Scientists test first-ever therapy to make human cells young again
Life Biosciences has administered the first gene therapy designed to treat optic neuropathies in a living patient. This procedure aims to reprogram old human cells to reverse cellular aging and treat incurable vision loss. Researchers warn that the process carries a risk of cancer.
What changed
The biotech startup Life Biosciences conducted the first treatment on June 9.
Live updates
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First Human Trial for Cellular Age Reversal Begins
confidence 80%Life Biosciences has administered the first gene therapy designed to treat optic neuropathies in a living patient. This procedure aims to reprogram old human cells to reverse cellular aging and treat incurable vision loss. Researchers warn that the process carries a risk of cancer.
What's confirmed:
- Scientists are attempting to reverse cellular aging in a living patient to treat incurable vision loss.
- The first participant in a clinical trial to reverse human aging has been treated.
Still unconfirmed:
- Life Biosciences conducted the world's first gene therapy for optic neuropathies on June 9.
- The cellular reprogramming process carries a risk of cancer.
- Tina Woods claims blood tests show her biological age is 35.
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First Human Trials Begin for ER-100 Cellular Reprogramming Therapy
confidence 90%Scientists have started the first human clinical trials for a gene therapy called ER-100. The treatment aims to rejuvenate aging cells to treat age-related eye diseases. Researchers have already treated the first participant in the study.
What's confirmed:
- The first human trial of ER-100 gene therapy aims to reprogram aging cells to reverse age-related eye diseases.
- Researchers have treated the first participant in a clinical trial aimed at cellular reprogramming.
Still unconfirmed:
- The therapy may be used specifically for glaucoma treatment.
- A US company is offering an unapproved gene therapy that increases klotho protein at overseas clinics to avoid FDA rules.