Showing posts with label Elizabeth Blackwell. Show all posts
Showing posts with label Elizabeth Blackwell. Show all posts

June 9 – Happy Birthday, Elizabeth Garrett Anderson

Posted on June 9, 2014

First off, let me tell you about Elizabeth Garrett Anderson's “firsts”:
  • She was the first English woman to qualify as a physician in Britain.
  • She was the first English woman to qualify as a surgeon in Britain.
  • She helped found the first hospital staffed by women.
  • She was the first female dean of a British medical school.
  • She was the first female physician in France.
  • She was the first woman in Britain elected to a school board.
  • She was the first female mayor and magistrate in Britain.
Ummm...WOW!

A bit of an overachiever, don't you think?


How'd all that happen?

When I hear about someone having to struggle hard to be the first to do something – such as the first woman to become a doctor – I jump the conclusion that that person just cared sooo much about that particular goal that she didn't let anything stand in her way. I guess I assumed that Elizabeth Garrett just wanted to be a doctor really badly, because she loved medicine.

It turns out, that assumption was a bit off. Instead, Garrett and her friend cared more about living worthwhile lives, lives that would satisfy their active minds, and about promoting educational and professional opportunities for women, than she cared about medicine itself.

After learning at home from her mother and a governess, and then going to a sort of high-school-level boarding school, Garrett was looking for a way to make her life count for something. In 1959, she and her friend Emily Davies went to hear a lecture by Elizabeth Blackwell, who had become the first female doctor in the U.S. a decade before. Inspired by that lecture, Garrett and Davies hatched a plan of how to increase women's rights and opportunities: Garrett would put her efforts into opening up the medical profession to women, Davies would work on getting universities to allow women students, and Garret's little sister Millicent would work to get voting rights for women.
Garrett got to work on her goal with vigor. She won her dad over to her cause of becoming a physician (eventually), but Garrett met with no success in convincing the leading doctors in London that women could and should be allowed to train as doctors. So she worked as a surgery nurse in a hospital in London and proved herself to be a good nurse. She worked her way into tending patients at an outpatients' clinic. She was not allowed to enroll in the hospital's Medical School, but she was allowed to study privately with the hospital's apothecary (pharmacist) and she hired a tutor to study anatomy and physiology, while continuing to work as a nurse.

She persevered and kept asking to be allowed into the dissecting room and the chemistry lectures, and eventually she was allowed in. She had won over the support of the hospital university's administration – but the male students didn't want her and made a fuss.

She ended up having to leave the hospital. But she did have some honors certificates in chemistry, anatomy, and other medical science topics. She applied to many medical schools, but they all turned her down; finally she was admitted for private study by the Society of Apothecaries, and she continued to study with university professors privately.

In 1865, Garrett took her exam along with six others. Garrett earned the highest score of the seven; only she and two others passed and and obtained their license to practice medicine from the Society of Apothecaries.

Get this: although Garrett can thank the Society for becoming the first woman in Britain to obtain her medical license, the Society immediately changed its policies to prevent other women from doing so!!

You can see that Garrett had to have a lot of grit and determination. She had to work hard and score crazy-well, and still she found obstacles in her way. Once she had her license, hospitals still wouldn't hire her, so she set up a private practice. You could probably guess that many people didn't want to go to a female doctor, but she kept on and ended up eventually treating thousands of patients. She had to wait and wait before she was admitted into British Medical Association—and then she had to wait another 19 years for another woman to be admitted.

I imagine that all those other accomplishments – including becoming Britain's first woman school board member and the first woman mayor – were also born out of hard work, patience, and perseverance.

Garrett didn't spend every moment of her life surmounting obstacles and practicing medicine. She married a man named James Skelton Anderson, and she had three kids; she had a happy marriage and enjoyed gardening, traveling, and her family. Her daughter as well as her younger sister became feminist activists.

Hooray, hooray, hooray for Elizabeth Garrett Anderson, M.D.!

Also on this date:

















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January 23, 2010

Coldest temperature record – 1971

The record for coldest temperature in the U.S. occurr
ed on this day in 1971, at Prospect Creek, Alaska. It was 80 degrees below zero, Fahrenheit (AKA 62 degrees below zero Celsius)! Brrr...




Cold-temperature records were set in other years, a
nd other places, two weeks before and after this record-breaking low:

Jan. 25, 1902 - Japan -42 F / -41 C
Feb. 6, 1933 - Russia -90 F / -68 C

Jan. 27, 1944 - Netherlands -17 F / -27 C
Feb. 3, 1947 - Canada -81 F / -63 C
Feb. 2, 1956 - Spain -26 F / -32 C
Jan. 28, 1990 -- Finland -61 F / -52 C

To put all of that into perspective, the lowest temperature ever measured anywhere on earth was at Vostok Station in Antarctica, and it was -128.6 F (-89.2 C).

What Is Temperature, Anyway?


You probably know that temperature is a measurement of how hot or cold something is. H
owever, what is it that makes something hotter or colder?

Let's talk about a chunk of ice. Even thoug
h a chunk of ice looks to us like it is just sitting there, motionless, all the molecules are vibrating a little bit. As the ice warms up, the molecules vibrate a little faster. When a part of the ice exceeds 32 degrees Fahrenheit, or 0 degrees Celsius, the molecules are moving quickly enough that that part of the ice melts and becomes liquid water.

If we continue to heat the ice until it all melts, the water molecules move enough to bump into each other a bit. Then, when we keep heating the water, the molecules continue to move faster and faster and bump into each other more and more often. Eventually the molecules move fast enough to change states again, this time evaporating, in other words becoming a gas (water vapor or steam).

Room Temperature


If you have a good quality thermometer, try to take readings of the temperature of a particular room. Take the temperature at eye-level, floor level, and just below the ceiling. Take it near an air vent, near a window or exterior door, and in the middle of the room. Does the temperature vary? Why or why not?

The saying is, heat rises. Do your temperature readings bear this out? Can yo
u go somewhere even higher (a second floor, say) to check it out further? What other factors could affect the temperature on different floors of the same building?

Get Wise About Weather

This site has weather games and experiments.

There are games about reporting and predicting weather here.


Also on this date...


Anniversary of good stuff AND bad stuff for women in the sciences.

On this date in 1849, Elizabeth Blackwell graduated from Geneva College in New
York first in her class, thus becoming the first woman to earn a medical degree in the U.S. It's said that Blackwell was only admitted to the college in the first place because people thought her application was a hoax, and neither professors and students were polite to her.

On th
is date in 1911, Marie Curie was turned down for France's Academy of Science—even though she was the first woman to win a Nobel prize and the first person to win two Nobel prizes! She remains one of only two people to ever win prizes in two different areas!

On this date in 19
18, Gertrude Elion was born. She became an organic chemist and molecular biologist with a master's degree in chemistry. Elion researched the human immune system and developed medicines that would attack viruses and bacteria; she also created drugs to fight leukemia and to make kidney transplants safer. In 1988 Elion won a Nobel prize.

Go, girls!

Any girls out there might want to learn about some of the websites, camps, or organizations that support girls learning math and science. Start the hunt here or
here or here.