Which applications of CRISPR technology will achieve regulatory approval for use in humans by 2030? | Manifold

Which applications of CRISPR technology will achieve regulatory approval for use in humans by 2030?

15

Ṁ700

2031

1D

1W

1M

ALL

53%

Targeting viral infections (e.g., HIV)

65%

Cancer treatment

30%

Anti-aging therapies

34%

Enhancing human physical abilities

Resolution criteria:

Approval from a recognized regulatory body, such as the U.S. Food and Drug Administration (FDA), the European Medicines Agency (EMA), or equivalent organizations in other countries.

Categories:

Targeting Viral Infections: This category encompasses the use of CRISPR technology to edit human cells in a way that makes them resistant to infections by specific viruses, such as HIV.
Cancer treatment: Approval for therapies that use CRISPR to modify human cells to fight various forms of cancer, such as editing immune cells to target cancer cells more effectively.
Anti-aging therapies: Approval for treatments aimed at delaying the aging process or reversing age-related deterioration at the genetic level.
Enhancing human physical abilities: Approval for applications designed to enhance or improve human physical capabilities beyond the therapeutic treatment of disease, including but not limited to increased strength, endurance, or other physical traits.

Date: The first regulatory approval must be documented on or before December 31, 2030

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Does this market need a 'None of the above' option?

@GazDownright you can vote "No" for each of them

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