in 2011, called Mission Therapeutics. This company was focused on agents targeting deubiquitinating (DUB) enzymes (more on them in a moment).
Source: Mission
In November 2018, the large pharmaceutical company AbbVie made some waves by signing a drug discovery and development deal with the 7-year old Mission Therapeutics, to explore deubiquitylating enzymes (or DUBs) in the context of Alzheimer’s and Parkinson’s (Source).
And then in August of 2021, the companies signed another deal (Source), which involved AbbVie announcing progression of two selected DUB targets into the next phase of research.
Very recently, Mission Therapeutics has published research on its own research into Parkinson’s and the results are VERY interesting.
What did they find?




































