Explain how targeted therapy works ( in the treatment of cancer), and evaluate its effectiveness in treating cancer. You may wish to focus on a specific type of cancer Name - Vipanpreet kaur Student ID - 39298 Class - HAS-3 Word count- 1223 Targeted therapy, which first became available in the late 1990s, has had a significant impact on the treatment of cancer. Currently, because of advancement in the field of technology, various types of therapies are discovered to treat cancer.
These proteins are known as ‘Id proteins’ which are highly abundant in the cells of many different types of cancer, including brain, breast cancer and paediatric tumours, and they are known to promote tumour growth and assist in the spread of cancer. While searching for ways to kill the Id cells, they discovered the surprising neuron-healing properties of Id proteins. Their initial findings, published in the Nature paper, found that an enzyme inside normal cells called APC is what usually degrades Id proteins soon after they're produced by normal cells, but cancerous cells show a very high level of Id proteins. They also examined the Id protein potential for promoting growth, so they are attempting to use the power of Id proteins to stimulate growth of axons, which are the structures on neurons responsible for transmitting electrical signals between the brain and spinal cord. But to do this they needed to overcome the APC enzymes, which degrade the protein in normal cells.
Improvement or Deterioration In modern society many doctors and scientists have distinct thoughts about the many cancer treatments that they believe will defeat the disease. Some scientists and doctors question whether or not the new advanced treatments in the medical field actually benefit cancer patients. There are many new treatments being made in the cancer medical field which include infection, surgery, and new combinations of medicine. In Emily Eakin’s article, “Bacteria on the Brain”, she explores Paul Muizelaar’s treatment of infecting cancer causing brain tumors with Enterobacter Aerogenes to lessen the tumor.
According to “‘Goodbye Dolly?’ The ethics of human cloning”, many people that are carriers of genetic diseases, such as X-linked and autosomal recessive diseases, as well as mitochondrial disease, choose not to have children because of the risk of them having the disease that they carry. Cloning can be used to give these people children that are genetically related to themselves, without the risk of having the diseases, or can be used to provide a twin embryo for biopsy in order to see whether or not their child has the genetic disease. With mitochondrial disease, cloning by nuclear substitution removes the possibility of it being passed down, as the mitochondrial DNA is left in the cell that the nucleus is taken from. With the possibility of giving these people genetically related
If a cell is taken from someone that has a crippling disease, that cell can be tricked to unspecialize and return to an embryonic state, which can then grow into a blastocyst which can be studied further. Stem cell can be plucked out of the blastocyst in order to study the biology of the disease or the cells can be plucked out in order to replace diseased cells in a patient. The benefit of using a cloned cell instead of an ordinary stem cell is that if the cloned cell is your own DNA, it has a much smaller chance of being rejected. The moral problem with research cloning is that is opens the door to reproductive cloning. For instance, if in the future there are factories that are producing cloned embryos to be studied, it is inevitable that one of these will be placed into a woman or another kind of medium in order to create a cloned
The outcome of trying to help cure a disease is millions of dead people. Is it worth it? The outcome of human cloning gives people too much power; they can regulate who is in the world and pretty soon, things like what characteristics they possess. I believe that medicine is a gift from God that we can use to try to save people and I think the means of therapeutic cloning are good, but we shouldn’t commit an immoral act like taking someone’s life to try to save another.
Stem cells are important because our bodies produce them. They are able to help researches on how certain cells such as red or white blood cells react to certain disease. In multiple occasions, such as help curing certain cancers such as leukemia. Reproducing great amounts of red and white blood cells that were destroyed in the patient. The cells can also alter into skin cells which can help patients who have skin problems such as bruns.
Besides that it enjoins the principle of improvement of suffocation. It is impossible to respect both moral principles. Despite the potential benefit of the use of embryonic stem cells in treatment of diseases, the use remains to be argumentative because of their derivation from earlier embryos. (12.) In the United States, the question when life begins is controversial and linked to debates over abortion.
CHAPTER-1 INTRODUCTION 1.1 Cancer or cancer chemotherapy Cancer is abnormal growth of cell division that has potential to spread to other body cells. There are two types of cancers. One is the benign cancer don’t spread to other body cells and malignant cancer can spread to other body cells. Cancer chemotherapy is the branch of medical oncology and used for the treatment of cancer. The principle of chemotherapy is that by using of chemotherapeutic agents or drugs, cancer cells can be removed.
• The technology of designer babies is bliss for the couples who are unable to have children because they do not their genetic disease which they have. Through the process of pre implantation genetic diagnosis the embryos are scanned for genetic diseases and if found that it has inherited genetic disease the genetic makeup of the baby is changed so that the child could be born disease free. PGD can screen for about a dozen of the most serious genetic diseases including: cystic fibrosis, Tay Sachs, various familial cancers, early onset Alzheimer’s, sickle cell disease, haemophilia, neurofibromatosis, muscular dystrophy, and Franconia’s anaemia. With further testing of the human genome it is said that nearly all of the genetic diseases could
In The Immortal Life of Henrietta Lacks, Rebecca Skloot presents study cases, such as the study of vaccines and the polio vaccine to prove that HeLa cells have benefitted science for the greater good. The benefits of HeLa cells are shown when the Polio and HPV vaccine is talked about. The polio vaccine benefitted the human race by saving lives and impacted science by progressing further studies. Further studies included the HPV vaccine which gave scientists a vast knowledge on how cancer forms and how it is inserts insert into DNA. It is later proven that the study of Virology is the cause of scientists advanced experimentation with cancer and expanded their boarders with the topic.
In A-T the ATM gene is disrupted in the making of proteins that regulate cell growth. These mutated genes do not repair DNA damage instead they allow for these defects to be spread into other cells. This allows for uncontrolled division and growth of cells which can lead to cancerous tumors. These mutations also allow for unwanted cell death which leads to the loss of important cells in the brain involved with coordination. People who are carriers of a mutated ATM gene are likely to develop one of the following cancers: breast, stomach, bladder, pancreas, lung, and
Breast cancer sometimes can be dealt with, but not all breast cancer is curable. However, the eradication of these diseases from the gene pool can save millions of lives and preserve the happiness of American citizens affected by this cancer. When breast cancer passes into a vital organ, the problem gets very serious. Gina Cook, who is a breast cancer survivor had to go through extensive surgery, she says “Because of my tumor 's size and it being in three out of 15 lymph nodes they removed from my arm, I began chemotherapy first to shrink the tumor. ”(Cook)
Lastly, vitamin D deficiency has been linked to the recurrence of breast cancer in other parts of a woman 's body. Advancements in prostate cancer include new research in gene changes that will help understand how the cancer develops. Some hereditary genes that have specific components of the DNA have been found to actually increase the risk of cancer in men. Many scientists have discovered that substances in some foods aid in lowering the risk of contracting the cancer. Lastly, a new treatment made is high intensity focused ultrasound or HIFU, which is used to kill cancer cells in early stages by using high focus ultrasonic
"Her cells were part of research into the genes that cause cancer and those that suppress it; they helped develop drugs for treating herpes, leukemia, influenza, hemophilia, and Parkinson 's disease; and they 've been used to study lactose digestion, sexually transmitted diseases, appendicitis, human longevity, mosquito mating, and the negative cellular effects of working in