Sometime just after 1492, Spanish conquistador Ponce de León launched his quest to find the legendary Fountain of Youth.
At least he reportedly found something, even if it was Florida. Not so lucky were other time-wasting adventurers, dating back at least to ancient Greece.
Aging, in all its forms, is inevitable, despite human longing. Yes, we’ve tweaked a few details. We now know, for instance, blood pressure’s effect on longevity. But our basic concept remains, said author Matthew LaPlante. In other words, he said, “We get old, and then we die.”
“If we are able to survive the predators, if we don't die in an act of war, if we do not succumb to a virus or bacteria, eventually we will age,” he said. “And that inevitably ends with our death.”
Perhaps that’s why a recently published book LaPlante coauthored with a Harvard scientist quickly ascended the New York Times best seller list, topping out at No. 9 just after its publication in September. The aging question is tackled — and possibly answered — in Lifespan: Why We Age and Why We Don’t Have To (Atria Books, a division of Simon & Schuster).
The book details research by David A. Sinclair, a professor of genetics at Harvard Medical School. Among other honors and media, Sinclair was named in 2014 by Time magazine as one of the 100 most influential people in the world for his work on the possibilities of reversing aging.
LaPlante is an associate professor of journalism who’s already made a national name for himself as a science writer. He’s known for his ability to interpret sometimes complex scientific concepts, drawing everyday readers in rather than talking down to them.
His most recent book, Superlative: The Biology of Extremes (Ben Bella Books, 2019), is described by one reviewer as piquing “the curiosity of readers who may not have fancied themselves as interested in science.” And the 2018 book, The Longevity Plan, co-authored with Dr. John Day, a cardiologist, offers what its subtitle say is “Seven Life-Transforming Lessons from Ancient China.”
In Lifespan, the goal of Sinclair and LaPlante was “to make the science accessible,” LaPlante said. “I think we've done a pretty decent job of that.”
The Harvard professor’s research, said LaPlante, suggests “that the pace of the inevitability of aging may not have to be the pace that we've grown used to.”
Science pretty much recognizes what are called “the hallmarks of aging,” which actually have little to do with visible things like white hair or senior moments. These hallmarks are found at the cellular level. And, to be honest, their creation begins the moment we’re born.
Sinclair’s research, said LaPlante, goes beyond the common question of what causes each of these hallmarks, which taken together indicate aging. Sinclair begins “upstream” of accepted research, said LaPlante, proposing that “there may be something that causes all of these hallmarks.”
The “something” that Sinclair targets is called nicotinamide adenine dinucleotide (NADH), a naturally occurring compound found in the cells of all living organisms and that is thought to revitalize a cell’s energy. Sinclair’s theory, according to LaPlante, “is pretty compelling.”
Written for a popular, rather than academic, audience
As the writer who translated Sinclair’s lab-centered ideas into words that are understandable and concise, LaPlante said he enjoyed significant access to Sinclair and his research. Their working relationship has continued for nearly two years, with LaPlante spending time at Harvard Medical School and hanging out in Sinclair’s lab.
Much of the process, he added, “was just us sitting in his office mapping out on a white board what the chapters would look like.” LaPlante pauses. “Mapping out this guy's brain was a joy.”
The field of epigenetics (the study of how genes are influenced by external forces to affect aging) fascinates scientists because of its hot-topic buzz.
“It’s growing very quickly,” said LaPlante. “There are labs at the best research institutions in the world that are fully dedicated to studying biological aging.”
And that in part drove Sinclair’s decision to publish the findings initially for a popular audience rather than go through the sometimes years-long academic path, said LaPlante.
“What, for me, is the most interesting thing about the book is that Sinclair offered the theory in this book,” rather than maneuvering the academic process of publishing research, said LaPlante. “That’s risky. But he feels strongly there are a lot of people in the world who deserve to know his thoughts” sooner.
“The argument that we make in the book,” he added, “is that we need to make this accessible to everyone.”
LaPlante solidly rejects what he says is a common misconception that reporting and writing on scientific topics is a matter of “dumbing things down for the public.”As proof, one need only point to LaPlante’s weekly interview show on Utah Public Radio, “UnDisciplined,” in which LaPlante as host brings together two scientists working in different fields to reach some kind of common ground. The most recent episode was titled “The Ecologist and the Biomedical Engineer."
“We’ve adopted this condescending mindset that scientists are these really smart people, and that we're not possibly smart enough,” said LaPlante.
“I know a lot of scientists,” he added, “and they can't plumb their houses, they can't fix their cars.
“We all have brilliance. Everybody has expertise. And most people in trade professions don't say they have to dumb things down to explain them to scientists.”
This story was originally published in Liberalis, the magazine of the College of Humanities and Social Sciences. More information on the book at https://chass.usu.edu/liberalis/liberalis-article-archive/LaPlante-new-book.
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