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Regeneration 

### Summary of Main Points:

1. **Regeneration Research**: The speaker discusses recent findings from a Science Magazine article about a mouse species that has the ability to regenerate lost limbs and spinal cord, marking a significant advancement in regeneration research.

2. **Comparison with Salamanders**: Previously, salamanders were known for their regenerative capabilities, but the discovery of a mammal that can regenerate is a notable development, as mammals are more closely related to humans.

3. **Potential Applications**: The speaker suggests that plasma from these regenerative mice could be used to treat spinal cord injuries and enhance healing in soldiers after injuries, potentially replacing traditional plasma used in medical treatments.

4. **Critique of Government and Pharmaceutical Companies**: The speaker expresses skepticism about government regulations and the influence of pharmaceutical companies on the availability of such regenerative treatments.

5. **DIY Regeneration**: The speaker encourages the idea of individuals obtaining and using the regenerative plasma for personal healing, drawing a parallel to the "Dallas Buyers Club" model where medication was distributed through a membership system.

6. **Broader Implications**: The discussion touches on the potential for biological advancements to improve human health and longevity through innovative treatments.

### Conclusions:

- The discovery of a regenerative mouse opens new avenues for medical treatments, particularly in regenerative medicine.
- There is a potential for significant benefits in healing and recovery, especially for injuries that currently have limited treatment options.
- The speaker advocates for a more accessible approach to regenerative therapies, criticizing existing barriers posed by regulations and corporate interests.
- The conversation highlights the intersection of biology and technology in enhancing human health and the importance of sharing knowledge in the scientific community.