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America Dissected

Patent Pending with Prof. Jorge Contreras

America Dissected

Incision Media LLC

Politics, News, Society & Culture

4.64.4K Ratings

🗓️ 14 December 2021

⏱️ 32 minutes

🧾️ Download transcript

Summary

Imagine someone could patent your arm, or your mouth. Well, for a long time, someone could patent a part of the human body, a DNA sequence. That all ended in 2013 with a landmark supreme court case. But it illustrates how science, business, and law intersect—in ways that shape our health today. Abdul speaks with Prof. Jose Contreras, Law Professor and Author of the new book, The Genome Defense. For a transcript of this episode, please visit crooked.com/americadissected.

Transcript

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0:00.0

New data from Pfizer shows that a third dose of their COVID-19 vaccine elicits the same

0:10.9

antibody response to Omicron as two doses due to garden variety SARS-CoV-2.

0:16.2

Meanwhile, Delta is surging across the upper Midwest, hitting pandemic level highs in cases

0:20.4

and hospitalizations and taking us past the grim milestone of 800,000 COVID-19 deaths.

0:26.5

New Zealand moves to band cigarette purchases for the next generation entirely.

0:30.8

This is America Dissected.

0:31.8

I'm your host, Dr. Abdul-Elsaid.

0:39.1

I remember hearing about this sitting in my high school biology class.

0:43.0

Today the world is joining us here in the East Room to behold a map of even greater significance.

0:50.1

We are here to celebrate the completion of the first survey of the entire human genome.

0:56.1

Without a doubt, this is the most important, most wondrous map ever produced by humankind.

1:03.4

The sequencing of the human genome lets us some really high profile and really important

1:07.0

discoveries.

1:08.5

Discoveries like the genes TNF or TP53, which are critical in the pathways for cancer.

1:13.8

But more than anything, the human genome project showed us that genetics are anything but simple.

1:18.7

Most of the serious diseases we deal with aren't what we call Mendelian.

1:23.0

Don't follow the simple genetic rules that you might have learned about in high school,

1:26.4

where there's a dominant and recessive gene and your phenotype is a function of the mix

1:30.2

of what you inherited from your parents.

1:33.0

Unlike, say, cystic fibrosis, a rare but devastating genetic lung disease or sickle cell disease,

1:38.3

a debilitating genetic blood disorder, most genetic diseases are the result of a vast

1:42.6

array of interactions between various genes and the environment in which you grew up.

...

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