4.7 • 9.2K Ratings
🗓️ 31 May 2023
⏱️ 9 minutes
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0:00.0 | NPR. |
0:12.0 | In the 1980s, Joshua Bojo was a chemist for the big pharmaceutical company Merck. |
0:17.5 | Joshua's job was to try to draw out new compounds and figure out if they could be used for |
0:23.3 | new medicines. |
0:24.8 | I was making 25 to 50 compounds a year by hand. |
0:30.1 | One at a time, we were told that it would take about 50,000 compounds before we should |
0:34.7 | expect to get a drug. |
0:36.4 | So you do the math. |
0:37.4 | The average chemist would never make a drug in their entire career. |
0:41.8 | You can imagine him in a lab hoping to find a treatment one day for, say, HIV or hepatitis |
0:48.3 | C. And he thought that a computer could help him with his quest. |
0:53.0 | So he got one. |
0:55.0 | Now picture this. |
0:56.0 | It's four decades ago. |
0:57.1 | The computer is like the size of a fridge. |
0:59.4 | He's ready to use it. |
1:00.6 | But there's a problem because he can't even plug it into the wall in a lab because he |
1:05.4 | needed a special electrical connection. |
1:07.9 | The people in charge said, we can't do that until we study the implications of this for |
1:13.1 | all of Merck's labs around the world. |
1:15.8 | And I just wanted a plug. |
1:18.8 | And so it took literally three months to get this expensive computer sitting on a box |
... |
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