An Interview with Kelsey Moody of Ichor Therapeutics

The Life Extension Advocacy Foundation here interviews Kelsey Moody of Ichor Therapeutics, a company working on clinical translation of the SENS rejuvenation research approach to clearing one of the forms of persistent metabolic waste that causes aging and age-related disease. In this case, it is a type of waste product that is generated in the energetic cells of the retina; as it accumulates, it leads to macular degeneration and progressive blindness:

New medical technologies need bold researchers to make the leap from the laboratory table to hospitals and clinics where they can improve or even save lives. Kelsey Moody is one such researcher. Currently research into age-related diseases takes up huge amounts of funding, however very few of these approaches aim to treat the root causes - the processes of aging - and this is why they are not successful. Moody's focus in the past few years has been developing an effective treatment for age-related macular degeneration (AMD), a leading cause of vision loss among people over 50. The experimental treatment he's working on, called LYSOCLEAR, is currently being tested for validity at Ichor Therapeutics, a startup Moody founded in 2013. LYSOCLEAR is based on the LysoSENS approach advocated for by the SENS Research Foundation, where Moody worked as an academic coordinator first in 2008-2010 and as a research scientist in 2012.

How did you learn about the SENS approach?

I first came across SENS during an online review on regenerative medicine, and this initiated my interest in the study human aging. At the time, I had no formal training in science. However, Aubrey de Grey's approach made sense to me at face value, so I purchased his book, Ending Aging, to study it further. After completing the book, I felt I did not have sufficient knowledge to know whether or not his ideas were worthy of serious pursuit, but I was intrigued. I added a major in biochemistry, and reasoned to myself that I would commit to the study of aging until such a time as it was clear to me that such a pursuit was not feasible or a worthwhile use of my time and resources. Now a decade later, I have graduate level training in research, business, and medicine. While the conversation has become much more sophisticated, the original plan holds true. I have not reached a point where I believe SENS is unworthy of serious study. I have focused my company on translational research because I believe this is the area where we can have the greatest impact and where the largest deficits exist among the various longevity organizations, both nonprofit and commercial.

How easy (or difficult) would it be to adapt LYSOCLEAR to target different types of waste products in lysosomes of different tissues?

The idea of LYSOCLEAR is based on enzyme replacement therapy, which has already been used extensively in a clinical setting for the treatment of lysosomal storage diseases. In principle, the concept of "upgrading lysosomes" can be extended to numerous diseases of aging. The challenge is almost always in identifying ways to efficiently and specifically target the payload to its destination. This is somewhat easier when your target cells are well studied and express receptors known to facilitate efficient targeting, such as monocytes or (in our case) retinal pigmented epithelial cells. It is a harder technical problem for other tissue types. Broadly though, I am optimistic that this approach can be repurposed for other diseases, either by our team or others. Atherosclerosis immediately comes to mind, and SENS Research Foundation has funded research to identify enzymes capable of degrading plaque components, such as 7-ketocholesterol.

What are the main obstacles you have met at the early stage of your project?

The recurring challenge I see in the aging space is that the overwhelming majority of "anti-aging" researchers have little to no formal scientific training or wet lab experience, (and it shows), or are basic scientists. Virtually none have translational experience - that is, experience moving benchtop discoveries into a path towards commercialization. Conversely, the translational scientists I have interacted with over the years are almost transactional, and seem to be lacking the creativity and imagination of how new technologies could be applied to solve complex medical problems. So most of the people with ideas cannot execute, and most of the people who can execute lack vision. We try to address this issue as a company by having one foot firmly in the fringe, and the other firmly in the mainstream. For example, about half of our staff are futurists with a passion for anti-aging and SENS, but we balance that with experienced pharmaceutical professionals who keep us grounded and focused on actionable discoveries and a legitimate translational strategy. Likewise, all of our drug development programs include a far reaching "moonshot" opportunity, but also a highly conservative disease indication.

Link: http://www.leafscience.org/kelsey-moody-bringing-innovation-from-the-lab-to-the-clinic/

Comments

I just heard a presentation by Bioquark. They have a new drug that they claim clears out cellular junk, and resets cells to a younger state. They also claim that it increases mouse lifespan by 1.7 times. There is a paper on their website that purports to show promising results in mouse studies. Does anyone know if this is a reputable company, or is this just another scam?

Posted by: Rick D. at March 16th, 2017 11:57 AM

I know Ira from Bioquark but I dont recall seeing any data.

Posted by: Steve Hill at March 16th, 2017 1:49 PM

"They have a new drug that they claim clears out cellular junk"

Which kind of cellular junk are we talking about? Are there any papers/articles related to their work?

Posted by: K. at March 16th, 2017 2:56 PM

@Rick D.: I recall being dubious about 1.7 times. That sounds like work in accelerated aging mice, because if anyone out there really has a reproducible way to extend normal mouse life span by that much, it would be in Nature and the New York Times already. That rivals the current record for GHRKO and similar engineered mice.

Posted by: Reason at March 16th, 2017 2:57 PM

Sorry, didn't see links were already posted for the papers.

Posted by: K. at March 16th, 2017 2:57 PM

Post a comment; thoughtful, considered opinions are valued. Comments incorporating ad hominem attacks, advertising, and other forms of inappropriate behavior are likely to be deleted.

Note that there is a comment feed for those who like to keep up with conversations.