The Antibody Initiative -- Diphtheria Treatments and Prevention
Diphtheria Treatments and Prevention
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Diphtheria is caused by bacteria. However, it is the toxins produced by the bacteria, rather than the bacteria themselves, that primarily cause symptoms. The same is true of tetanus and pertussis. Currently, all three of these diseases can be addressed by a single, combined vaccine. The museum’s collections contain objects that document the unique development of the diphtheria vaccine.
In 2017, diphtheria is unfamiliar to many Americans. Yet, before the advent of diphtheria antitoxin and vaccines, the disease was an ever-present source of terror. The illness was especially dangerous for young children, and was known as the “scourge of childhood.”
The bacteria that cause diphtheria invade the lining of the respiratory system, where they then produce toxins. As the toxins kill the tissues of the respiratory system, the dead tissue builds up and forms a pseudomembrane – a thick gray layer in the throat and nose that makes breathing and swallowing extremely difficult. The toxins can also damage the kidneys, heart, and nerves. Thus, the disease both poisons and asphyxiates its victims, giving it another name: “the strangling angel.”
Spencer's Fumigating Diphtheritic Pastilles, ca 1890. The manufacturer of the product claimed that the fumes produced by the pastilles could both prevent and treat diphtheria by destroying “all contagious, putrefactive and disease-bearing germs.”
Even today, the disease is a serious threat. The CDC reports that about 50% of victims who do not receive treatment are killed by the disease. Of those who do receive treatment, 10% still die.
Until the turn of the 20th century, treatment options were limited. In order to try to save a patient from suffocation by the pseudomembrane, doctors performed tracheotomy or intubation procedures. During a tracheotomy, an incision was cut through the skin of the neck and through the trachea; a tube was inserted into the incision, and the patient then breathed through the tube. Intubation procedures needed no incision, instead physicians attempted to keep the airway open by inserting a small tube within the larynx. These procedures were often unsuccessful.
Intubation kit sold by Haussmann, McComb & Dunn, 122 Randolph St., Chicago, 1886-1891. The kit contains a mouth gag to keep the patient’s mouth open. One of the gold-plated O'Dwyer's intubation tubes would be inserted to keep the patient’s airway open. The introducer tool was used to insert the tube, and the extractor tool to remove it.
In 1890, an effective treatment for diphtheria – antitoxin – was discovered by Shibasaburo Kitasato and Emil von Behring in Germany. Pharmaceutical companies and public health agencies began to produce the new serum therapy in earnest.
The New York City Health Department, in particular, pursued largescale antitoxin production. Horses were given gradually increased doses of diphtheria toxins, and their bodies built up antitoxins (antibodies) to neutralize those toxins. The horses were only weakly affected by the toxins, yet their bodies were capable of producing large amounts of antitoxin serum. The horses were bled, and the antitoxin serum was harvested from the blood and processed. When given to a human diphtheria patient, the horse’s antibodies neutralized the toxins poisoning the patient. The Department’s laboratories had a stable of serum production horses with which they provided New York and other areas of the country with diphtheria antitoxin.
Animal Record Book, 1897. Laboratory workers at the City of New York Department of Health and Mental Hygiene used this book to record descriptions and statistics for each horse they used to produce diphtheria antitoxin.
Commemorative medal, Nenana - Nome: For Heroic Service, H. K. Mulford Company, 1925. A replica of the medals given by the H. K. Mulford Company to the dog sled drivers who brought diphtheria antitoxin to Nome, Alaska. The lead sled dog, Balto, became a national celebrity and toured the country.
A 1925 outbreak of diphtheria in Nome, Alaska, brought national attention to the country’s need for diphtheria antitoxin. With the town snowed in, a sled dog team rushed diphtheria antitoxin 674 miles from Nenana to Nome in five days and quelled the epidemic. The event is commemorated annually by the Iditarod Trail Sled Dog Race.
Diphtheria serum was a lifesaving treatment, but it did not prevent diphtheria infection. In 1914, William H. Park of the New York City Health Department devised the first vaccine against diphtheria. Building on earlier work by Behring, Park precisely mixed diphtheria antitoxin with diphtheria toxin. The resulting mixture contained enough toxins to spur the body into creating its own defensive antibodies, but also enough antitoxin to protect the body while it developed those defenses.
Vaccination campaigns were launched to immunize school children against diphtheria. However, to efficiently vaccinate a large population against diphtheria, a test was needed to determine which people already had immunity to diphtheria and which did not. Fortunately, in 1913, Béla Schick had developed just such a test. A tiny dose of diphtheria toxin was injected into the skin of one forearm and a dose of inactivated toxin was injected in the other arm to serve as a control. If an individual had no immunity (no antibodies), redness and swelling would develop around the injection site. No significant reaction would occur if the individual was immune to diphtheria from prior exposure to the disease.
Diphtheria Toxin for Schick Test and Schick Test Control (Heated Toxin), Eli Lilly & Company, ca 1952.
In the 1923, two researchers, Alexander Thomas Glenny and Gaston Ramon, while working separately, developed the same method for inactivating the diphtheria toxin. The inactivated toxin, known as a toxoid, did not poison the body, but it did trigger the body into making antibodies. However, this new toxoid vaccine did not create the same high level of immunity to diphtheria that the antitoxin-toxin mixture had achieved. Three years later, Glenny developed a method of increasing the immunity produced by the toxoid vaccine: he used an adjuvant – a substance that boosts the body’s immune response to the vaccine. During the next decade, the toxoid vaccine gradually replaced the antitoxin-toxin mixture. The toxoid vaccine became the most effective and accepted method of preventing diphtheria, and is still in use today.
Diphtheria Toxoid (Anatoxin-Ramon) Bio. 2100 - Diphtheria Prophylactic - Two Doses for One Person, ca 1938.


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Diphtheria Quarantine Sign - McPherson County Health Department
- Description (Brief)
- Purple cardboard sign with black print. "DIPHTHERIA / All exposed members of household are included in the / quarantine. After 14 days, cultures of throat will be / taken, and two negative cultures not less than 48 hours / apart will be required.--Chapter 205, Statutes 1917. / McPherson County Health Department"
- Location
- Currently not on view
- date made
- ca 1950
- user
- Pierson, Weir
- ID Number
- 2013.3021.02
- nonaccession number
- 2013.3021
- catalog number
- 2013.3021.02
- Data Source
- National Museum of American History
-
Animal Record Book of Horses Used in Serum and Antitoxin Production (1894 -1909)
- date made
- 1884 - 1909
- maker
- New York City Department of Health
- ID Number
- 2017.0184.072
- catalog number
- 2017.0184.072
- accession number
- 2017.0184
- Data Source
- National Museum of American History
-
Anti-Diphtheritic Serum No. 2 - Parke, Davis & Co.
- Location
- Currently not on view
- date made
- 1898
- maker
- Parke, Davis and Company
- ID Number
- 1978.0882.55
- accession number
- 1978.0882
- catalog number
- 1978.0882.55
- Data Source
- National Museum of American History
-
Haussmann, McComb & Dunn Intubation Set
- Description (Brief)
- An intubation kit sold by Haussmann, McComb & Dunn, 122 Randolph St., Chicago. The kit is contained in a leather-covered, hinged case with metal clasp and red fabric lining. The kit contains: 5 gold plated O'Dwyer's intubation tubes with metal obturators; 1 O'Dwyer's Scale (original style); 1 O'Dwyer's Introducer (with wood handle); 1 O'Dwyer's intubation tube extracto (with wood handle); 1 Waxham's mouth gag.
- Location
- Currently not on view
- date made
- 1886 - 1891
- maker
- Haussmann, McComb & Dunn
- ID Number
- MG.M-04708
- catalog number
- M-04708
- accession number
- 148567
- Data Source
- National Museum of American History
-
Medal
- Description
- Replica of the gold medal awarded to the 18 dog team drivers who carried diphtheria antitoxin from Nenana to Nome, Alaska, January 27 - February 2, 1925, for use in the epidemic. The obverse has image of sled dogs and “SERVICE - VALOR - NENANA – NOME.” The reverse has “MULFORD LABORATORIES / FOR THE CONSERVATION OF LIFE” AND “AWARDED TO / [...] / FOR HEROIC SERVICE / H. K. MULFORD CO. / PHILADELPHIA / FEBRUARY 1925.” The medal is attached to blue and yellow grosgrain ribbon.
- Location
- Currently not on view
- date made
- 1925
- maker
- H. K. Mulford Company
- ID Number
- MG.M-02103
- accession number
- 88822
- catalog number
- M-02103
- Data Source
- National Museum of American History
-
Diphtheria Antitoxin (Globulin) - Purified, Concentrated - 1000 Units in Syringe Container, A 14
- Location
- Currently not on view
- date made
- ca 1924
- expiration date
- 1924-09-25
- maker
- Eli Lilly and Company
- ID Number
- 1982.0498.07
- accession number
- 1982.0498
- catalog number
- 1982.0498.07
- Data Source
- National Museum of American History
-
Diphtheria Toxoid (Anatoxin-Ramon) Bio. 2100 - Diphtheria Prophylactic - Two Doses for One Person
- Location
- Currently not on view
- date made
- ca 1938
- expiration date
- 1938-12-01
- maker
- Parke, Davis and Company
- ID Number
- MG.M-04668
- catalog number
- M-04668
- accession number
- 147292
- Data Source
- National Museum of American History
-
Fernbach Flask
- Description
- Auguste Fernbach (1860-1939), a biologist working at the Pasteur Institute in Paris, found that a current of air favored the growth of the diptheria bacillus. The Fernbach flask was designed to take advantage of that observation. This example was probably made in Bohemia, and imported into the United States by the Henry Heil Chemical Co.
- Ref: Henry Heil Chemical Co., Illustrated Catalogue and Price-List of Chemical Apparatus (St. Louis, 1903), p. 232.
- Location
- Currently not on view
- ID Number
- CH.315972
- catalog number
- 315972
- accession number
- 222972
- Data Source
- National Museum of American History
-
Diphtheria Toxin-Antitoxin Mixture, Diphtheria Prophylactic (Goat), 30 cc., Bio. 69
- Description
- The indications or uses for this product as provided by the manufacturer are:
- Each cc. represents 1/10 L + dose of Diphtheria Toxin neutralized to standard with antitoxin obtained from goats.
- For diphtheria immunization. Immunizing treatment consists of three 1-cc. doses injected subcutaneously at intervals of five to seven days.
- Location
- Currently not on view
- date made
- ca 1940
- maker
- Parke, Davis and Company
- ID Number
- MG.M-04894.05
- maker number
- 012090-C
- catalog number
- M-04894.05
- accession number
- 155762
- Data Source
- National Museum of American History
-
Diphtheria Toxin for Schick Test
- Location
- Currently not on view
- date made
- ca 1947
- maker
- Sharp and Dohme
- ID Number
- MG.176974.01
- catalog number
- 176974.01
- accession number
- 176974
- Data Source
- National Museum of American History
-
Diphtheria Toxin for Schick Test Control
- Location
- Currently not on view
- date made
- ca 1947
- maker
- Sharp and Dohme
- ID Number
- MG.176974.02
- catalog number
- 176974.02
- accession number
- 176974
- Data Source
- National Museum of American History
-
Diphtheria Toxoid, Alum Precipitated, Refined
- Location
- Currently not on view
- date made
- ca 1947
- maker
- Sharp and Dohme
- ID Number
- MG.176974.03
- catalog number
- 176974.03
- accession number
- 176974
- Data Source
- National Museum of American History
-
Diphtheria Toxoid, Fluid
- Location
- Currently not on view
- date made
- ca 1947
- maker
- Sharp and Dohme
- ID Number
- MG.176974.04
- catalog number
- 176974.04
- accession number
- 176974.
- Data Source
- National Museum of American History
-
Diphtheria-Tetanus Toxoids Combined, Alum Precipitated
- Location
- Currently not on view
- date made
- ca 1947
- maker
- Sharp and Dohme
- ID Number
- MG.176974.05
- catalog number
- 176974.05
- accession number
- 176974
- Data Source
- National Museum of American History
-
Diphtheria-Tetanus Combined, Alum Precipitated
- Location
- Currently not on view
- date made
- ca 1947
- maker
- Sharp and Dohme
- ID Number
- MG.176974.06
- catalog number
- 176974.06
- accession number
- 176974
- Data Source
- National Museum of American History
-
Diphtheria-Pertussis Combined, Alum Precipitated
- Location
- Currently not on view
- date made
- ca 1947
- maker
- Sharp and Dohme
- ID Number
- MG.176974.07
- catalog number
- 176974.07
- accession number
- 176974
- Data Source
- National Museum of American History
-
Diphtheria-Pertussis-Tetanus Combined, Alum Precipitated
- Location
- Currently not on view
- date made
- ca 1947
- maker
- Sharp and Dohme
- ID Number
- MG.176974.08
- catalog number
- 176974.08
- accession number
- 176974
- Data Source
- National Museum of American History
-
Antidiphtheric Serum, U.S.P. (Serum Antidiphthericum)
- Location
- Currently not on view
- date made
- ca 1920
- maker
- H. K. Mulford Company
- ID Number
- MG.M-00533
- catalog number
- M-00533
- accession number
- 65614
- Data Source
- National Museum of American History
-
Purified Antidiphtheric Serum, U.S.P. (Serum Antidiphthericum Purifcatum)
- Location
- Currently not on view
- date made
- ca 1920
- maker
- H. K. Mulford Company
- ID Number
- MG.M-00534
- catalog number
- M-00534
- accession number
- 65614
- Data Source
- National Museum of American History
-
Diphtheria Antitoxin - Super-Concentrated
- Location
- Currently not on view
- date made
- ca 1929
- maker
- H. K. Mulford Company
- ID Number
- MG.M-02689
- catalog number
- M-02689
- accession number
- 107349
- Data Source
- National Museum of American History