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𧬠Podcast Summary: āGenetics, CRISPR, and Bio-Upgrades from Old Scienceā
By the Mad Scientist Supreme
---
š§ Genetics and Body Weight ā Gattaca, Here We Come
š
From Science Magazine, July 2021: Large-scale genetic studies have confirmed that body weight is at least partly genetic. By analyzing gene databases across thousands of individuals, researchers identified specific genes that influence weight.
š§Ŗ The Mad Scientist Supreme draws a sharp comparison to Gattaca, the dystopian sci-fi film where genetic screening dictates social status and employment. While genetic discrimination is technically illegal in the U.S., the podcast warns that legal protections are not always enforcedāsuggesting that screening for weight-prone genes may still quietly shape real-world decisions.
---
š¬ CRISPR Inside the Body ā Editing From Within
š Science Magazine, July 2021, page 70: A CRISPR gene-editing treatment was injected directly into a patientās bloodstream for the first time to correct a genetic liver disease.
š” While this case only deactivated a harmful immune gene in the liver, it signals a major shift: gene editing isnāt just happening in labs anymoreāitās moving into the body.
𧬠The Mad Scientist Supreme sees this as the first step in a broader revolution: not just eliminating disease, but enhancing humanity.
---
š“ The Mule and the Toxin ā A Forgotten Military Experiment
š A curious wartime anecdote: During WWII, a plan to assassinate a Japanese general using purified botulism toxin failed when a cautious intermediary tested the poison on a muleāwhich survived. That led to the mission being aborted.
š” Turns out, mules are resistant to botulism due to a unique liver response. The takeaway?
If we can CRISPR-edit human genes, we could theoretically borrow this trait from mules, making ourselves resistant to such toxins.
ā ļø Is botulism exposure likely? No.
š Is the upgrade worthwhile? Maybe.
š§ But symbolically, it shows the potential for āsmall but significantā human enhancements.
---
š§µ Final Threads
Page 73 of the same Science issue holds a detailed analysis on gene-weight correlations.
A short mention of direct optical polymer patterning (page 16) for materials scientists interested in controlling polymers with lasersāan unexpected side note for future tech applications.
---
šØāš¬ Conclusion
This episode blends history, cutting-edge genetics, and philosophical warning: CRISPR is no longer theoretical, and while its medical use is just beginning, the door to human enhancement is now open. Whether we use it to eliminate diseaseāor to become something moreāis no longer science fiction.
š Stay tuned for more discoveries as the Mad Scientist Supreme continues digging through old articles and new ideas.
Botox and body weight
By TimothySend us a text
𧬠Podcast Summary: āGenetics, CRISPR, and Bio-Upgrades from Old Scienceā
By the Mad Scientist Supreme
---
š§ Genetics and Body Weight ā Gattaca, Here We Come
š
From Science Magazine, July 2021: Large-scale genetic studies have confirmed that body weight is at least partly genetic. By analyzing gene databases across thousands of individuals, researchers identified specific genes that influence weight.
š§Ŗ The Mad Scientist Supreme draws a sharp comparison to Gattaca, the dystopian sci-fi film where genetic screening dictates social status and employment. While genetic discrimination is technically illegal in the U.S., the podcast warns that legal protections are not always enforcedāsuggesting that screening for weight-prone genes may still quietly shape real-world decisions.
---
š¬ CRISPR Inside the Body ā Editing From Within
š Science Magazine, July 2021, page 70: A CRISPR gene-editing treatment was injected directly into a patientās bloodstream for the first time to correct a genetic liver disease.
š” While this case only deactivated a harmful immune gene in the liver, it signals a major shift: gene editing isnāt just happening in labs anymoreāitās moving into the body.
𧬠The Mad Scientist Supreme sees this as the first step in a broader revolution: not just eliminating disease, but enhancing humanity.
---
š“ The Mule and the Toxin ā A Forgotten Military Experiment
š A curious wartime anecdote: During WWII, a plan to assassinate a Japanese general using purified botulism toxin failed when a cautious intermediary tested the poison on a muleāwhich survived. That led to the mission being aborted.
š” Turns out, mules are resistant to botulism due to a unique liver response. The takeaway?
If we can CRISPR-edit human genes, we could theoretically borrow this trait from mules, making ourselves resistant to such toxins.
ā ļø Is botulism exposure likely? No.
š Is the upgrade worthwhile? Maybe.
š§ But symbolically, it shows the potential for āsmall but significantā human enhancements.
---
š§µ Final Threads
Page 73 of the same Science issue holds a detailed analysis on gene-weight correlations.
A short mention of direct optical polymer patterning (page 16) for materials scientists interested in controlling polymers with lasersāan unexpected side note for future tech applications.
---
šØāš¬ Conclusion
This episode blends history, cutting-edge genetics, and philosophical warning: CRISPR is no longer theoretical, and while its medical use is just beginning, the door to human enhancement is now open. Whether we use it to eliminate diseaseāor to become something moreāis no longer science fiction.
š Stay tuned for more discoveries as the Mad Scientist Supreme continues digging through old articles and new ideas.
Botox and body weight