RE: Bullish13 Aug 2023 15:02
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Fingers crossed Vera will have an update/results in time for the conference, to pave the way for accelerated human clinical trials. Gla :-)
"Hopefully, we’ll have the results soon"
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Vera Gorbunova on Long-Lived Species
Sirtuins apparently benefit some species more than others.
May 9, 2023
I didn’t know that you were also working on gene therapies for SIRT6 activation. Do you have any preliminary results or insights?
Like I said, this is ongoing, so I don’t have a lot of results, but we’re exploring this using different models and targeting different organs. Hopefully, we’ll have the results soon, but just based on genetic models of SIRT6 overexpression, we expect to see a rejuvenating effect, because if we simply overexpress SIRT6, mice live longer.
It’s not an easily translatable system, but if we can deliver SIRT6 and even express it transiently, we hope to see improvement. I can share one type of results, which is in cell culture, not in animals. When we overexpress SIRT6 briefly in cultured human cells, we see epigenetic age going down.
https://www.lifespan.io/news/vera-gorbunova-on-long-lived-species/
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4th April 2023
Genflow said it had reached several milestones, including the completion of a detailed application dossier for the chemistry, manufacturing, and controls (CMC) of its NASH treatment.
It will present the dossier to the Belgian regulatory authorities in early June, paving the way for accelerated clinical trials as there is currently no known medical treatment for NASH.
In collaboration with Dr Manlio Vinciguerra at the University of Liverpool, the drug developer said it has achieved a deeper understanding of the biochemical changes in NASH treatment using its centenarian SIRT6.
The research findings have been published in a peer-reviewed journal, and Genflow is exploring additional intellectual property (IP) opportunities.
It has also initiated in-vivo evaluations of its centenarian SIRT6 gene therapy in four different NASH mice models in partnership with the University of Liverpool, the University of Rochester, and the clinical research group, Physiogenex.
The studies, which have analysed over 700 mice, aim to understand the efficacy and safety of the drug candidate in animal models with NASH. The results will be crucial for seeking authorisation for clinical trials in humans.