Medical treatments in the late 19th century

March 27, 2013

Travel back to a time when two thirds of Americans lived on farms or rural villages. Indoor plumbing was rare and homes were heated by sooty wood burning stoves and kerosene lamps. Work was physically difficult and accidents happened often. Serious diseases like cholera, yellow fever, typhoid fever, diphtheria, malaria, and tuberculosis are common.

Doctor Hoffman in Woodland, Washington c1910 (Courtesy of Oregon Health and Science University Archives)

Dr. Carl Hoffman in Woodland, Washington c1910 (Courtesy of Oregon Health and Science University Archives)

These are difficult conditions for a rural “country doctor” with no vaccines, no laboratory tests, and not many effective medicines.  They were responsible for treating a wide range of medical problems including broken bones, wounds, chronic conditions, and acute sickness. Surgery was often left to the work of city or hospital doctors when it couldn’t be avoided.

Treatments were almost exclusively done in the patient’s home. By the late 1800s, bleeding as the main form of treatment had fallen out of favor for most practitioners. Treatment now was mostly prescriptions combined with instructions for rest and diet (broths, gruel, warm or cold drinks). Warm baths, topical applications of medicine, wraps, and gargles were common. Any medicine that was given was applied topically to the affected area or dissolved in liquid like tea. (Injections of medicines were not common until physicians learned to make sterile solutions. Pills were difficult and time consuming to make.) Medicines were often prepared by the physician in small towns where pharmacies were not available.

In this time before antibiotics*, medicines were often given to treat the symptoms of the sickness, not the sickness itself. For example, there were many pain relievers (opium, morphine, Phenactine, and Acetanilid) and some antipyretics (fever reducers like willow bark and meadowsweet). Cathartics from a variety of plants were used to accelerate defecation and cleanse the lower GI tract. Opium could be used to counter diarrhea. Camphor was used to soothe itchy skin. Mild antibacterials such as Resorscin and camphor would be used over wounds to prevent infection. These medicines were used to make the patient comfortable and to prevent complications (dehydration, constipation, high fever, etc) while the illness ran its natural course.

meadowsweet

meadowsweet

White_Willow_Bark_Extract

Willow tree bark

Physicians who were up-to-date with medical research might be familiar with the ideas similar to the ones taught by Dr. William H. Thomson. He was a medical professor at the University of the City of New York. He published a book “Notes on Materia Medica and Therapeutics,” which was adapted from his lectures given in the 1888-1889 school year. This book gives a useful overview of the methods for treatment in the late 1800s. In this book, he divides all treatments into three broad categories: medicines, non-medicines, and disinfectants. (Non-medicines included treatments such as massage, baths, blistering, applying heat or cold, caustics, and counter-irritants.)

Medicines were further divided into Disease and Symptom categories. Symptom medication was discussed above. Disease medication was different in that it worked to treat the disease instead of the symptoms. The effective medicine available in the late 1800s was mostly used for chronic diseases or, as Dr. Thomson put it “faults in the constitution, either inherited or acquired.” These medicines usually required repeated doses to be effective. Restorative medicines in this category acted to make up deficiencies in the body. For example, iron is given for anemia. Alternative medicines were often small doses of agents that could be poisonous and the patient’s reaction to the medicine had to be watched carefully. For example, colchicum was given for gouty arthritis. The efficacy of these drugs was not well understood at the time.

Notes on Materia Medica and Therapeutics by Thomson, 1894

Notes on Materia Medica and Therapeutics by Thomson, 1894

Notes on Materia Medica and Therapeutics by Thomson, 1894

Notes on Materia Medica and Therapeutics by Thomson, 1894

Notes on Materia Medica and Therapeutics by Thomson, 1894

Notes on Materia Medica and Therapeutics by Thomson, 1894

The third category of therapeutics was disinfectants. This small group of medicines were used in the prevention of communicable disease. New research had shown that some illness were caused by living organisms that were visible only under a microscope. These diseases could be prevented or cured by killing the organism or stopping its growth in the body. The main disinfectants were carbolic, chlorine, lime, charcoal, and sulphur.

Notes on Materia Medica and Therapeutics by Thomson, 1894

Notes on Materia Medica and Therapeutics by Thomson, 1894

The method of treatment for similar illnesses could vary between doctors due to the fact that medical education was largely unregulated and so was the drug manufacturing industry. The cause of many illness were not well understood. Each doctor, therefore, had his preference for treatment based on their experience and not necessarily through medical research. It was not uncommon that patients would try home remedies before they called the doctor, which in some cases complicated the illness.

*Prontosil (1935) was the first truly effective medicine to treat a range of infections inside the body. It led the way for the antibiotic revolution in medicine.

Sources consulted:
Bordley, James III and A. McGehee Harvey. Two Centuries of American Medicine, 1776-1976. Philadelphia: Saunders, 1976. Print.

Blanchard, Charles Elton, ed. Dr. Betterman’s Diary. Youngstown: Medical Success P, 1937. Print.

Rathbun, Dr. A.J. A Friend in Need, or the Little Doctor. Youngstown: Arens and Kerr printers, 1894. Print.

Thomson, William H. Notes on Materia Medica and Therapeutics: taken from lectures delivered. William H. McEnroe, ed. New York: Trow, 1894. Print.


2012 in review

January 28, 2013

 

Here’s an excerpt:

This blog had 35,000 views in 2012! Not surprisingly, the post on Medicinal Alcohol and Prohibition was the most popular!

Click here to see the complete report.

Check back soon for more exciting topics in 2013!

Thanks!


Youngstown and World War I medicine

October 17, 2012

During World War I, the United States aided the Allies’ fight by setting up Base Hospitals in Europe.
Base Hospital 31 was organized in Youngstown, OH in the beginning of 1917. The $50,000 needed to supply the hospital was funded by donations from the citizens and staffed by 300 volunteers from the local medical community (50 officers, 50 nurses, 200 enlisted men). The unit was mobilized in September. After 3 months of training, they sailed from New York to Liverpool, England and finally docked at Le Havre, France on December 26th, 1917.

group of Base Hospital 31 nurses, 1918

Base Hospital 31 was located in Contexeville, France. Before the war, it was a summer health resort with many hotels. Eight of these hotels were assigned to become Base Hospital 31.

The Base Hospital operated from March 23, 1918 to February 3, 1919. The normal combined capacity of the buildings was 1,200 beds. It could be expanded to 2,000 beds to handle emergencies. It treated 3,413 medical cases and 4,585 surgical cases. The Youngstown staff treated American, French, Italian, Russian, and British troops for wounds, tuberculosis, pneumonia, influenza, poisonous gas, and psychiatric problems.

overflow ward of Base Hospital 31, 1918

The Melnick Medical Museum had a collection of approximately 75 glass lantern slides containing images taken throughout the training and operation of Base Hospital 31. Most likely, the photographer is man pictured below. This summer, the glass slides were cleaned and scanned. The originals were donated to the Mahoning Valley Historical Society, where they join other documentation on the Base Hospital.

probable photographer of Base Hospital 31 collection

The entire collection can be viewed in the Youngstown State University Archives Facebook photo album. It contains pictures of the staff, their training, the hospital facilities, the Contrexeville area, war destruction, and the local residents.

Hospital staff with local children, 1918


Baby shoes!

September 21, 2012

Last week, I had a call from a woman who wanted to donate something to the museum. She explained the item to me over the phone, and since we didn’t have anything like it in the collection, we made an appointment for her to bring them in. This is what she brought:

She told me that they were used to correct clubbed feet in infants. This pair of corrective shoes is from the 1950s.

Clubbed feet in infants is a common birth defect which, in most cases, can be corrected without surgery. Doctor’s aren’t sure what causes the defect, but babies are born with one or both feet rotated downward and inward. As infants, only muscles and tendons are affected. However, if the condition is left untreated, the child’s bones will become deformed as an adaption to the abnormal position of the foot. They will walk on their ankles or side of their foot, making it difficult to walk or stand for long periods of time.

A Primer on the Prevention of Deformity in Childhood by R. Raney (Elyria, OH: National Society for Crippled Children, 1941)

The treatment for clubbed feet in the 1950s depended on the severity of the deformity. For mild cases, gentle stretching by the mother or nurse would help stretch the shortened tendons, especially the heel cord. This would be continued multiple times a day for a period of months until the foot could be held in a normal position.

For more severe cases (including this donor), a series of casts were applied to the infant’s legs beginning in the first two weeks of life. These casts were changed about every two weeks, gradually stretching the muscles and tendons into a normal position. Some pediatricians advised over-correcting the position to allow for some relapse after the casts were removed (see image above).

The final step was maintenance of the position. For infants too young to walk or stand, stiff shoes were mounted to a bar. The infant would wear this apparatus as much as possible. The shoes would hold the feet in the correct position. For children who could stand or walk, special shoes were made with the toes turned out slightly and raised outer edges. Some doctors simply instructed patients to wear their shoes on the wrong feet. The straight outer side of the shoe would act as a sufficient brace to maintain the correct position.

Orthopedics: Principles and their Application by S. Turek (Philadelphia: Lippincott, 1967)

Most cases that are treated early in life can be completely corrected. This donor was encouraged to enroll in dance lessons at an early age to strengthen the muscles in her feet and ankles. She has danced most of her life and continues to this day.


More on the replica Iron Lung

September 18, 2012

“I thought, ‘Wouldn’t it be cool if people could get into (the iron lung),’ but I couldn’t let them into the real one that we have,” said Cassie Nespor, museum curator.

Enter Andy Phillips, YSU carpenter and primary force behind the effort to build a replica “iron lung” that visitors could get in and experience the feeling patients would have had 60 years ago when the devices were used to treat polio.”

Read the full story from our campus news here.

Image


Its here!

July 8, 2012

The replica Iron Lung is finally here!

This custom-made Iron Lung was created so that visitors can actually go *inside* an Iron Lung and experience what it felt like to be encased in the bright yellow chamber. Polio victims would have lived like this for weeks- or even years!


It has a bed that slides out, LED lights inside, and a mirror above the head rest. It is modeled after the Emerson respirator at the museum which was built in the early 1950s.

The Emerson respirator

The Emerson respirator

We hope you can visit the museum for this unique experience. Its sure to be a highlight of any trip to the Rose Melnick Medical Museum!


“Life in the Lung” photo exhibit

June 22, 2012

Bobby Hill, three months old, is the youngest polio victim ever treated in an Iron Lung at Cincinnati General Hospital. (1954)

The Rose Melnick Medical Museum will host a new temporary exhibit called “Life in the Lung” from Friday, July 6th to Friday, August 17th. The museum will hold special weekend hours for Summer Festival of the Arts.
Saturday, July 7th: 10am to 7pm
Sunday, July 8th: 11am to 5pm

Betty Sue Martin, 5, can still smile after 35 days in an Iron Lung at Johns Hopkins Hospital. The child was brought from North Carolina when her respiratory system was paralyzed after an attack of diphtheria. (1937)

The exhibit will feature 20 photographs of patients in respirators, many in Iron Lungs. The photographs range from 1930 to 1959, when polio was at its peak in the United States and respirators were just coming into use. Most of the photographs will be accompanied by their original captions in the exhibit.
The photographs were loaned to the museum by Steve DeGenaro, a YSU graduate of the Respiratory Care program who collects historical medical photography and lives in Poland, OH.
Admission to the museum and the special exhibit is free.

“Love is the winner” (1959)
Calvin Leonard, 30, leans over to pose with his polio-stricken bride, Margaret Schreiber, 30, following their wedding here [New York] yesterday. Margaret, paralyzed from the neck down for eight years, wears a portable respirator. They met in the hospital where Margaret was a patient and Calvin was a volunteer worker. He proposed last summer, but it was not until Christmas day that Margaret finally consented.


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