The novel Frankenstein represents more than just a book on manufacturing a creature and bringing it to life like any science fiction movie. The theme of science related topics and thoughts are heavily present in the novel. One attribute to the novel in the scenario of the creation is stem cell research and cloning. Cloning and stem cell research is prevalent in Mary Shelley’s Frankenstein through the formation of Victor’s creature showing a deeper scientific outlook of the novel.
Stem cells and their research is an important factor in understanding the aspect of the creature’s awakening. A stem cell is “a simple cell in the body that is able to develop into any one of various kinds of cells”(Webster 1). While there are many types of cells,
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The ES cells are taken from umbilical cords during the growth of the organism inside of the womb. These cells being in such high demand cannot accomplish its duties with there being less of ES cells rather than IPS cells. IPS, which stands for induced pluripotent stem cells, are similar but are full grown and mature adult cells that have to be “reprogrammed” to shift their duties as cells. (Kamp 1). Kamp states that this would allow organ transplants in the future that would less likely be rejected by the body by changing the cells to adapt and perform the same with the new heart, liver, etc. The research on IPS cells remains to be a hot topic as there is a wider range of variety as well as being more numerous than embryonic stem cells. As stated by Kathi E. Hanna, “Stem cells are unique and essential cells found in animals that are capable of continually reproducing themselves and renewing tissue throughout an individual organism’s life. ES cells are the most versatile of all stem cells because they are less differentiated, or committed, to a particular function than adult stem cells.” With further advancement …show more content…
In the story, Victor creates his monster/creature by combining different ligaments and body parts and bringing it to life through a shock of electricity. The study of stem cells ranges back to the 1800’s through the research of alchemy, biology, and chemistry. Frankenstein is the interpretation of this research at the time period of the novel. Victor used the “research” of stem cells and cloning to make non-living parts from different beings come together to form one creature. The stem cells would allow the cells in the ligaments and other parts to adapt to a new atmosphere, blood type, etc and become new cells with different jobs in the body. The cloning mechanism in the novel forms when the creature asks Victor to create another monster so he will not be lonely (Shelley 135). The formation of another creature requires the need for cloning of essential body parts that are similar to the first monster. While portions of the novel focused on the stem cell research and cloning, another theory present is Galvanism. Luigi Galvani’s theory of Galvanism is the belief of electricity or electrical currents that can run through a living organism’s body and is used by interacting with the pulses in the body to create movement of the body and eventually life (Dibney 1). In the same way that Victor creates
To begin, in the first story "Frankenstein" by Mary Shelley it is about the Dr. Frankenstein who is creating his monster. This passage is Frankenstein talking to another person about the creation, but not fully telling him what he has made. This creation is a breakthrough in the science world in this quote it shows how he thinks this is a major break through, "After days and nights of incredible labor and fatigue, I succeeded in discovering the cause of generation and life; nay, more, I became myself capable of bestowing animation upon lifeless
Stem cell research is used for the replacement of cells, tissues and to treat diseases. Victor uses this to create his monster from the bodies that he uses to create the monster. The research used in the story is the same research that is used now, about 200 years later. When comparing Frankenstein's monster to modern-day science they use cloning in the topic of classes.
To begin with, Frankenstein is about a man named Victor Frankenstein who builds a creature to bring him fame and fortune. The creature he creates is called “The Creation”. Victor was an alchemist who wanted to create life out of dead matter. He used parts from corpses that he took from graveyards and dissected them in his lab. He then put these parts together to make a body for his creation.
Frankenstein by Mary Shelley illustrates the results of Victor Frankenstein’s experiment in bringing new life to the world through a frame narrative depicting multiple layers of recollection and observation. Considering Victor’s scientific exploration is the inciting incident that gives rise to The Creature’s conflicts in the narrative, it seemed unreasonable that a formal, written report depicting the experimental methods of bringing The Creature to life was not included in the book. The generation of a formal lab report fills the scientific void left by the text, providing the avenue for Victor to convey his experiences creating The Creature. Furthermore, writing a lab report as a creative outlet appeals to my interests and area of study
Frankenstein by Mary Shelley is a gothic novel that tells the story of scientist, Victor Frankenstein, and his obsession with creating human life. This leads him to creating a gruesome monster made of body-parts stolen from grave yards, whom upon discovering his hideousness, the monster seeks revenge against his creator, causing Victor to regret the creation of his monster for the rest of his life. Shelley uses the literary elements of personification, imagery, and similes to give a vivid sense and visualization of Victor Frankenstein’s thoughts and feelings as well as to allow us to delve deeper into the monster’s actions and emotions. Throughout the novel, Shelley uses personification of various forces and objects to reflect the effect in Victor’s actions.
New York: W.W. North & Company, 2012. Print. Mary Shelley’s novel Frankenstein is about Victor Frankenstein’s creation of the creature referred to as the monster. Without anatomy, the creature would not have been able to be created. Body parts assemble the monster, which he births, from numerous decayed bodies collected by body snatchers.
In Frankenstein the creature which Victor creates is a mirror image of himself, and an embodiment of Victor's infatuation The boundaries between religion, and science are made evident in the novel of Mary Shelley’s Frankenstein. The boundaries between God, the creator, and the responsibility of man beginning a steward are put to test. The novel gives insight into major themes which still make it a classic, such as the themes of identity, science, and morality. The creature and Victor, more the creature than Victor have a problem with their identity.
Stem Cell research could be the cure to all diseases. There is a lot of controversy over this topic, although, I see no problem with the research being done; if a child is to be aborted anyway, I don’t see a problem with using their placenta for the stem cell research. This research could cure cancer one day. Stem cells have potential to develop into many different cell types in the body during early life and growth (“Introduction: What are Stem Cells”, and why are they important, nih.gov). The article states that when a stem cell divides, each cell has the potential to remain a stem cell or become a muscle cell, red blood cell, nerve cells, brain cell, or any other cell found in the body (“Introduction: What are Stem Cells, and why are they
Mary Shelley’s Frankenstein is closely related to the current issue of genetic engineering. Shelley’s main character, Victor Frankenstein, is a scientific engineer who brings different parts of people’s bodies together to make a new creation. This new creation at first seemed good to Victor however, he was eventually overcome by it. Genetic engineering is not only gene manipulation; it is a desire to take parts of an organism and create a new living thing. Shelley was 17 years old when she wrote Frankenstein almost 200 years ago and although young, her perceptions of what is good or evil, what is beautiful or monstrous, are topics today that are discussed in relation to genetic engineering, gene manipulation and mutation.
Shelley described this by depicting Frankenstein’s oversight, the monster’s suffering, and the potential danger of Walton’s expedition. These depictions connects with the ideas of cloning like neanderthal clone, cloned meat, and stem cell cloning which can bring unpredictable dangers. Like Frankenstein’s monster, the clone may endure an unintentionally difficult
You may be wondering what stems cells do, or what they even are. Stem cells are a type of reproductive cell that adopts qualities of the surrounding tissues. They then become apart of the tissue itself. Stem cell research has been critical to understanding the basic cell system and has helped us understand diseases such as cancer. Today will be addressing the benefits of stem cell research and explaining how important stem cells are to medical research.
Mary Shelley's Frankenstein is a cautionary tale of man's dangerous ambition when testing the boundaries of technology. It combines Shelley’s intuitive perception of science with the vast scientific discoveries of the 17th, 18th, and 19th centuries, specifically the discovery of the nature of electricity. In Frankenstein, electricity serves as the technological tool which creates the monster, giving life to an assemblage of lifeless body parts. Medical experiments of the time demonstrated how a dead frog leg would jolted with the injection of electricity. This phenomenon served as a bridge between science (electricity) and nature( biology).
Specialized cells come from a process known as differentiation, where an undifferentiated cell creates several specialized cells. Unlike muscle cells, blood cells, or nerve cells, which don’t normally replicate themselves, stem cells have the ability to replicate several times. When differentiating, the cell goes through several stages, becoming increasingly specialized at each stage. Stem cells typically generate the cell types of the tissue in which they live.
To start, stem cells are the body’s raw material – cells from which all other cells with specialized functions are generated. So basically, this is what every organ in your body is made from. Stem cells when acquired can be grown in laboratories and in ideal situations they would be free of genetic defects and would create more stem cells (NIH). They can even be frozen and
Stem cell research takes two primary forms: adult stem cells and embryonic stem cells. Each cell line that is harvested offers the opportunity to develop new treatments that may help to stop a plethora of diseases that affect humanity. Cord blood treatments that involve stem cells have helped to treat more than 6,000 people and 60+ diseases and that is just the beginning of what this medical research may offer. One of the primary advantages of stem cell research is the availability of cell lines and that they can be obtained ethically.