'Doctor Franklin's Medicine' explores founding father's vast medical legacy

December 08, 2005

Benjamin Franklin's myriad contributions as scientist, inventor, publisher and statesman will be back in the spotlight in coming months as America celebrates his 300th birthday on Jan. 17, 2006.

Major exhibits on his life and work are opening in London and Philadelphia, and a traveling exhibit moves next year to museums in St. Louis, Houston, Denver, Atlanta and Paris. While much of the hoopla will focus on Franklin's role as an influential American diplomat, a new book suggests that he deserves considerable recognition for his important but overlooked contributions to medicine.

"Franklin played a critical role in development of modern medicine," suggests Stanley Finger, Ph.D., a noted medical historian and professor of psychology in Arts & Sciences at Washington University in St. Louis. "With strong interests in bedside and preventative medicine, hospital care, and even medical education, he helped to change medical care in both America and Europe."

In his forthcoming book, "Doctor Franklin's Medicine" (University of Pennsylvania Press, January 2006), Finger presents a colorful and context-rich analysis of Franklin's medical efforts.

Finger has written widely on the history of the brain and behavioral sciences, and his recent books include "Origins of Neuroscience," "Trepanation," and "Minds Behind the Brain." He is also senior editor of the Journal of the History of the Neurosciences.

'A rare bird'

More than a simple listing of Franklin's medical contributions, Finger's latest book reveals what was theorized about health and disease early in the 18th century, and shows how Franklin strove to improve medicine with careful observations, actual experiments and hard data.

"Franklin was a rare bird," Finger says. "His broad contributions are especially remarkable in that he had no medical training and, in fact, only two years of classroom education. What is even more amazing is that he came from the colonies, where life was still a struggle -- not from a major European cultural center."

One of the unique features of Finger's book is that he shows how Franklin's life and medical views were partly shaped by personal events, including the loss of his son Francis to smallpox, and his own visual problems, painful gout and massive bladder stone.

While Franklin is often caricatured as a pudgy, balding and bespectacled old man in short pants and stockings, Finger first presents him as a muscular runaway from Boston, who settled in Philadelphia and made his first voyage to London in his teens. Stanley Finger

Careful observations, experiments

He points out that it was Franklin's appetite for books and love of learning, and how he ran his successful printing business and wanted to improve life in the colonies, that led him into medicine.

Like most Americans, Franklin was a pragmatist; he was clearly more interested in whether something worked than why. "He avoided the metaphysics of the ancients and shunned the unanchored speculations of academics," Finger writes. "Not one to be guided by loose medical theorizing, he turned to data based on observations and careful experiments."

A lack of formal medical training was no barrier to practicing medicine in 18th-century America. In fact, only a small percentage of colonial healers had formal medical training and even fewer possessed college degrees.

"What distinguished Franklin from the myriad other colonials who practiced or dabbled in medicine was that he approached clinical medicine with the mindset of an experimental natural philosopher," Finger writes.

"He skillfully designed experiments, collected data and compiled tables to determine trends and outcomes. He also read voraciously, contacted authorities to solicit their opinions and searched for historical antecedents. Moreover, Franklin had a remarkable ability to recognize the good ideas of others and the tenacity to move these ideas toward a productive end." Franklin used his printing presses and social connections to advance good causes, such as building the first major charity hospital in the colonies and the first American medical school. He also informed people about dangerous epidemics, worthy new cures and medical quackery.

"Religious dogma, grandiose formulations and the gripping tentacles of the past did not hold him back, and he was anxious to develop and share medical ideas with anyone, anywhere," Finger writes.

"Physicians all across Europe were clamoring to meet him to learn his views on everything from smallpox inoculations to whether electricity might have a future in medicine."

In fact, Finger argues, "what Franklin achieved on the political front in Europe might not have been possible had he not previously established such a strong following for his work in electrical science and many accomplishments in medicine."

Important contributions to medicine

Among Franklin's contributions to the fields of health, fitness and medicine:
-end-


Washington University in St. Louis

Related Electricity Articles from Brightsurf:

Mirror-like photovoltaics get more electricity out of heat
New heat-harnessing 'solar' cells that reflect 99% of the energy they can't convert to electricity could help bring down the price of storing renewable energy as heat, as well as harvesting waste heat from exhaust pipes and chimneys.

Engineers use electricity to clean up toxic water
Powerful electrochemical process destroys water contaminants, such as pesticides. Wastewater is a significant environment issue.

Considering health when switching to cleaner electricity
Power plants that burn coal and other fossil fuels emit not only planet-warming carbon dioxide, but also pollutants linked to breathing problems and premature death.

Windows will soon generate electricity, following solar cell breakthrough
Semi-transparent solar cells that can be incorporated into window glass are a 'game-changer' that could transform architecture, urban planning and electricity generation, Australian scientists say in a paper in Nano Energy.

Static electricity as strong as lightening can be saved in a battery
Prof. Dong Sung Kim and his joint research team presented a new technology that can increase the amount of power generated by a triboelectric nanogenerator.

To make amino acids, just add electricity
By finding the right combination of abundantly available starting materials and catalyst, Kyushu University researchers were able to synthesize amino acids with high efficiency through a reaction driven by electricity.

Using renewable electricity for industrial hydrogenation reactions
The University of Pittsburgh's James McKone's research on using renewable electricity for industrial hydrogenation reactions is featured in the Journal of Materials Chemistry A's Emerging Investigators special issue.

Water + air + electricity = hydrogen peroxide
A reactor developed by Rice University engineers produces pure hydrogen peroxide solutions from water, air and energy.

Producing electricity at estuaries using light and osmosis
Researchers at EPFL are working on a technology to exploit osmotic energy -- a source of power that's naturally available at estuaries, where fresh water comes into contact with seawater.

Experimental device generates electricity from the coldness of the universe
A drawback of solar panels is that they require sunlight to generate electricity.

Read More: Electricity News and Electricity Current Events
Brightsurf.com is a participant in the Amazon Services LLC Associates Program, an affiliate advertising program designed to provide a means for sites to earn advertising fees by advertising and linking to Amazon.com.