This is a very brief historical review of common methodologies for treating mental disorders. In the latter half of the 20th century, a number of non-invasive methods were used as well. The proceeding information should not be construed as medical advice. Please contact a physician or a licensed mental health practitioner if you have medical questions related to treatments of mental disorders.
Visit this link on C-SPAN which provides a brief history of the treatment of mental illness filmed at the Oregon State Hospital Museum of Mental Health.
The term ‘psychosurgery’ seems frightening in itself. However, this approach to treating mental illness was groundbreaking in the early to mid 20th century throughout Western countries (Raz, 2008). We begin with the leucotomy. I know what you’re thinking… isn’t it called the lobotomy? Yes, it is. This approach precedes the lobotomy that many of us are familiar with today. The leucotomy was developed by Dr. Egas Moniz, a Portuguese neurologist, in the 1930s. The procedure, in essence, was aimed at removing the brain’s prefrontal cortex connections and the anterior (front) portion of the frontal lobes. Moniz targeted the frontal lobes based on previously published works by Yale University neuroscientists. Ultimately, however, numerous discrepancies exist in relation to Moniz, the Yale University neuroscientists, and other researchers which make it frustratingly difficult to pinpoint specifics of who actually invented the procedure and why it was developed this way. The procedure developed by Moniz was considered major brain surgery requiring hours of preparation and surgery. Moniz went on to be awarded the Nobel Prize for his discovery.
Enter doctors Walter Freeman and James Watts. Freeman became interested in the procedure Moniz developed but realized that it was both costly and time-consuming. Based on the conditions of asylums and institutions during this time, Freeman wanted to develop a method that would be as quick and painless as possible. Working together, Freeman and Watts developed the transorbital lobotomy, often referred to as the icepick lobotomy. In order to render the patient unconscious, electroconvulsive therapy was initiated and then Freeman would enter through orbital plate. Once the instrument entered through the orbital plate, prefrontal cortex connections and the anterior portion of the frontal lobes were destroyed. As many as 15% of Freeman’s patients died as a result of the lobotomy and a significant amount more suffered irreversible effects as a result of the procedure (Raz, 2008). The success rates for both Moniz and Freeman are disputed and believed to be below 50% for each method. These approaches are no longer practiced. The lobotomy was eventually replaced by the introduction of first generation or typical antipsychotic medications like Thorazine.
Insulin Shock Therapy
Insulin shock therapy, known as IST, was developed by Dr. Manfred Sakel in the early 1930s. This approach to treating mental illness, like with the leucotomy, required both a specially trained hand, staff, and facilities; it was also time intensive. Patients were intravenously injected with insulin until unconsciousness and coma set in; coma was not uncommon in higher doses of insulin. The physician would maintain the coma for approximately one hour. After this period of time, glucose was administered intravenously to increase blood sugar levels and stabilize the patient out of the coma (Kragh, 2010). Side effects of IST often included tonic-clonic seizures, violent muscle spasms, and severe diaphoresis; this would sometimes continue post-glucose administration.
Metrazol therapy, developed by psychiatrist Dr. Ladislas Meduna in 1934, was a potent respiratory and circulatory stimulant. High doses of Metrazol would induce violent tonic-clonic seizures. As with electroconvulsive therapy, inducing the tonic-clonic seizures was necessary. It was believed that Metrazol was less invasive than using an electrical current to induce seizure. The Metrazol would be injected intravenously inducing violent seizures, similar to those in electroconvulsive therapy. Patients would often come out of the convulsions scared and confused. As a result of the seizures, some patients thrashed about so violently that they would bruise or fracture bones (Kragh, 2010). While both of these approaches were utilized, Metrazol therapy was used for approximately 10 years before it was no longer practiced. Electroconvulsive therapy is still used today.
Electroconvulsive Therapy, also known as ECT, is quite an old method of treatment for mental illness and many other disorders. As such, it is difficult to pinpoint who, precisely, developed the method. However, Ugo Cerletti and Lucio Bini formally experimented on a schizophrenic individual in the late 1930s. It was eventually discovered that the convulsions induced in ECT helped with decreasing levels of depression and other pathologies and stabilizing the patient to a higher functioning level. Electrodes would be placed bilaterally on the head and a brief electrical current would be initiated. This would, ideally, induce a tonic-clonic seizure and temporarily render the patient unconscious (Enns, Reiss, & Chann, 2010). As with other shock therapy methods, ECT would often cause injury as a result of the violent convulsions. In addition, patients would suffer from headaches and other neurological side effects including prominent retrograde memory loss, sometimes (rarely) remaining permanent. In the 21st century, ECT continues to be used for treatment-resistant depression. Unlike the procedure more than half a century ago, modern ECT utilize anesthetic and paralytic agents to eliminate the violent thrashing. While the side effects continue to exist, researchers are examining the use of unilateral electrode placement to reduce retrograde memory loss (Enns, Reiss, & Chann, 2010).
(Drug advertisements from the Kentucky Medical Journal, the Historical Medical Library of The College of Physicians of Philadelphia, and various other State Medical Society journals/publications )
Other Variegated Treatments
Developed by Dr. Benjamin Rush, the spinning tranquilizing chair required patients to be strapped in and with their eyes covered while the chair spun around in a circle. Based, in part, on the rotational theory, it was believed that spinning the patient in a controlled environment would help to reduce or eliminate congestion within the brain and, thus, curing mental illness. Obviously, this approach was not effective!
This was a commonly used standard in most psychiatric hospitals and facilities in the United States and the Western world. Water was, for the most part, a cheap and easy to access resource that could quickly be heated or cooled. Warm hydrotherapy, generally entailing baths, but also showers, were often used for mood-related pathologies such as depression (melancholia), actively suicidal, or those who were restless or agitated. The most effective approach for warm hydrotherapy were uninterrupted baths lasting hours in a calm, quiet environment. Cold hydrotherapy was often used for patients who had active psychomotor agitation and would include those with a variety of psychoses. It was believed that the cold water would constrict blood flow and thus calm the patient down.
This intervention was experimentally used for treating “general paresis (or paralysis) of the insane.” General paresis, caused by syphilis, resulted in progressive dementia and paralysis. Dr. Wagner von Jauregg discovered that patients with general paresis in a febrile state would come out of the fever as “cured.” So, he injected patients with malaria and, when malaria destroyed syphilis, he would provide them with quinine to cure the malaria. Malaria therapy was replaced by the much safer antibiotic treatment. Dr. Louis S. Lipschutz was also instrumental in introducing malaria treatment for treating neurosyphilis and chorea.
Developed by Dr. Franz Hall, the basic foundation of phrenology posited that the brain is the organ of the mind; it is composed of many distinct and inborn abilities. Because of this, each individual “ability” has a separate/individual organ in the brain. The power of the organ is based on its size and the shape of the brain is determined by the progression of these organs. In essence, examining the head could help divulge the developmental status of a particular organ responsible for different intellectual and character traits. Want to learn even more about phrenology? Then click here to view the 1841 guide, “Phrenological Chart, Presenting an Outline of Phrenology.”
The preceding information should not be construed as medical advice. Please contact a physician if you have medical questions related to treatment of mental disorders or a licensed mental health practitioner.
Historical Insanity Treatments Image Gallery
The Prefrontal Leukotomy Procedure
The proceeding five photographs are from The Press Democrat (Santa Rosa, California)
Contributed by Phil Tkacz & Shawn Logan | firstname.lastname@example.org
⁘ Works Cited ⁘
- Enns, M. W., Reiss, Jeffrey P., & Chan, P. (2010). Electroconvulsive therapy. Canadian Journal of Psychiatry, 55(6), S1-S11,T1-T12.
- Kragh, J. V. (2010). Shock therapy in danish psychiatry. Medical History (Pre-2012), 54(3), 341-64.
- Raz, M. (2008). Between the ego and the icepick: Psychosurgery, psychoanalysis, and psychiatric discourse. Bulletin of the History of Medicine, 82(2), 387-420.
- Grant, Francis C., M.D., “Autopsy photo of brain post prefrontal lobotomy.,” The College of Physicians of Philadelphia Digital Library, accessed May 28, 2019, https://www.cppdigitallibrary.org/items/show/4396.
- “Skull with Evidence of Transorbital Lobotomy,” The College of Physicians of Philadelphia Digital Library, accessed May 28, 2019, https://www.cppdigitallibrary.org/items/show/2599.
- Smith, Kline & French Laboratories, “Clinical Uses of Thorazine,” The College of Physicians of Philadelphia Digital Library, accessed May 28, 2019, https://www.cppdigitallibrary.org/items/show/6780.
- Smith, Kline & French Laboratories, “When Your Patient Says: “I can’t stand the pain any longer”,” The College of Physicians of Philadelphia Digital Library, accessed May 28, 2019, https://www.cppdigitallibrary.org/items/show/6774.
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