A life-saving soda bottle

This time our object of the month is a soda bottle. It has never contained a beverage, however. It has been used to store and transport blood for transfusions. In addition to a flip-top bottle, the set includes a needle, a rubber bulb syringe, and a metal cannula that branches into two detachable rubber tubes. Unfortunately, as is often the case with old objects, the rubber parts are perished and in quite bad condition.

Blood transfusion apparatus: the bottle and the rubber components. Photo: Helsinki University Museum, Katariina Pehkonen.

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Snapshots from the Children’s Castle

“A love of flowers and children was one of Sophie Mannerheim’s defining features,” writes Tyyni Tuulio in a biography of Mannerheim. Upon her 60th birthday, Mannerheim received a photo album as a gift from the Children’s Castle hospital she had established. Enclosed within the album’s brown leather covers are 26 black-and-white photos of the old Children’s Castle and its patients and staff. This photo album is our object of the month.

A brown photo album with a dedication inscribed on the cover in gilt letters.
Sophie Mannerheim received the album as a gift on her 60th birthday. Photo: Helsinki University Museum.

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Wise old woman’s ointment: Highlights from the museum’s chemicals project

This summer and autumn, the Helsinki University Museum reviewed its fascinating collection of over 2,000 chemical substances, including drugs, samples, analysis series, teaching collections and dental fillings.

To celebrate the end of this review, nicknamed the Poison Project, the object of the month in November is the liniment known as ‘Wise old woman’s ointment’, which intrigued the museum staff participating in the project. We would like to remind all readers that the drugs and recipe mentioned in this text are historical, and we do not recommend that you prepare or use them at home.

An ointment for all ailments

Viisaan muijan voide, or Wise old woman’s ointment, is a liquid medicine brushed or rubbed on skin. Liniments have been used for various ailments, such as rheumatism, sprains and burns. They were manufactured in pharmacies or on commission.

A brown angular glass bottle.
Bottle of ‘Viisaan muijan voidetta’, with the contents listed on the back. Photos: Helsinki University Museum / Jenni Jormalainen.

The ointment is in a brown glass bottle covered with a paper cap, with a label showing an old woman who wears a scarf on her head. The object was originally part of the collections of the museum of medical history and was purchased in the 1930s from a pharmacy in Enso (now Svetogorsk). The label indicates that the Enso pharmacy was the only manufacturer of the ointment at the time. The label and contents are original, although only traces of the ointment remain at the bottom of the bottle.

The label describes the ointment as an all-purpose medicine used for rheumatism, muscle pains, stings and pricks, headaches and toothaches, as well as accidental injuries.

According to the instructions on the side of the bottle, the liniment is for external use only. While located in a warm place, you should rub the substance on the affected area with a woollen patch for ten minutes, after which the same area should be covered with a woollen cloth moistened with the drug.

The sting of capsaicin

Liniments often contained substances that soothe or protect the skin or cause a sensation of heat. The active ingredient was frequently capsaicin, derived from chili peppers, which affected the nerve endings and produced a burning or stinging sensation. However, if swallowed, capsaicin is toxic, irritates the skin, seriously damages the eyes and may cause difficulty swallowing and breathing.

The ‘Wise old woman’s ointment’ contains, for example, a pepper or chili tincture, ethanol, camphor, potassium soap, water, ammonia and various oils, such as rosemary, lavender, thyme and clove oil.

 Memorable names

In addition to the ‘Wise old woman’s ointment’, liniments used in the 20th century had other peculiar names, such as Viisaan ukon voide (‘Wise old man’s ointment’), Kyrön äijän voide (‘Old Man Kyrö’s ointment’)’, Ojan isännän linimentti (‘The Oja farmer’s liniment’), Hota-linimentti (‘Hota liniment’) and Sloan’s liniment. Today, some of these names and images may appear disrespectful.

The developer of Sloan’s liniment was Andrew Sloan, a self-taught veterinarian and horse harness maker. Originally, his liniment was used to ease muscular stiffness in horses. The liniment began to be marketed and sold for human use by Andrew’s son Earl Sawyer Sloan, and industrial manufacture commenced in the early 20th century.

In addition to the Hota liniment, a powder version of Hota, Hota-pulveri, was manufactured for pain relief by Star, a pharmaceutical factory based in Tampere, Finland. This version was also known as ‘Indian powder’ because of the Native American man pictured in the label. The powder remained popular until the 1960s.

Two medicine packages, a black-and-white cardboard box and a sachet bearing the likeness of a Native American man against a blue and yellow background.
From the beginning, the labels of Sloan’s liniment packaging have featured the moustachioed Earl Sloan, the man who started the industrial manufacture of the liniment. The flower on the Hota packing referred to the hota flower, considered sacred by many Native Americans. Photos: Helsinki University Museum / Timo Huvilinna.

The Poison Project of 2022

Helsinki University Museum has previously explored the chemicals in its collections when they have been moved. Earlier blog posts on the topic can be read in Finnish here and here, and a Finnish-language article is also available in the Konservaattori magazine (2018).

As part of the museum’s 2019–2021 relocation, all of the museum’s chemicals were moved to the Collections and Conservation Centre of the Finnish Heritage Agency. In the new facilities, the chemicals were placed in air-conditioned cabinets, but it was soon discovered that the space was insufficient. To separate and remove safe chemicals from the air-conditioned cabinets, the substances were again reviewed.

Three people standing by a desk, wearing blue protective aprons and powered respirators, i.e., helmets that cover the face and from which a tube leads to a belt-mounted motor and filters.
Members of the toxin team sorting chemicals. Photo: Helsinki University Museum/Katariina Pehkonen.

Keep calm and keep sorting

The team soon discovered that it needed chemistry expertise and, having been encouraged to cooperate with students, decided to hire Maija Montonen, a chemistry student, for the summer.

The team listed over 2,000 chemicals in a spreadsheet file for Maija to review. The chemicals were investigated with the aim of finding missing information by identifying substances, labelling hazardous chemicals and assigning CAS numbers. (CAS, or the Chemical Abstract Service, is a chemical identification system.) In addition, storage recommendations were issued, and the chemicals were colour-coded in accordance with a hazard assessment. The substances were sorted based on their properties (organic, inorganic, acidic and oxidising, flammable) and state (liquids, solids).

After being examined and sorted, the chemicals were repackaged, photographed and sealed using Parafilm. Toxins were packed in transparent plastic boxes, and an absorbent cloth was placed at the bottom of each box containing liquids to protect against possible leaks.

When handling chemicals, the team members used personal protective equipment, such as powered respirators, nitrile chemical gloves and protective aprons. A sticky mat was placed in front of doors to prevent the spread of harmful substances to other facilities. Chemicals requiring more detailed examination were handled in a fume hood.

During the review, some chemicals were disposed of. This was done if, for example, medicine packages were found to be in poor condition or too hazardous to be stored. The items disposed of included chemicals that are lethal when inhaled if the container breaks despite precautions.

 Shelf life

The Helsinki University Museum is also involved in the MUHA project (Perceived and measured hazards in Finnish museum work environments). During the chemicals project, volatile solvents were measured from the packaging area using a 3M diffusion collector. The results will be published later.

Sorting, repackaging and shelving chemicals and recording information on their location was a huge task, but it resulted in a better-organised collection of chemicals and a great deal of useful information about them. The most hazardous chemicals were separated into air-conditioned cabinets to ensure safer handling.

White cabinets with transparent plastic boxes with red, yellow or green labels on the sides.
Colour-coded chemical boxes on shelves. Photos: Helsinki University Museum / Jenni Jormalainen.

Maija’s experiences of the chemicals project:

Who are you and what are you studying?

My name is Maija Montonen and I’m a third-year student in the Bachelor’s Programme in Chemistry at the University of Helsinki.

Why were you interested in participating in this project?

The project enabled me to use the chemistry expertise I have developed through my studies, but also taught me many new things, which I’m sure will be useful in the future. This was also a unique opportunity unlikely to be repeated. The recruitment ad stated that the museum collections include a wide range of chemicals and medicines, and I was interested in exploring them in detail. I also appreciated the fact that this was a summer job that allowed me to work remotely and independently.

What did your duties involve? What are your top tips for investigating chemicals?

My duties included finding out what the chemicals contained, what their CAS numbers were and how they should best be stored. When deciding on the place of storage, I assessed the hazards involved and determined the state of the chemical and whether it was inorganic, organic, oxidising, etc.

My sources were mainly websites, such as PubChem, Sigma-Aldrich and the ILO’s International Chemical Safety Cards. Many of the chemicals were so old or unlabelled that the information available was very limited, which meant I had to do some painstaking detective work and trawl through many websites. In some cases, I conducted a hazard assessment based on another similar chemical. Various types of machine translation software were also useful because information on many of the drugs was available only in German, for instance.

: A young woman with dark hair is holding a stack of papers in her hand.
Maija presenting a printed version of the chemicals spreadsheet. Photo: Helsinki University Museum / Helena Hämäläinen.

What were the biggest challenges and successes?

For many chemicals, the biggest challenge was finding reliable information on their content. I had a lot of difficulty particularly with the dental collections because the packaging and jars often indicated only the manufacturer. The collections also included some old medicines which are currently available in new versions under the same name. With them, it was difficult to determine whether the old version contained the same substances as the new ones. On the other hand, with some medicines I had information on the active ingredient, but could find no information on the properties of the substance.

When carrying out further studies, it was nice to notice that I was able to find more information on many chemicals whose properties had previously been indicated as uncertain, enabling me to determine an appropriate storage solution. I’m also happy that we were able to carry out the project pretty much on schedule, considering the size of the chemicals collection.

What was it like for a chemistry student to work at a museum?

I noticed I had a fairly limited idea of what museum staff do. It was interesting to listen to the discussions and learn more about what the staff do on a daily basis. I’ll look at exhibitions with a new perspective and appreciation.

What is your favourite chemical? 

My favourites are, of course, the ones I could easily find information on 😊.

Personally, I was fascinated by the slightly more scary substances that meant the project really deserved to be called the Poison Project. Many of these were derived from plants and fungi, including the belladonna (Atropa Belladonna), the henbane (Hyoscyamus niger), the thorn apple (Datura stramonium) and ergot fungi. The group of homeopathic remedies also included interesting active ingredients, such as the monkshood (Aconitum napellus) and venom from the bushmaster (Lachesis muta) viper. Other favourites came with a story, such as the Rimpelin elixir or the poppy seed crispbreads leading to a positive drug test.

 An angular glass bottle with remnants of a brown liquid, and a plastic bag with three or four crispbreads and a small plastic drug test.
In 1908 Adolf Rimpelin began to sell his eponymous drug, claiming it cured consumption. A hospital bearing his name was established in Helsinki, but closed after just five months. Recipe for the Rimpelin elixir: Mix two litres of fine cognac with half a litre of salt. To this, add a mixture obtained from boiling one tablespoon of pitch oil or tar in one litre of water until half of it has evaporated.
The crispbreads in the other photo have been used to teach students. If you eat the amount of poppy seed crispbreads in the bag and then take a urine sample, you will test positive for opiates.
Photos: Helsinki University Museum / Jenni Jormalainen and Henna Sinisalo. 

Jenni Jormalainen

Conservator

Sources:

Bay Bottles: Sloan’s Liniment, Kills Pain. https://baybottles.com/2018/04/10/sloans-liniment-kills-pain/

Drugs.com: Sloan’s Liniment. https://www.drugs.com/mtm/sloan-s-liniment.html

Ryhmärenki: Apteekkimuseon aarteita. https://ryhmarenki.fi/wp-content/uploads/2018/02/Apteekki-museon-aarteita-Tieto-ja-kysymyskortit.pdf

Toriapteekki: Kamferitippoja, Kyrön äijää ja Viisasta muijaa. https://www.toriapteekki.fi/historia

Vahvike, ryhmä- ja viriketoiminnan aineistopankki: Apteekki: Linimentit. https://www.vahvike.fi/fi/kuvat/kuva/637

Wikipedia: Earl Sloan. https://en.wikipedia.org/wiki/Earl_Sloan

Wikipedia: Adolf Rimpiläinen. https://fi.wikipedia.org/wiki/Adolf_Rimpil%C3%A4inen

Yle, Priima: Muistatko mummon ihmerohdot. http://vintti.yle.fi/yle.fi/priima/node/403.html

 

 

 

Heaven on Earth: The meteorite at Helsinki Observatory

Old objects are usually not to be touched in exhibitions, but the meteorite at Helsinki Observatory is an exception to the rule. Despite being far older than any other object at the Observatory, the public are expressly invited to touch it. To celebrate the 10-year anniversary of the Observatory’s permanent exhibition, our object of the month in October is the meteorite at Helsinki Observatory.

A shiny metallic meteorite resting on a blue table. A hand emerging from the top right corner of the photo touches the meteorite with one finger.
Please touch! Photo: Paula Kyyrö / Helsinki University Museum.

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A marble likeness of Porthan

Henrik Gabriel Porthan (1739–1804), librarian and professor of rhetoric and verse at the Royal Academy of Turku (the predecessor of the University of Helsinki), was a popular figure during the period of national awakening in 19th-century Finland. He is considered the father of Finnish historiography. The University of Helsinki’s Galleria Academica portrait collection contains a large number of sculptures, including a marble bust of Porthan wearing a wreath and a toga – our object of the month. The artist who created this work is Swedish-born Carl Eneas Sjöstrand (1828–1906). The sculpture is fairly heavy, coming in at 82.5 cm in height, and is accompanied by a mahogany pedestal measuring 151 cm.

The white bust of a man wearing a wreath and a robe, the top of which is visible. The sculpture stands on top of two wooden pallets of different sizes placed on a pallet stacker.
The marble bust of Porthan is currently kept in the University’s collection facility. Photo: Johannes Keltto, Helsinki University Museum.

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Dental panoramic radiography – A Finnish invention

After the end of the Second World War in 1945, Yrjö V. Paatero, Doctor of Dental Science, worked at the University of Helsinki’s Institute of Dentistry, overseeing X-ray examinations and diagnostics. He longed to do research work, but had little time for it because his days were filled with routine tasks. At the time, dental X-rays were taken by placing a film in the patient’s mouth time and again because several X-rays had to be taken to determine the condition of the entire dentition. Paatero was keen to find a less time-consuming solution, and the seed of the idea of panoramic radiography began to germinate. However, the road to this point had been far from simple, and several stumbling blocks still remained.

A woman sitting on a chair with a metal contraption encircling her head. On her right is an X-ray camera and on the left a man in a white coat is adjusting a curved X-ray film placed on a stand.
A pantomograph being used at the University of Helsinki’s Dental Clinic on Fabianinkatu street. Yrjö. V. Paatero on the left. The photo is from an article published in the Uusi Suomi newspaper in 1953. Photo: Yrjö V. Paatero Archives, privately owned.

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Farrier tools as a birthday present

This time, our object of the month is a farrier’s wooden toolbox, originally given as a present to Veterinary-Colonel Georg Öhman (1891–1957) in December 1941 – not for Christmas, but for his 50th birthday.

The first photo is of a flat wooden box with a metal plate on the lid bearing the names of the giver and recipient of the present. The second photo shows the box open, revealing farrier tools attached to the lid and bottom of the box with small wooden pegs.
The farrier’s toolbox is made of light-coloured lacquered wood. Each tool has its own, carefully sized place in the box. Photo: Helsinki University Museum / Katariina Pehkonen.

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Eesti tudengite värvirikas teklitraditsioon

Tartu Ülikool saab 30. juunil 390-aastaseks. Tähtpäeva puhul on kuu eksponaadiks eestlaste esimese üliõpilasorganisatsiooni tekkel, aga juttu tuleb ka nõukogudeaegsest üliõpilasmütsist ja tudengite teklitraditsioonist laiemalt.

sinisest viltriidest valmistatud musta nokaga müts, mille alumises servas on must-valge triip ja lael valge rosett.
Helsingi ülikooli muuseumi kogudesse kuulub Eestis 1930ndatel õppinud vahetusüliõpilase tekkel. Musta nokaga müts on valmistatud sinisest viltriidest, selle alumises servas on must-valge triip ja lael valge rosett. Foto: Mai Joutselainen, Helsingi ülikooli muuseum.

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The colourful tradition of student caps in Estonia

In honour of the 390th anniversary of the University of Tartu on 30 June 2022, our object of the month is the cap of the first Estonian student organisation. We are also presenting a student cap from the Soviet era and the Estonian cap tradition more broadly.

A cap embroidered with a white star and made of blue felt fabric, with a black-and-white band round the edge and a black peak.
The collections of the Helsinki University Museum include a cap that originally belonged to a student who had gone on an exchange to Estonia in the 1930s. A cap embroidered with a white star and made of blue felt fabric, with a black-and-white band round the edge and a black peak. Photo: Mai Joutselainen, Helsinki University Museum.

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A memento of a ceremony for the learned

This spring, we will again celebrate holders of master’s and doctoral degrees in solemn conferment ceremonies organised by University of Helsinki faculties. Our University has a long history of conferment ceremonies: the first such ceremony took place at the Academy of Turku (now the University of Helsinki) as early as 1643. To celebrate the festivities this spring, our object of the month is one of the many mementoes of previous ceremonies in our collections, a picture of the participants in the conferment ceremony of the Faculty of Philosophy in 1894.

A framed picture with photos of many individuals glued on cardboard.

Photo: Helsinki University Museum / Anni Tuominen

Similar conferment pictures were customary from the late 19th century to the 1950s. The collections of the Helsinki University Museum include a total of eight such pictures, the oldest from 1890 and the most recent from 1957. Photos of graduands have also occasionally been compiled into an album, which has been presented as a commemorative gift to the official garland-weaver.

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