1.) Mitosis is the process of cell division. Some beneficial processes that involve mitosis includes making it possible for embryos to grow into babies, for our bodies to create new cells for healing wounds, and to replenish blood that we’ve lost. Defler described mitosis as a perfectly choreographed dance. When there is a mistake during the process of mitosis, cells start to grow out of control, causing cancer.
2.) Different cancers are organized based on the type of cell they start from. All cancers originate from a single cell gone wrong.
3.) An immortal cell line is a continuously diving line of cells all descended from one original sample, cells that would constantly replenish themselves and never die.
4.) In my opinion, I think Henrietta would have given consent to have a tissue sample in medical research if she had been asked. I don’t think she would have understood all of the medical details involved in the testing but I think that she would understand the facts that her cells would someday help others in her situation.
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Many researchers, including Gey, have been trying for years to develop the liquid needed to allow cells to live in culture. Another obstacle they faced was contamination. They needed to keep the cubicle sterile so that bacteria would not creep in and destroy the cells.
6.) Gey hoped that they would be able to use HeLa cells too learn a way by which cancer cells can e damage or completely wiped out.
7.) HeLa allowed scientists to create the first-ever cell production factory, make it possible to test the polio vaccine, successfully ship live cells in the mail, develop methods for freezing cells without harming or changing them, and see that her cells are
Keiger, D. (2010, June 2). Immortal Cells, Enduring Issues. Johns Hopkins Magazine. Retrieved from http://http://archive.magazine.jhu.edu/2010/06/immortal-cells-enduring-issues/
Henrietta’s cells were being inaugurated with space travel, infused into rat cells, and even being used to make infertile hens fertile again. However, these are only a few of the many accomplishments that Henrietta’s immortal cells made possible: “The National Cancer Institute was using various cells, including HeLa, to screen more than thirty thousand chemicals and plant extracts, which would yield several of today’s most widely used and effective chemotherapy drugs, including Vincristine and Taxol,”(pg.139). This example of logos from the text again shows just how important these Henrietta’s cells were to the future developments in
In the novel The Immoral Life of Henrietta Lacks by Rebecca Skloot, the author tells the miraculous story of one woman’s amazing contribution to science. Henrietta Lacks unknowingly provides scientists with a biopsy capable of reproducing cells at a tremendusly fast pace. The story of Henrietta Lacks demonstrates how an individual’s rights can be effortlessly breached when it involves medical science and research. Although her cells have contributed to science in many miraculous ways, there is little known about the woman whose body they derived from. Skloot is a very gifted author whose essential writing technique divides the story into three parts so that she, Henrietta
The Immortal Life of Henrietta Lacks tells the story of Henrietta Lacks. In the early 1951 Henrietta discovered a hard lump on the left of the entrance of her cervix, after having unexpected vaginal bleeding. She visited the Johns Hopkins hospital in East Baltimore, which was the only hospital in their area where black patients were treated. The gynecologist, Howard Jones, indeed discovers a tumor on her cervix, which he takes a biopsy off to sent it to the lab for diagnosis. In February 1951 Henrietta was called by Dr. Jones to tell about the biopsy results: “Epidermoid carcinoma of the cervix, Stage I”, in other words, she was diagnosed with cervical cancer. Before her first radium treatment, surgeon dr. Wharton removed a sample of her cervix tumor and a sample of her healthy cervix tissue and gave this tissue to dr. George Gey, who had been trying to grow cells in his lab for years. In the meantime that Henrietta was recovering from her first treatment with radium, her cells were growing in George Gey’s lab. This all happened without the permission and the informing of Henrietta Lacks. The cells started growing in a unbelievable fast way, they doubled every 24 hours, Henrietta’s cells didn’t seem to stop growing. Henrietta’s cancer cell grew twenty times as fast as her normal healthy cells, which eventually also died a couple of days after they started growing. The first immortal human cells were grown, which was a big breakthrough in science. The HeLa cells were spread throughout the scientific world. They were used for major breakthroughs in science, for example the developing of the polio vaccine. The HeLa-cells caused a revolution in the scientific world, while Henrietta Lacks, who died Octob...
The Belmont Report identifies three core principles that are to be respected when using human subjects for research. The three ethical principles are: respect for persons, beneficence and justice. In the case of Henrietta Lacks each of these fundamental components are violated. The consent that Henrietta provided was not sufficient for the procedures that were conducted.
Without them, we would be decades behind because the average person would not find signing away a piece of their body acceptable. Skloot brings up a case where a man sues a scientist for doing research on his removed spleen without his consent. The author states that those in favor of research said it “…would ‘create chaos for reseachers’ and ‘[sound] the death kneel to the university physician-scientist’. They called it ‘a threat to the sharing of tissue for research purposes,’ and worried that patients would block the progress of science by holding out for excessive profits, even with cells that weren’t worth millions…” (203). The concern shown from the quote was that with extensive limitations on research and tight ethical codes, the information found would be inadequate at best. On one hand, you do need to be honest with the patient, but for the cost of so many lives, there needs to be a balance of creating breakthroughs and appeasing those who matter in the situation. In regards to Henrietta, she did sign a document to have any medical procedure done that was deemed necessary by her doctors. With that being said, she did unknowingly give away some of her rights as a
It was her cells that became what is known as HELA cells or immortal cells. Her story is interesting to me because of her impact on the science community. Her cells allowed scientist to perform
Although she was taken from the world too soon, Henrietta Lacks was a warm hearted woman, and though unbeknownst to her, she would pave the way for the medical field and greatly expand our understanding of one of the nation’s greatest killers; cancer. In 1951 people did not talk about cancer lightly; cancer was a very touchy subject, especially for those who knew they couldn’t receive treatment once they had been diagnosed. When Lacks went to the hospital because of a “knot on her womb” she never thought that it would grow into a full fledge tumor that would end up taking her life. Henrietta lived a simple yet happy life which consisted of working on the farm, loving her husband, and raising children, and she was not going to ruin the lifestyle she knew so well by telling her family that she had cancer; it was just unheard of.
..., the name of Henrietta Lacks needs to be introduced to the world since she is the woman who generated HeLa cells, because the name of the person who generated HeLa cells is still unknown. By doing this, her family will be honored and respected by others.
Henrietta Lacks was born on August 18, 1920 in Roanoke, Virginia. She stayed with her grandfather who also took care of her other cousins, one in particular whose name is David (Day) Lacks. As Henrietta grew up, she lived with both her Grandpa Tommy and Day and worked on his farm. Considering how Henrietta and Day were together from their childhood, it was no surprise that they started having kids and soon enough got married. As the years continued, Henrietta noticed that she kept feeling like there was a lump in her womb/cervix and discovered that there was a lump in her cervix. Soon enough, Henrietta went to Johns Hopkins Medical Center to get this check and learned that she had cervical cancer. But here is where the problem arises, Henrietta gave full consent for her cancer treatment at Hopkins, but she never gave consent for the extraction and use of her cells. During her first treatment TeLinde, the doctor treating Henrietta, removed 2 sample tissues: one from her tumor and one from healthy cervical tissue, and then proceeded to treat Henrietta, all the while no one knowing that Hopkins had obtained tissue samples from Henrietta without her consent. These samples were later handed to ...
Zielinski, Sarah. "Henrietta Lacks ' 'Immortal ' Cells." Smithsonian Magazine. Smithsonian, n.d. Web. 11 Nov.
In the 1960s the HeLa cells were everywhere. In the 1960s the scientist wondered since the cells grew so fast and lived on earth so well if they would live in space. They got the idea to send the Hela cells to space. They sent several vials into space by the Discoverer XVII when it went. They discovered that when the HeLa cells went to space they became more powerful and divided faster every time they went to space. Several years later in 1965 they took equal amounts from the HeLa cells and cells from a mouse. The scientists done this to study to see what the genes would do. Harris also took HeLa cells and chicken cells, but they discovered they couldn’t reproduce.
Nowadays, when patients are given consent forms, every step is explicitly stated so that there is no confusion or harm. All in all, Henrietta Lacks has contributed and made significant changes to the scientific, ethical, and political aspects of society.
Compare and Contrast Mitosis and Meiosis. Meiosis and mitosis describes the process by which cells divide. either by asexual or sexual reproduction to produce a new organism. Meiosis is a form of cell division that produces gametes in humans.
Meiosis is a special type of cell division that occurs during formation of sperm and egg cells and gives them the correct number of chromosomes. Since a sperm and egg unite during fertilization, each must have only half the number of chromosomes other body cells have. Otherwise, the fertilized cell would have too many.