Progress In The Mid-19th Century Flashcards

1
Q

Four Humours

A

Hippocrates also developed the idea of the four humours. This was the idea that the human body was made up of four substances: blood, phlegm, black bile and yellow bile. If the humours were out of balance, this was believed to cause illness. The humours were also thought to be linked to the seasons.

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2
Q

Theory of Opposites

A

Theory of Opposites the idea that fi your illness was caused by too much
of one humour, the balance of your humours could be restored by eating or
drinking something with the opposite qualities.

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3
Q

Miasma

A

Idea of miasma - that
disease was carried in unpleasant smells and harmful fumes in the air. People
understood that there was often a high rate of disease in poor areas, where
people lived in dirty, unhygienic - and smelly - conditions. They also knew that disease tended to spread more quickly in hot weather. This made the idea
of miasma logical: the bad smells (which got worse in summer) were somehow linked with disease.

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4
Q

Spontaneous Generation

A

This theory claimed that rotting material (for example, the remains of food, exdcereamdeannt,imals, rotting vegetables and plants etc.) created
maggots, fleas and disease..

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5
Q

Idea of microorganisms linking to disease in the early 1800s

A

Microorganisms are too small to be seen without a microscope, although scientists
knew they existed, there was little scientific research being carried out on
them at this time. People didn’t know about the link between microorganisms and disease; instead, a theory developed, called spontaneous generation.

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6
Q

Doctors’ knowledge in early 1800s

A

Understanding of the body was also limited. Doctors would observe a few
dissections during their training but most people believed in a life after death
and therefore wanted to be buried. The bodies that doctors could use were mainly those of criminals who had been executed. This made it difficult to plan any research on the symptoms of disease or to study particular conditions such as diabetesor arthritis.

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7
Q

Factors affecting progress

A

This lack of understanding is closely linked with the level of technology available at the time. If microscopes had been stronger, perhaps scientists would have been more curious about germs.
• Other reasons for the lack of progress include the problem of funding for research and the development of new ideas. The government did not feel responsible for issues like this and hospitals usually relied on charity for funding. This meant that little money was left over for research.
• Attitudes were also important. Many doctors wanted to keep on doing what they had always done; they didn’t want to have to learn new ways of treating patients. Also there was no proof that their methods were wrong.

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8
Q

Describe Florence Nightingale’s life (before the Crimean War)

A

Florence Nightingale came from a wealthy middle-class background. Her family was shocked that she wanted to go out to work and even more surprised that she wanted to train as a nurse; this was considered a very low- status job at the time. There was no formal training for nurses in Britain so she visited various hospitals in Britain during the 1840s. She then spent 3 months in 1851 at a centre in Kaiserwerth, Germany, where training for nurses had begun in 1833.
In 1853, she became superintendent of a small nursing home in London, called the ‘Institution for Sick Gentlewomen in Distressed Circumstances’. However,
she had met Sidney Herbert, the Secretary for War, in 1847 and he now asked her to take a team of 38 nurses to work in the military hospital at Scutari.
Britain was fighting against Russia in the Crimean Peninsula, in the Black Sea. Many British soldiers were being injured in the Crimean War but a large number of the deaths that occurred were caused by infection rather than the original injuries.

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9
Q

When was the Crimean War?

A

1853

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10
Q

Conditions at Scutari

A

When she arrived, Nightingale found the hospital was crowded, with almost 10,000 patients in appalling conditions.
• Many men were sharing beds or lying on the floor and in the corridors.
• Their clothesw e r e infested with lice and fleas.
• Diseases such as typhoid fever and cholera were common.
• Many patients diarrhoea.
• It was difficult to get enough medical supplies (such as bandages and medicine) to the hospital.
• Food supplies were limited and of poor quality.
• The roof leaked and the wards were dirty and infested with rats and mice.
• Although Florence Nightingale had no idea that this was the case, the
hospital was actually built on the site of an underground cewsshpeoroel, human waste collected. This affected both the water supply and the air in the hospital.

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11
Q

Nightingale’s Actions

A

Nightingale and her nurses scrubbed the surfaces clean and washed all the sheets, towels, bandages and equipment. She believed in miasma and the importance of fresh air, so she had windows opened to improve the flow of air. Nightingale and her nurses cleaned the kitchens and improved the quality of the food. A fund of money, a lot of it raised by the Times newspaper, meant that she could buy new supplies, including 200 towels, clean shirts, soap, plates and cutlery.

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12
Q

The impact of Nightingale’s work

A

Army medical staff had resisted the idea of nurses coming out to work in the Crimea because they felt that women would not be able to cope with the
conditions there. They also felt that the women’s medical knowledge was limited; when Nightingale wanted to make changes, they saw her comments as criticism and resented her. However, her habit of making a final round at night, checking on all the patients, gained her the nickname of ‘The Lady with the Lamp’ and made her very popular with the patients and back in Britain. Nevertheless, the death rate at Nightingale’s hospital was higher than at the other hospitals, even with all her improvements. It was not until 1855, when a government sanitary commission repaired the drains and improved the supply of drinking water, that the death rate began to fall dramatically.

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13
Q

The problem of pain in surgery

A

Pain had been a major problem in surgery. Before the 1840s, the only types of pain relief available were alcohol, a form of opium or being knocked unconscious. In most operations, the patient was awake and often screaming in pain so the surgeon’s assistants, or dressers, had to hold the patient down. The ‘best’ surgeon was not the one who cut most skilfully but the one who cut the quickest. However, advances in chemistry seemed to be solving this problem.

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14
Q

Blood loss in surgery

A

Blood loss was obviously a problem so a tourniquet would be used to reduce
the flow of blood in the artery, but there was arisk to the patient if the blood supply was restricted for too long. Additionally, even when patients survived the operation, a high percentage of them died afterwards as a result of infection.

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15
Q

Infection in surgery

A

Many operations were carried out in the patient’s home, which was not
hygienic - although conditions in hospitals were often far worse! There was
little understanding of how infection happened and the surgeon would wear old clothes that were already stained with blood and pus , rather than spoil
decent clothes. If patients were lucky, the surgeon might wash his hands before the operation. Equipment was wiped clean or washed briefly between patients; it was not sterilised. The sponge used to wipe away blood was just rinsed out, and bandages were washed and then reused. In addition, there were often lots of people in the operating theatre, as well as the surgeon and his assistants: medical students and wealthy people who supported the hospital with money would watch the operation, making infection even more likely.

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16
Q

Laughing gas (as an anesthetic)

A

Scientists had begun to investigate the chemical properties of various gases and nitrous oxide (laughing gas) was known to make people unaware of pain,
even though they were fully conscious. It was used in dentistry in the USA in 1844-5 by Horace Wells, but it was not considered suitable for a surgical operation. Then William Morton, a dentist in the USA, experimented with the gas ether in 1846 and found that it had a stronger effect on the patient.

17
Q

The use of Ether + disadvantages

A

Robert Liston, in Britain, heard about Morton’s work. Later in 1846, Liston used ether during an operation to amputate a leg. The people watching were astonished that the patient did not need to be held down and even more astonished when he woke up and seemed unaware that the operation had taken place.
Ether seemed to be a wonderful form of pain relief but there were problems.
It sometimes caused vomiting and it irritated the lungs, making the patient cough. Another problem was that ether could leave the patient asleep for hours or even days. The gas was also highly flammable which was dangerous when the operating theatre was lit by candles or gas.

18
Q

Who discovered Chloroform and how?

A

The use of Chloroform as an anaesthetic was discovered by James Simpson after he and his friends woke up one morning slumped around the table where they had inhaled chloroform the night before.

19
Q

When was ether first used?

A

In 1846

20
Q

The use of Chloroform

A

Chloroform was an effective anaesthetic discovered by James Simpson in 1847. Chloroform did not seem to have the same side effects as ether and Simpson, who was Professor of Medicine and Midwifery at Edinburgh University, used ti in 1847 for women in childbirth. Shortly afterwards, he became the official physician to Queen Victoria in Scotland and she used chloroform when she had her eighth child in 1853. Partly as a result of newspaper publicity about this miracle pain relief, and partly as a result of royal approval, patients began to ask for chloroform in their operations and it became much more widely used.

21
Q

Problems with Chloroform

A

Chloroform seemed to have solved the problem of pain in surgery but there were problems associated with its use.
• The Christian Church was opposed to the use of chloroform in childbirth
because the Bible says that after Adam and Eve were made to leave the
Garden of Eden, Eve was told childbirth would be painful.
• Many doctors were opposed to its use in childbirth because it was not
known how chloroform might affect the baby.
• It was difficult to get the dose of chloroform right - enough to put the
patient to sleep but not so much that they died.
• Some doctors felt that a patient who was unconscious was more likely to
die than one who was kept awake by pain.
• By using chloroform, many surgeons felt confident enough to attempt
longer and more complicated operations, often deeper inside the body.

22
Q

Problem of infection (in regard to Chloroform)

A

Chloroform gave surgeons more time to work, so they could carry out more complicated operations, often going deeper inside the body. However, they still did not understand hygiene and infection. The surgeon’s bloody hands and the unhygienic equipment now took germs right into the body, causing infection. The bedsheets and the dressings (bandages) had usually been used
before- often, they still had stains and germs on them - and they also passed
infection to the
patient. As a result, many patients developed gangrene around the surgery wound. This infection often developed into sepsis , until the patient died. The increased length of operations also caused other problems.
For example, if the blood supply to a part of the body was cut off for too long during an operation, this increased the risk of gangrene.

23
Q

What controlled the dosage of Chloroform?

A

chloroform inhaler invented by John Snow in 1848.

24
Q

Living conditions in early 1800s (before the Public Health Act)

A

Groups of houses in the poorer areas of industrial towns were often arranged
in narrow, dark streets, called ‘courts’, which could contain hundreds of people. Often a family would live in a single room and 50 people or more might live in one house. Houses were usually damp, with little light or ventilation. In bad weather, the ground floor and cellar could become flooded and a single privy might be used by 100 people. Water could be collected from a local pump shared by 20-30 families. The water was often taken from polluted rivers and was only available for a few hours three to five times a week. In these conditions disease spread rapidly.

25
Q

Killer diseases in early 1800s

A

There were already many killer diseases in Britain at this point. Although a vaccination had been developed to prevent smallpox, relatively few people
had been vaccinated. There was no prevention or treatment for typhus, typhoid fever or influenza. Many patients who survived these diseases were so weak that they died if they caught another illness such as pneumonia or bronchitis.
Possibly the most frightening disease was cholera, which killed very quickly - sometimes within a single day. The symptoms involved general pain and muscle spasms together with extreme vomiting and diarrhea, until death
was caused by dehydration. Approximately 20,000 people had died in the epidemic of 1831-32.

26
Q

Dealing with cholera epidemic

A

The lack of understanding of disease is shown by the fact that the MPs in parliament discussed whether to order a day of prayer when there was another cholera epidemic in 1848. They decided not to do so and instead left matters to local authorities, who adopted measures based on the idea of miasma.
For example, barrels of tar were burned in the street and people were told to keep warm but also keep clean.
The belief that disease was spread by miasma made it seem that cholera
would mainly affect poor people, who lived in very unhygienic conditions.

27
Q

Dr Robert Baker’s report on the 1832 cholera epidemic in Leeds description of the standard of housing in the poorer parts of the city.

A

Many of the streets were bare earth so they became muddy and filth
collected in the mud.
• Nineteen streets did not have a sewer and another 10 only had a sewer
covering part of the street; the sewers had only recently been finished in an area where 30,540 people lived.

Stagnant water created offensive smells.
• In some poorer parts of town, human excrement was collected to sell to
farmers. In one yard in the city of Leeds, so much human waste had been collected that it took 75 cart loads to remove it!

28
Q

What did Edwin Chadwick introduce?

A

Edwin Chadwick introduced the 1848 Public Health Act

29
Q

Edwin chadwick’s background + ideas

A

Edwin Chadwick had been involved with the workhouses, places where
poor people could go when they were too old or too ill to work and support themselves. The money for these workhouses came from local taxes, called rates, but many people resented spending too much money on the poor. Chadwick had published a report in 1842, called The Sanitary Conditions of the Labouring Population. In this report, he had suggested that it would be better to spend the money from taxes on improving the housing and living conditions of the poor and keeping them healthy. This would be more useful than letting them live in dreadful conditions so that they became too il to work and had to be supported in a workhouse. His recommendations had included providing clean water and removing rubbish and sewage.

30
Q

1848 Public Health Act (by who and describe it)

A

The 1848 Public Health Act was initiated by Edwin Chadwick. At first, Chadwick’s ideas had little support but further cholera epidemics, which also affected the middle and upper classes, drew attention to issues of hygiene. The 1848 Public Health Act:
• set up a General Board of Health
• allowed towns to set up their own local Board of Health, employ a medical
officer, organise the removal of rubbish and build a sewer system
- appointed three commissioners (people in charge) for the Board of Health; Chadwick was one of the three commissioners and was also made a commissioner for London’s Metropolitan Commission of Sewers from 1848 t o 1849.

31
Q

Limitations/problems with the 1848 Public Health Act

A

However, the impact of the 1848 Act was very limited. One problem was that
the terms of the act were temporary: the Board of Health was only set up for
5 years and ended in 1854. More importantly, the act allowed local authorities
to improve hygiene but did not force them to do so. Consequently, some local authorities took no action.
Another problem was that Chadwick was a difficult person, who was often arrogant and aggressive. As a result, he found it hard to get his ideas accepted even though over 50,000 people died in the epidemic of 1848-49. Attitudes were slow to change and many people did not like the idea that local taxes should be increased in order to help the poor - especially when there was no actual proof that disease was linked to hygiene.