19th century medicines
By Alison Lykissas, Powerhouse Museum, 2011
The medicines in the chest
reflect the 19th century inclination to induce sweating, vomiting or diarrhoea
as a method of treating a variety of illnesses. Some were used for minor
complaints such as indigestion, coughs or mouth ulcers, and others for various
types of fevers such as scarlet fever, measles and smallpox. There were also
medicines to address ailments common on long voyages.
These portable medicine chests were quite popular at the time. Prior to this
period, Britain had a long tradition of medical self-help; the wealthy kept
herb gardens, and their servants prepared medicines in stills, while the poor
relied on local folklore and ingredients they collected. Medical expertise and
day-to-day treatment were often passed down through family recipes and
knowledge. Women were frequently the conveyors of such knowledge, and it wasn't
until the mid 1800s that pharmacy became a profession. Before then it was
considered more an art than a science.
Medicine chests such as this one reflect a period of change in pharmaceutical
health care, and there were many reasons for their popularity. Towards the end
of the 1700s, medical texts began to be written for the general public in
easily understood language. Chemical remedies, which could not be collected by
the general public, were becoming more accessible and began to replace plant,
mineral and animal based products. The growth of the middle classes meant that
more people could afford them, and the ease of having readymade tinctures and
powders on hand from trustworthy sources far outweighed the inconvenience of
labouring over a hot still for hours ...
The medicine chest
By Claude Moore Health Sciences Library, University of Virginia, 2005
The
medicine chest is an example of nineteenth century campaign furniture. It is
made of mahogany with crushed blue velvet lining in the lid and in the sides of
bottle compartments and the sides and base of two empty drawer compartments. It
is finely figured to the front with a plainer grain mahogany timber used on the
sides. The lower drawer has a tray with compartments that fits within the
drawer when it is closed in the chest. There are eight compartments in the
drawer and eleven in the top of the chest. There is a handle on the top of the
lid and on the front of the drawer. There is a keyhole on the front of the
chest above the drawer. A locking pin fits through a barrel opening on the lip
of the chest lid when opened, through the front of the chest and into a hole in
the drawer when it is closed, to fasten the drawer in place.
Medicine at this time was still quite
primitive at best, based on the Greek theory that the body consisted of four bodily
humors: blood, phlegm, yellow bile, and black bile. Disease was caused by an
imbalance of these humors. Hence, a physician’s duty was to employ treatment
that would restore this delicate balance. Treatment rested on curing the
symptoms of the disease rather than the disease itself. Prescribed therapies
were limited to diet, exercise, rest, bath, and ‘heroic medicine’. Heroic
medicine, consisting of purging, starving, vomiting, or bloodletting, was
thought to relieve the body of symptoms like fever or inflammation.
Quinine
By D Greenwood, ‘The quinine connection’, Journal of Antimicrobial Chemotherapy, 30 (1992), pp 417-427
Quinine
is the active ingredient in cinchona, a plant found in Peru. Spanish colonisers
learned about an indigenous plant, which Linnaeus named ‘cinchona’ in
honour of the Spanish viceroy's wife, who had reportedly been cured
from malaria by the plant.
Quinine
was an effective treatment against malaria, and is probably the most important
example of the role of colonialism in the global distribution of a drug.
Malaria had been endemic in many parts of Europe since ancient times, and there
was no known cure until the introduction of cinchona in the 1500s. Cinchona was
popularised in Europe by the Jesuit cardinal Juan de Lugo, and became known as
‘Peruvian bark’ or ‘Jesuits' bark’.
In
1820, French chemists Joseph Bienaimé Caventou (1795-1877) and Pierre-Joseph
Pelletier (1788-1842) isolated the active ingredient quinine from the plant,
which enabled the industrial production of the drug. Supplies of quinine were
particularly important for European armies and colonies - to protect soldiers
and colonists from the devastating disease. The British made many efforts to
manufacture quinine, so they would not need to rely on being able to acquire the
cinchona plant.
Ipecacuanha Wine
By McCord Museum, Montreal, Canada
Ipecacuanha,
or ipecac, mixed with various wines and syrups was still very popular in the
late 19th century. In high doses, its active ingredient, emetine, causes
vomiting. The belief was that this rid the body of excess bile, thus restoring
the balance of the humours. Most often, it was used in small doses as an
expectorant and diaphoretic (sweat-causing) agent in treating colds and
flus.One curious recipe recommends combining mutton fat with ipecac in hot milk
for use as a chest poultice.
APOTHECARY BOTTLES AND BOX
The
chest is filled with 15 glass apothecary bottles with glass stoppers –11 in the
top and 4 in the separate lower drawer. The bottles are of irregular size in
the top and regular size in the drawer, all with ground-glass stoppers to fit
inside the dimensions of the chest.
The
drawer also houses a [lead or zinc] box, which would probably have stored
dangerous, toxic, light/moisture sensitive or expensive substances.
WEIGHING INSTRUMENTS
The
tray which sits flush inside the top of the drawer houses five square weights
and a small set of scales to measure dosages.
Each
weight is engraved with a symbol and four are engraved with their weight value:
2 Scruple (1.3 x 1.2 cm), 2 dram (1.7 x 1.7 cm), 1 dram (1.3 x 1.2 cm), 1/2
dram (1.1 x 1.0 cm), 0.8 x 0.7 cm. A scruple is a unit of weight that was in
the apothecary system equivalent to 1.296 grams, a dram is equivalent to 1.77
grams, or 3 scruples.