| Author: |
Robert H. Carlson
|
| Release at: | 2010 |
| Pages: | 290 |
| Edition: |
First Edition
|
| File Size: | 2 MB |
| File Type: | |
| Language: | English |
Description of Biology Is Technology by Robert H. Carlson
This Biology Is Technology book is the sum of more than a decade of discussions, research, and travel. The effort was made possible only through the generosity and patience of friends, colleagues, and family. The first draft was written while I was a Visiting Scholar in the Comparative History of Ideas Program at the University of Washington; many thanks to John Toews and the late Jim Clowes.
I am especially grateful to Dianne Carlson, Eric Carlson, Drew Endy, Sarah Keller, Rik Wehbring, and anonymous reviewers for reading drafts, providing invaluable comments, and asking hard questions. My journey into thinking about biology’s role in the economy benefited at every step from conversations with my colleagues Stephen Aldrich and James Newcomb at Bio Economic Research Associates (Bio-era). Our intellectual travels through biofuels, pandemics, vaccines, commodities trading, the oil and gas business, and international finance, supplemented by our real-world travels through North America, Asia, and Europe, provided an unparalleled education.
Content of Biology Is Technology by Robert H. Carlson
1 What Is Biology? 1
2 Building with Biological Parts 8
3 Learning to Fly (or Yeast, Geese, and 747s) 20
4 The Second Coming of Synthetic Biology 33
5 A Future History of Biological Engineering 50
6 The Pace of Change in Biological Technologies 63
7 The International Genetically Engineered Machines Competition 81
8 Reprogramming Cells and Building Genomes 97
9 The Promise and Peril of Biological Technologies 108
10 The Sources of Innovation and the Effects of Existing and Proposed Regulations 131
11 Laying the Foundations for a Bioeconomy 150
12 Of Straitjackets and Springboards for Innovation 178
13 Open-Source Biology, or Open Biology? 200
14 What Makes a Revolution? 218
Afterword 240
Notes 243
Index 267
2 Building with Biological Parts 8
3 Learning to Fly (or Yeast, Geese, and 747s) 20
4 The Second Coming of Synthetic Biology 33
5 A Future History of Biological Engineering 50
6 The Pace of Change in Biological Technologies 63
7 The International Genetically Engineered Machines Competition 81
8 Reprogramming Cells and Building Genomes 97
9 The Promise and Peril of Biological Technologies 108
10 The Sources of Innovation and the Effects of Existing and Proposed Regulations 131
11 Laying the Foundations for a Bioeconomy 150
12 Of Straitjackets and Springboards for Innovation 178
13 Open-Source Biology, or Open Biology? 200
14 What Makes a Revolution? 218
Afterword 240
Notes 243
Index 267
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