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The Science of Wisdom

by Martha Herbert
Women's Fall 2001

In the brain-imaging research center where I work, a growing number of scientists study acupuncture and meditation as well as other modes of complementary and alternative medicine. Powerful MRI machines allow us to visualize the inside of the brain and see the provocative constellation of brain regions activated by a well-placed acupuncture needle. Such studies validate acupuncture – they show its specific and distinctive effects. More studies are beginning to explain its effects in terms of Western physiology. And some scientists even imagine that they might yet improve the acupuncturist's art.

But scientists open-minded enough to study acupuncture are also humble enough to realize that their skills and tools would not allow them to invent an integrative framework like acupuncture from scratch. Science these days is fast-paced. It isolates variables and focuses on small systems extracted from their full living contexts, and it considers subjectivity a contamination. Acupuncture, on the other hand, grew over generations of cumulative sensuous observation. It was validated not by high-tech machines, but by intimate sustained attention to the patterns among multiple subtle shifts in a patient's pulse, tongue, temperature, color, mood, organ function and vitality. So today, acupuncture is helpful for many chronic complaints for which Western medicine has no remedy.

Traditional agricultural practices are like acupuncture in that, in common with other "indigenous knowledge systems," they grew over generations of sensitive observation. These practices gain their sophistication from intelligent recombinations � thus, different species thoughtfully planted together may keep away pests, increase yields, encourage helpful wildlife, prevent erosion. They offer no magic bullet, but multiple interacting insights gained over generations of cumulative sympathetic engagement with plants and animals, soils and streams, woods and weather.

There are scientists who hold the robustness of ecological complexity as their model for human interventions in nature. Some of these are agroecologists who use new technologies to augment rather than replace a sympathetic context-sensitive engagement with nature � and in effect, to augment human intelligence as well.

Genetic engineering, by contrast, is clever, but not so clearly intelligent. Recombining a gene from one species into another takes no wisdom. It can be done with the right skills and equipment � but nothing built into the technology forces you to first check whether these recombinations are good for the organism or the ecosystem. And many of genetic engineering's "improvements" could be done better and more safely and simply using traditional agricultural techniques like multicropping and composting. Much more cheaply, too. Investment in genetic engineering has been enormous for its small yield, and it is the pressure to recoup this investment, more than the value of GE's paltry array of products, that drives the rush to market of poorly tested, flawed, engineered foods � a rush that is then justified by appeals to faith in techno-progress.

About the Author
Martha Herbert, M.D., Ph.D., is a pediatric neurologist at the Massachusetts General Hospital and Harvard Medical School in Boston, where she specializes in patients with learning and developmental disorders and researches brain structure changes in children with autism. She is also on the board of directors for the Council for Responsible Genetics, and has training in philosophy, history of science and social theory.