4.7 β’ 6K Ratings
ποΈ 20 January 2023
β±οΈ 14 minutes
ποΈ Recording | iTunes | RSS
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0:00.0 | You're listening to shortwave from NPR. |
0:04.6 | Hey shortwavers, today we are going to talk about new ways to treat severe epilepsy, |
0:10.6 | which means we have summoned NPR's resident brainophile Mr. John Hamilton. |
0:16.2 | Hello John. |
0:17.2 | Hey Aaron. |
0:18.2 | So understand you were recently in California reporting on some cutting edge advances |
0:22.5 | in epilepsy care. |
0:23.5 | I was. |
0:24.5 | I was at the University of California San Diego. |
0:27.6 | They have a major epilepsy center there and it does a lot of research on diagnosing |
0:32.5 | and treating the disorder. |
0:34.4 | So while I was there, I was really struck by how fast this field is changing because |
0:39.0 | of advances in technology. |
0:41.3 | I am hoping today's episode involves robots. |
0:43.9 | Of course it does Aaron. |
0:45.4 | When we are talking about microelectronics that can help find the source of seizures, |
0:50.7 | we're talking about tiny lasers that can zap the brain tissue causing a problem. |
0:55.4 | And of course robot surgeons to help out in the operating room. |
0:59.8 | And what all this technology is doing is making it possible for many more patients to |
1:04.4 | get their seizures under control. |
1:06.6 | It's also allowing people who do get surgery to spend less time in the hospital and to |
1:11.0 | get back to their lives. |
... |
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