History of Gloves
How a few multi-disciplinary thinkers saved people by the millions

In the beginning of the 19th century, microorganisms were unknown to the world. Science was unable to explain why people got ill or why open wounds often caused fatal infections. It was assumed that some kind of “bad air” caused infections and any other explanation was swiftly disregarded as non-scientific assumption. Hospital bed linens were not changed after the patients left and surgical instruments were not cleaned after use. Medical operations utilizing anesthesia were just starting to be commonplace, which meant major pain and trauma relief to the patients. Pathological procedures were done without any protection whatsoever and a little cut through the skin or small droplets of infectious material in an open wound or orifice could already lead to the death of the investigating physician.

The history of gloves begins with the first trials of aseptic routines mid-19th century, strongly propagated by, among others, the famous British physician Joseph Lister, who developed the aseptic system with Carbolic Acid (today known as “Phenol”) to clean hands, instruments and surfaces. The process was continuously improved, especially after the discoveries of the famous French chemist Louis Pasteur, whose name is immortalized in the word “pasteurization” to honor the breakthrough in bacteriology and microbiology. Lister and Pasteur exchanged ideas during most of their careers and in the later part of their lives even became friends.

(Joseph Lister)
(Louis Pasteur)
Others, like the Austro-Hungarian physician Ignaz Semmelweis, who used chlorine-based disinfectants to significantly reduce maternal mortality caused by childbed fever, advanced their theories about particles transmitting diseases. Lister was among the first highly regarded physicians to approve the doctrines of Semmelweis, who was only praised post-hum for his achievements. Another big milestone was the link between certain germs and their diseases and the resultant manifestation of certain symptoms. This discovery was done by the famous German physician Robert Koch, parallel to the works of Pasteur, who was advancing in the same field. Koch also managed to cultivate the first pure cultures of several microorganisms, which greatly supported further research on microorganisms. Before all their scientific breakthroughs, hospitals and medical facilities were infested with microorganisms as the hygiene standards were far below today’s level.
(Ignaz Semmelweis)
However, the new methods of hand disinfection and the first hygiene procedures often came with a price, as the well-being of the medical workers was not yet in focus. Some medical staff experienced severe side effects including long lasting irritations, eczema, and sensitizations. In 1889, Caroline Hampton, the 28-year old chief surgical nurse of the John Hopkins Hospital, told her supervisor, American physician William Halsted that she intends to quit her profession due to severe reactions of her skin to the disinfectants used prior to and during surgical operations. Halsted suggested different solutions to her, which all were found impractical, before taking a cast of Hampton’s hands and sending them to the Goodyear Rubber Company. The still-existing company produced a few pair of gloves and when Hampton returned from vacation, she found several of her colleagues already using the new rubber gloves, praising better grip of wet instruments and easier cleaning procedures of the hands.
(Robert Koch)
The glove usage relieved her pain and she renounced any intentions to quit her profession. She later married Halsted, the very physician responsible for this invention. An assistant to Halsted, physician Joseph Bloodgood, later noticed that the usage of gloves also significantly decreased the likelihood of complications caused by infections on the surgical wound of the patients. It was in this moment, the freshly invented gloves and personal protective equipment became a medical device. Its intended usage shifted from only protecting the user to also protecting the patients. A few thinkers challenged the status-quo of their time and by doing so, did not only lay the foundation for a new era in medical history, but saved people by the millions and making medical treatments the high-standard routines that we take for granted today.
(William Halsted)
(Joseph Bloodgood)

The future trends of the glove business

There is little doubt that most established trends in medical cleanliness will continue. Additionally, improvements in manufacturing and safety will continue to drive innovation. So, it can be expected that powder-free gloves will become the new standard in most markets, especially the higher developed and regulated markets. Also, the acceptable quality limits will further improve as they recently did with the comparable surgical gloves. Below is a display of the trends that cover most of the markets and are likely to continue after the pandemic situation is relieved.

Trend Description
Powdered to powder-free gloves Ongoing transition to the market from powdered to powder-free gloves. Powdered gloves are often recognized as lower in performance and price. Since the ban of medical latex powdered gloves in the USA, also other markets have joined in this transition.
Sustainable products Sustainability is a key driver of today’s business and especially with single-use consumables, it is a key point in an environmentally sound product strategy. Natural rubber resurges in particularly aware markets, although quality demands have significantly risen. Sri Trang Gloves (Thailand) offers a variety of sustainable products, with its champion – the FSC certified latex gloves. All products are dipped in BSCI inspected factories, ensuring an effective and regular control of our sustainability competences.
Increased quality Quality demands are rising, not only for the physical properties, but also appearance and usability. Today, even consumable products are evaluated for their packing method, material quality and quality standards. Sri Trang Gloves (Thailand) aims for the integration of international standards such as ISO13485, ISO9001, FSC, BSCI, ISO22000, ISO14001 and many more.
Stricter compliance The way of the past may not be a perfect fit for the future. Sri Trang Gloves (Thailand) is not only constantly striving for improving its own compliance game, but also proactively supports its customer with advice, tools, and guidelines. Contact us and convince yourself!
New crosslinking & accelerator systems New crosslinking systems will improve the lives of people who are vulnerable to skin irritation and sensitization during or after glove usage. In objective and standardized tests, these new systems perform significantly better to the current state of the art. Sri Trang (Gloves) Thailand wants to help its customers to master the leap into this new product segment. Ask us for more details about alternative crosslinking and accelerator systems.
Security Improvements New innovations in barcoding, tracing, and labeling will ensure products are authentic and reliable. Several countries demand online database registrations that are publicly viewable. End users and institutions can verify the identity and compliance of the products.
Smart Manufacturing Renovation and innovation in production processes, such as integration of Smart Technology, will ensure the highest possible efficiency while maintaining the level of quality required by the market.
References

Pictures:

  1. https://en.wikipedia.org/wiki/Joseph_Lister
  2. https://de.wikipedia.org/wiki/Louis_Pasteur
  3. https://en.wikipedia.org/wiki/Ignaz_Semmelweis
  4. https://en.wikipedia.org/wiki/Robert_Koch
  5. https://en.wikipedia.org/wiki/William_Stewart_Halsted

Sources:

  • Pitt, Dennis/Aubin, Jean-Michel (2012). Joseph Lister: father of modern surgery. Canadian journal of surgery. Journal canadien de chirurgie, 55(5)
  • Kadar, Nicholas/Romero, Roberto/Papp, Zoltan (2019). Ignaz Semmelweis: “The Savior of Mothers” On the 200th Anniversary of the Birth. American Journal of Obstetrics & Gynecology 219(6), 519–522.
  • https://www.sciencemuseum.org.uk/objects-and-stories/medicine/listers-antisepsis-system (28.11.2020)
  • https://www.britannica.com/biography/Louis-Pasteur/Vaccine-development (30.11.2020)
  • https://www.pasteur.fr/en/institut-pasteur/history (30.11.2020)
  • https://www.britannica.com/biography/Ignaz-Semmelweis (30.11.2020)
  • https://www.nobelprize.org/prizes/medicine/1905/koch/biographical/ (30.11.2020)
  • https://www.rki.de/EN/Content/Institute/History/rk_node_en.html (30.11.2020)
  • https://www.britannica.com/biography/William-Stewart-Halsted (30.11.2020)
  • https://www.hopkinsmedicine.org/about/history/history-of-jhh/founding-physicians.html (30.11.2020)
  • http://portraitcollection.jhmi.edu/portraits/bloodgood-joseph-colt (30.11.2020)
  • https://www.sciencehistory.org/distillations/the-nurse-who-introduced-gloves-to-the-operating-room (30.11.2020)
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