Rosalind Franklin and Marie Curie – What Did They Do and Why Did She Die?

12 mins read

Last Updated on September 16, 2022

You’ve probably heard of Marie Curie and her research on viruses. You’ve also probably heard of Franklin and his discovery of DNA’s double helix structure. But what exactly did she do and why did she die? Find out in this article! And don’t forget to read more about her life and research on viruses! Until then, you’ll have to settle for this brief history lesson. It’s time to find out more about the mysterious Marie Curie!

Marie Curie

Born in Poland, Marie Curie was the first woman to receive the Nobel Prize for physics, for her work on radioactivity. She and her husband, Pierre, discovered two new elements – polonium and radium. Their discoveries are credited with allowing us to study the activity of radioactive elements, and they were the first to do so. Marie Curie’s death in lab seven was a tragic loss for the scientific community, and it is unknown exactly what caused her sudden and untimely demise.

While she did suffer from burns and fatigue, her research ultimately led to the development of radiotherapy. This treatment has saved countless lives by reducing pain and extending life. Despite her illness and early death, Marie Curie’s achievements in science have left a lasting mark on our world. In 1903, she became the first woman in France to receive a PhD in physics, and she wrote a doctoral thesis on radiation. Professors who reviewed Curie’s thesis hailed it as the most important work in the history of science.

Despite the challenges of her time, Marie Curie’s achievements have shaped our perceptions of women in science and research. Her legacy of accomplishment and recognition inspires countless women today. Her slow progression to gender equality in science might have surprised her. After all, she worked in fields where women didn’t have access, such as chemistry and physics. So, what can we learn from her story? It’s hard to ignore the sexy side of Marie Curie.

The work Marie Curie did during her lifetime is so significant that she coined the term “radioactivity.” In addition to discovering two new elements, she also discovered the atoms polonium and radium. However, sexism nearly cost her the Nobel Prize in physics. However, Becquerel’s work had a much greater impact on the world. After the war, Curie continued her research as a teacher, researcher, and laboratory head. She also received numerous honorary degrees and prizes from universities around the world.

While working at the research laboratory of Gabriel Lippmann, Marie Curie met her future husband, Pierre. They became friends over their shared love of cycling and physics. The two married on July 26, 1895, and their relationship flourished. They went on to become a husband and wife, and had two daughters. The death of her husband in lab 7 is the most tragic loss of a woman who had been so much involved in science.

Research on viruses

In February, leading scientists published letters debunking the theory that the Wuhan laboratory was involved in the death of the famous American scientist. One letter called the possibility of a lab-accident “conspiracy theory” while the other included a scientist who had funded the Wuhan lab’s work. Kristian Andersen, an evolutionary biologist at Scripps Research Institute, co-authored the letter. He marshaled the arguments that the virus was released in Wuhan accidentally.

The controversy continues to intensify despite Chan’s claims that her laboratory failed to keep the coronavirus secret. On the day of the Capitol riot, the US State Department’s arms control division held a Zoom to discuss the situation. Two scientists from the US State Department attended the event, including Chan. One of them said they were “very suspicious” of the allegations and said they were unable to confirm the claims.

Researchers say the findings are remarkable, but the researchers did not sift through freezers and sift through the contents of dead animal cells to isolate viable genomes. Researchers were able to find two coronavirus samples from the United States and France, and they discovered that the virus has a common ancestor in all three species. This means that there was only one introduction of the virus to humans and that it has continued to spread through human-to-human transmission.

Shi’s work was one of the most intense and stressful things in her life. She had been training for this project for sixteen years. Her team used polymerase chain reaction to detect viruses, which amplifies their genetic material. Her research found genetic sequences present in all coronaviruses. She worked on the coronavirus genome for almost 16 years, preparing for this moment. This discovery was a life-changing breakthrough for science.

Chan has since used her Twitter account to spread her view of the lab leak. She has remained vigilant and pushed for transparency by adding references and scientific sinews. She has also crystallized her concerns through pithy tweets. Chan, meanwhile, notes that researchers at the Wuhan Institute failed to notice a suspicious component in the virus. This component is known as a furin cleavage site and is suspicious of its origin.

Death in a laboratory fire

In the wake of the fire at UCLA, the Sangji family demanded an exhaustive investigation and thorough questioning. Ms. Sangji had died of her injuries while working at the university. An expert in the field of chemical safety, Neil Langerman, wrote in the Journal of Chemical Safety, that the fire was caused by a failure of management. In this case, Chancellor Gene Block, who was responsible for safety, and the Environmental Health and Safety Department failed to take adequate measures to ensure employee safety.

The investigation process should be handled with respect and compassion for the surviving family members. Fire investigators must secure evidence from the deceased, interview the survivors, and document any injuries. Notification requirements are different depending on jurisdictions. In general, it is necessary to notify the police department and the medical examiner, especially if there is serious injury. The investigators must know how to comply with jurisdictional notification laws. Taking detailed photographs of the deceased’s body is also necessary.

During the investigation, medical examiners should gather evidence, including the remains of the victims. In case of an infant or child, determining if the deceased was a human is difficult. Investigators should proceed on the basis that the body was a human. They should first consult with the Incident Commander, obtain a general understanding of the incident, and interview the first-in firefighter and unit. The medical examiner will be able to determine whether the cause of death was the fire.

A faulty laboratory equipment was to blame for the fatal explosion of a lab in Singapore. At Jurong Industrial Gas Supply, a faulty valve caused the gas to leak out. A spark was created as gas leaked through the failed weld joint. This triggered the explosion. The resulting explosion lasted just a few minutes, but was enough to cause fatalities. Ultimately, the accident led to the death of the two men.

Franklin’s discovery of double helix structure of DNA

Rosalind Franklin’s discoveries of the double helix structure of DNA paved the way for Francis Crick and James Watson to further research DNA. The scientists worked on DNA crystallography with X-rays to determine the structure of the molecule. The atoms in the crystal deflect the X-rays, creating a pattern called a diffraction. This pattern contains clues to the structure of the molecule.

Rosalind Franklin died of ovarian cancer in 1958, four years before the Nobel Prize was awarded for their work. While she never learned the full extent of Crick and Watson’s use of her data, she did become friendly with them and their wife Odile. She never knew that her photos had contributed to the historic discovery of the double helix structure of DNA. But despite the controversy surrounding the award, she was nevertheless credited for helping to make history.

During her time at King’s College, Franklin was very unhappy with her work and wanted to leave the institution as quickly as possible. While she was working on DNA, she was busy planning her next move. She had a close collaborator at Birkbeck College in London, Sir Aaron Klug, who worked closely with Franklin. Sir Aaron Klug concluded that Franklin was close to discovering the structure of DNA.

Rosalind Franklin’s discovery of the double helix structure of DNA is celebrated for her work, and her sister Jenifer Glynn explains the evolution of our perception of this pioneering scientist. This documentary looks at the life and achievements of Rosalind Franklin, the scientist who first discovered the structure of DNA. In fact, Franklin was one of the first women to publish scientific papers on the double helix, and her work helped make science more accessible to a wider audience.

Rosalind Franklin is also the first woman to receive the Nobel Prize in Physiology or Medicine. Her conceptual understanding of the structure of DNA was equal to that of Crick and Watson. However, the chemistry Nobel prize should have gone to Franklin and Watkins instead. She was an exceptional scientist and a devoted woman, but she also had her share of controversy and criticism. As her work was so vital to the understanding of DNA, she was worthy of a Nobel prize.

About The Author

Wendy Lee is a pop culture ninja who knows all the latest trends and gossip. She's also an animal lover, and will be friends with any creature that crosses her path. Wendy is an expert writer and can tackle any subject with ease. But most of all, she loves to travel - and she's not afraid to evangelize about it to anyone who'll listen! Wendy enjoys all kinds of Asian food and cultures, and she considers herself a bit of a ninja when it comes to eating spicy foods.