Squibb Ether
In 1853, less than a decade after Morton’s public demonstration of ether’s anesthetic properties, physician and chemist Edward Robinson Squibb (1819-1900) began to develop a method for the distillation of ether. He published the details in an 1856 issue of the American Journal of Pharmacy and, in 1858, founded the pharmaceutical company E. R. Squibb in Brooklyn, New York. Ether for surgical anesthesia was the company’s first product.
Ether was still in use when World War II broke out. Although made after WWII, the ether can pictured here is a good example of the type of can produced by Squibb and made available to American military anesthesia providers during the war. Although a wide variety of anesthesia techniques were employed during WWII, inhalation anesthesia with ether was one of the most common. It was generally administered with an anesthesia machine, such as the Ohio 685. However, there were occasions when a working machine was not available and ether was administered via the open drop method. In fact, a Yankauer Mask for open drop anesthesia was among the supplies included in the standard U.S. Army Anesthesia Set.
Ether continued to be used in civilian practice after WWII. Moreover, ether was not completely replaced by newer anesthetic agents until the 1970s, more than 100 years after the first public demonstration of its anesthetic properties.
Catalog Record: Squibb Ether
Access Key: ameb
 Accession No.: 2014-02-27-2
Title: Ether Squibb for anesthesia, U.S.P.
Corporate Author: E. R. Squibb & Sons.
Publisher: New York : E. R. Squibb & Sons, [between 1956 and 1968?].
Physical Descript: 1 can : metals, paper ; 10 cm in height by 5.5 cm in diameter.
 Subject: Drug Packaging.
 Subject: Ether, Ethyl.
 Note Type: General
 Notes: The following text is printed on the can’s label and on the accompanying box,
 “For over one hundred years Squibb Ether has served surgeons, anesthetists 
 and hospitals in many millions of cases, …”. Based on this statement, the 
 early year in the date range for the possible year of manufacture of this 
 ether can is based on the year (1856) that E.R. Squibb first published a 
 description of his method for producing ether (in the American Journal of 
 Pharmacy). However, the year that the company was founded was 1858, so the 
 early year could possibly be narrowed to 1959. Also printed on the can’s 
 label is the following text, “Division of Olin Mathieson Chemical 
 Corporation”. Based on this text, the end year in the date range for the 
 possible year of manufacture is based on the year (1968] that E.R. Squib & 
 Sons was spun off the Olin Mathieson Chemical Corporation. The date range may
 change if documentation, or expert opinion, indicates that it should be 
 corrected.
 Note Type: Citation
 Notes: Beecher HK. Anesthesia for men wounded in battle. In: DeBakey ME, ed.; United
 States Army Medical Service Historical Unit. Surgery in World War II: General
 surgery. Washington, D: Office of the Surgeon General, Department of the 
 Army; 1955. https://history.amedd.army.
 mil/booksdocs/wwii/surgeryinwwii/chapter3.htm. Accessed July 28, 2015.
 Note Type: Citation
 Notes: Doud EA. Anesthesia. In: Berry FB, ed. Surgery in World War II: Thoracic 
 Surgery. Vol. 1. Washington, D.C.: Office of the Surgeon General, Department 
 of the Army; 1963:262. https://history.amedd.army.
 mil/booksdocs/wwii/thoracicsurgeryvolI/chapter10.htm. Accessed July 28, 2015.
 Note Type: Citation
 Notes: Drews J. The history of the pharmaceutical industry: natural substances as 
 drugs. In: Kramer D, trans. In Quest of Tomorrow’s Medicines. New York: 
 Springer-Verlag; 1999:28.
 Note Type: Citation
 Notes: Olin Mathieson Chemical Corporation. Lehman Brothers Collection website. 
 https://www.library.hbs.edu/hc/lehman/company.
 html?company=olin_mathieson_chemical_corporation. Accessed July 27, 2015.
 Note Type: Citation
 Notes: Squibb, Edward Robinson (1819-1900). In: Van Doren CL, HcHenry R, ed. 
 Webster’s Guide to American History: A Chronological, Geographical, and 
 Biographical Survey and Compendium. Springfield, Mass.: G. & C. Merriam Co.; 
 1971:1242-1243.
 Note Type: Citation
 Notes: Squibb ER. Spiritus aetheris nitrici. Am J Pharm. July, 1856;4:289-304.
 Note Type: Physical Description
 Notes: One empty can, and a paperboard box, labeled for ether; The nozzle has two 
 small puncture holes; It measures approximately 10 cm in height by 5.5 cm in 
 diameter, except at the neck and nozzle; The nozzle measures approximately 2 
 cm in diameter at its widest point; The accompanying box, also labeled “Ether
 Squibb”, measures approximately 6 x 11 x 6 cm (height x width x depth); 
 Measurements were taken treating the side with “Ether Squibb” printed in 
 large red lettering as the ‘front’ of the box; A cork is stored inside the 
 box; Text on the can’s label includes, “[on upper left] Flammable [on upper 
 right] List 4032 [new line] Squibb logo [new line] 1/4 lb. (113.4 Gm.) Poison
 [new line] Ether Squibb [new line] FOR ANESTHESIA, U.S.P. [new line] Ether, U
 S.P. produced exclusively for anesthetic use. Of superior … [new line] 
 ANTIDOTES:—Artificial respiration; respiratory stimulants; oxygen; fresh air.
 [new line] Caution: Federal law prohibits dispensing without a prescription. 
 [new line] E R SQUIBB & SONS, NEW YORK [new line] DIVISION OF OLIN MATHIESON 
 CHEMICAL CORPORATION”; In green ink, printed diagonally across the text under
 the main, Ether Squibb [new line] FOR ANESTHESIA, U.S.P.”, are the words, 
 Copper [new line] Protected”; Also printed on the label is, “Squibb Ether 
 [new line] is and always has been made only in the SQUIBB Laboratories, by 
 the process originated by Dr. E. R. Squibb, and improved and perfected 
 exclusively in the Squibb Laboratories. [new line] For over one hundred years
 Squibb Ether has served surgeons, anesthetists and hospitals, in many 
 millions of cases, with utmost satisfaction, affording the greatest safety 
 and comfort to their patients. [new line] Chemical and physical tests alone 
 seem inadequate to fully demonstrate superior quality in ether, hence long 
 clinical experience must complete the evidence of fitness. One hundred years 
 of clinical experience has demonstrated this outstanding fitness and 
 acceptance of Squibb Ether. [new line] NOTE Ether shall NOT be used for 
 anesthesia if opened and exposed to air for 24 hours. [new line] Made in U.S.
 A.”; Also printed on the label is, “CAUTION:—Ether is highly flammable. It 
 should be kept in a cool place and remote from an open flame or sparking 
 apparatus. When employing the open drop method and using the actual cautery, 
 remove the ether inhaler and cover the patient’s face with a wet towel. When 
 employing closed system anesthesia observe suitable anti-static precautions. 
 [new line] Keep at a temperature not exceeding 25° C. (77° F.)”; The text on 
 the box includes the text printed on the ether can label, as well as the 
 following, “SQUIBB manufactures anesthetic ether of one quality only, 
 preserved in internally copper coated cans thus protecting the ether against 
 deterioration normally occurring on aging in other types of containers. Only 
 the use of the best anesthetic ether is consistent with the welfare of the 
 surgical patient or the use of fine anesthetic equipment.”; Other text on the
 box but not on the can’s label includes, “OPEN OTHER END [new line] Ether 
 Squibb [the following is stamped, new line] FSN 6505-153-8225 [new line] 
 CONTROL: 8B516″; Additional text on box includes, “OPEN HERE [new line] Ether
 Squibb [new line] FOR ANESTHESIA [new line] 1/4 lb. (113.4 Gm.)”.
 Note Type: Reproduction
 Notes: Photographed by Mr. Steve Donisch on June 4, 2015.
 Note Type: Acquisition
 Notes: Donated to the WLM in memory of Patrick Sim by Mr. Alex Peck.
 Note Type: Historical
 Notes: In 1853, less than a decade after Morton’s public demonstration of ether’s 
 anesthetic properties, physician and chemist Edward Robinson Squibb 
 (1819-1900) began to develop a method for the distillation of ether. He 
 published the details in an 1856 issue of the American Journal of Pharmacy 
 and, in 1858, founded the pharmaceutical company E. R. Squibb in Brooklyn, 
 New York. Ether for surgical anesthesia was the company’s first product. 
 Ether was still in use when World War II broke out. Although made after WWII,
 the ether can pictured here is a good example of the type of can produced by 
 Squibb and made available to American military anesthesia providers during 
 the war. Although a wide variety of anesthesia techniques were employed 
 during WWII, inhalation anesthesia with ether was one of the most common. It 
 was generally administered with an anesthesia machine, such as the Ohio 685. 
 However, there were occasions when a working machine was not available and 
 ether was administered via the open drop method. In fact, a Yankauer Mask for
 open drop anesthesia was among the supplies included in the standard U.S. 
 Army Anesthesia Set. 
 Ether continued to be used in civilian practice after WWII. Moreover, ether 
 was not completely replaced by newer anesthetic agents until the 1970s, more 
 than 100 years after the first public demonstration of its anesthetic 
 properties.
 Note Type: Publication
 Notes: Fitzpatrick E, Eastman NJ. Analgesia and anesthesia in labor. In: Zabriskie’s
 Obstetrics for Nurses. 10th ed. Philadelphia: J.B. Lippincott Company; 
 1960:233-234. [A photograph of a Ether Squibb can along with a Yankauer Mask,
 airways, and drop bottle can be found on page 234. There is a short 
 description of the figure on page 233.]
 Note Type: Publication
 Notes: Martin DP, Burkle CM, McGlinch BP, Warner ME, Sessler AD, Bacon DR. The Mayo 
 Clinic World War II short course and its effect on anesthesiology. 
 Anesthesiology 2006;105(1):209-213. https://anesthesiology.pubs.asahq.
 org/Article.aspx?articleid=1923229. Accessed July 28, 2015.
 Note Type: Publication
 Notes: Martin JS. The teaching of anesthesiology in the army. JAMA. 
 1942;119(16):1245-1248.
 Note Type: Publication
 Notes: Parks CL, Schroeder ME. Military anesthesia trainees in WWII at the 
 University of Wisconsin: their training, careers, and contributions. 
 Anesthesiology. 2013;118(5):1019-1027. https://anesthesiology.pubs.asahq.
 org/article.aspx?articleid=1918571. Accessed July 28, 2015.
 Note Type: Publication
 Notes: Rothweiler EL. Obstetrical care of the patient. Nursing in Pictures. 
 Philadelphia: F.A. Davis Company; 1945:K-7. [In a photograph of a “Rectal 
 Ether Tray” is a box of Ether Squibb.]
 Note Type: Publication
 Notes: Subcommittee on Anesthesia of Division of Medical Sciences, National Research
 Council. Fundamentals of Anesthesia: An Outline. Chicago, Illinois: American 
 Medical Association Press; 1944.
 Note Type: Exhibition
 Notes: Selected for the WLM website (noted July, 2015).

