How the Intricacy of the Human Body Points to a Designer (with Rick Zimmerman)
Think Biblically: Conversations on Faith & Culture
Talbot School of Theology at Biola University / Sean McDowell & Scott Rae
4.8 • 1.3K Ratings
🗓️ 21 October 2025
⏱️ 31 minutes
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| 0:00.0 | What are some of the aspects of the human body that point to the intelligent design of God? |
| 0:07.0 | For example, how does the function of your eyes, lungs, and even the function of your individual cells, |
| 0:13.0 | point to God as an intelligent designer? |
| 0:16.0 | And how does religious observance affect the person's physical and mental health. We'll answer these questions and a whole |
| 0:22.5 | lot more with our guest today, Dr. Rick Zimmerman, a physician and infectious disease and vaccine |
| 0:27.4 | specialist at the University of Pittsburgh. I'm your host Scott Ray, and this is Think Biblically |
| 0:31.9 | from Tabal School of Theology at Biola University. Rick, welcome. Really glad to have you with us on |
| 0:37.2 | a fascinating topic that I think our listeners are going to be enthralled by. |
| 0:41.3 | Well, it's such a pleasure to be here. Thank you for inviting me. |
| 0:44.3 | My pleasure. Now, your thesis is that medicine provides multiple signposts to an intelligent designer such as God. |
| 0:53.3 | In your view, and you cite, we'll talk about a number of these, |
| 0:55.7 | but let's start with what you think is the best and clearest example of that |
| 1:00.3 | from your research. |
| 1:03.7 | I think the human eye is just incredible. |
| 1:07.7 | There's in the back of the eye, the retina, |
| 1:10.6 | where the images that come through the eye are processed and changed into nerve impulses. |
| 1:18.7 | And it's not just a few cells. There's over 10 million retinal cells that have been placed there. |
| 1:26.7 | And those then turn the images into electric signals that go through over a million optic nerve fibers to the brain. |
| 1:37.6 | And just to understand what that requires for a single retinal nerve, |
| 1:47.7 | that we take 10 milliseconds of it. It's about 500 differential equations being solved 100 times, an immense amount of work that is being done |
| 1:57.2 | by just a single retinal nerve cell to take those images and give you that to your brain. |
| 2:04.9 | And the possibility of that, of all of those things coming together, sort of by chance, is, you |
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