Your Designed Body
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- $9.99
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- $9.99
Publisher Description
Consider your body. Every day it must solve hundreds of hard engineering problems simultaneously, or else you'll die. While you're going about your daily business, your body stores, retrieves, translates, and manages software for thousands of proteins, switches, setpoints, thresholds, feedback loops, coordinate systems, counters, and timers. It disassembles thousands of different complex molecules, converts them into their building blocks, absorbs the building blocks, then reassembles them into the legions of chemicals and proteins that keep you going.
Your body also safely transports hazardous chemicals to where they're needed, without spilling them in places where they'd do harm, and employs them as it orchestrates thousands of complex processes and movements, some nearly instantaneous. At the same time it defends itself against threats large and small, and reproduces its own parts to replace those that are wearing out. And this is only a tiny portion of what your body must do to remain alive—all without conscious input from you.
In Your Designed Body, systems engineer Steve Laufmann and physician Howard Glicksman explore this extraordinary system of systems encompassing thousands of ingenious and interdependent engineering solutions. They present a compelling case that no gradual evolutionary pathway could have achieved this, and that instead it must be the handiwork of a masterful designer-engineer.
Customer Reviews
Terry Baum
As a non-scientist, but one who is fascinated by scientific discovery, I found this book compelling! Learning that science has never observed life from non-life, how difficult homeostasis is to maintain, and the need to reproduce sets the stage for the incredible journey of the human body the authors take their readers. My career is in construction, and I understand the massive task that goes into every construction project: and it starts with a mind with a design for a functional structure. From there a multitude of sub components are required to get the design to a completed project. The authors share in detail how this works for the human body from an engineering perspective. They share the body’s needs and constraints and the systems and subsystems required for functionality. Not enough time to go into more detail, but I found their evidence reasonable, well documented, and not too technical so that it could be understood by non-scientists like me. I highly recommend this book!