...Somatic Symptom Disorder A Nature vs. Nurture Debate By Jennifer Nguyen July 3, 2015 The Disorder While many mental disorders are well-known and commonly referred to, such as bipolar disorder, depression, and anorexia, one mental disorder that has less limelight are somatoform disorders. WebMD defined somatoform disorders as “mental illnesses that cause bodily symptoms, including pain” where these symptoms cannot be “traced back to any physical cause” and they are “not the result of substance abuse of another mental illness” (WebMD). The Criteria & Associated Behaviors In DSM-IV, somatization disorder was the major somatoform disorder. There were many criteria for this disorder. However, in DSM-V, somatoform disorders were largely replaced by the term somatic symptom disorder, hereon referred to as SSD, which DSM-V characterizes by “somatic symptoms that are either very distressing or result in significant disruption of functioning, as well as excessive and disproportionate thoughts, feelings and behaviors regarding those symptoms. With this new change in DSM-V, somatization disorder (previously in DSM-IV) is now completely removed and replaced. The previous diagnosis of somatization disorder required very specific criteria. However, the new criteria for SSD is not as specific, but it does state that “somatic symptoms must be significantly distressing or disruptive to daily live and must be accompanied by excessive thoughts, feelings, or behaviors” (DSM). To see...
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...While there is not a lot of statistics available in the prevention of somatic symptom disorders, there are some aspects that may help to increase resilience. Three important protective factors against developing somatic symptom disorders could include education, strong social support, and a positive outlook. According to Kearney and Trull in Chapter six of Abnormal Psychology and Life (2015) “Youths with somatization are often female, and their parents are often of lower socioeconomic status and educational level” (p. 156). While this statement allows us to deduct other protective factors such as being male and not being poor, I want to focus on education because it is something we can address with primary prevention. Despite the discrepancies...
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...contact. Wash with water for 15 minutes in case of skin or eye contact. | 0.15 M CTAC | Harmful if swallowed. Risk of serious damage to eyes. Irritating to skin. Very toxic to aquatic organisms. | Avoid contact or ingestion. Wash immediately with water in case of contact. Rinse mouth and drink plenty of water in case of ingestion. | 0.15 M BDAC | Causes severe skin burn and eye damage. Toxic if swallowed. Causes toxicity to aquatic life. | Avoid contact and ingestion. Do not dispose down the drain. | 0.01 M NaBH4 | Corrosive to skin and eye. | Avoid contact. | 0.004 M AgNO3 | Hazardous to skin and eye and in case of ingestion. | Avoid contact, ingestion. | 0.10 M Ascorbic acid | Mild irritant to skin and eye. Mutagen to mammalian somatic cells. | Avoid contact. | Materials: * M HAuCl4, 0.20 M CTAB, CTAC, BDAC, 0.01 M NaBH4, 0.004 M AgNO3 and 0.10 M Ascorbic acid. Procedure: Seed Solution: * Add 5 mL 0.20 M CTAB solution to 5 mL 0.0005 M HAuCl4 and stir the mixture well. * Add 0.60 mL ice-cold 0.01 M NaBH4 to the stirred solution and further stir the solution vigorously for 2 minutes. * After stirring, store the solution at 25°C. Growth Solution: * To 5 mL 0.001 M HAuCl4 add 5 mL surfactant mixture containing 0.015 M CTAB, 0.015 M BDAC and 0.015M CTAC. * Mix the solutions well and keep at 25°C. * Add 200 μL of 0.004 M AgNO3 to the solution and mix them. * Add 6 μL of 0.01 M ascorbic acid. GNR synthesis: * Add 10 μL of the seed...
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...SOMATIC CELL NUCLEAR TRANSFER Name: Institutional affiliation: Date: Introduction Somatic cell nuclear transfer utilizes an egg cell and a body cell to create a viable embryo. As part of the studies of genetics and developmental biotechnology, somatic cell nuclear transfer is commonly known as cloning and has elicited a lot of debate and criticism from fundamentalists and bioethicists who feel it is a breech of ethical boundaries. Also called cloning, this process traces its development back to the mid and late 1800’s when scientists discovered that cell twining was possible. By separating embryonic cells, these scientists created twins with the same characteristics teaching them about genetic material and DNA. McLaren & Council of Europe report “it was not until the mid1950’s that scientists manipulated these cells to form new organisms as frogs became the first subjects of embryonic cloning” (pg. 35). By the mid-1990’s, technical knowhow had improved, and cloning moved up the animal chain to more complex vertebrates such as farm animals. 1996 saw the first instance of a cloning process that had utilized an adult body cell. Dolly, a lamb, received a lot of public attention, but that fizzled out with the realization that human cloning was imminent...
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...Volleyball is a team sport in which two teams of six players are separated by a net. Each team tries to score points by grounding a ball on the other team's court under organized rules.[1] It has been a part of the official program of the Summer Olympic Gamessince 1964. A scene of Volleyball play in Ervadi village. The complete rules are extensive. But simply, play proceeds as follows: a player on one of the teams begins a 'rally' by serving the ball (tossing or releasing it and then hitting it with a hand or arm), from behind the back boundary line of the court, over the net, and into the receiving team's court. The receiving team must not let the ball be grounded within their court. The team may touch the ball up to 3 times but individual players may not touch the ball twice consecutively. Typically, the first two touches are used to set up for an attack, an attempt to direct the ball back over the net in such a way that the serving team is unable to prevent it from being grounded in their court. The rally continues, with each team allowed as many as three consecutive touches, until either (1): a team makes a kill, grounding the ball on the opponent's court and winning the rally; or (2): a team commits a fault and loses the rally. The team that wins the rally is awarded a point, and serves the ball to start the next rally. A few of the most common faults include: * causing the ball to touch the ground outside the opponents' court or without first passing over the net; ...
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...Megan Davis 9/30/12 HLT 305 Professor Edwards Future World Everything about the world and society is constantly changing. New discoveries are still being made whether it is geographically or scientifically. While there is less confusion about the edges of the planet and even the universe, there is more to worry about in the healthcare world. New medicines are being made, new surgical techniques are being performed, and incurable diseases are coming closer to an end. Things such as cloning were looked at as something that would happen hundreds of years from now and yet “the first mammal, Dolly the sheep, was cloned in 1997” (Munson 2008). It will still be a long time before humans are cloned, but it is clear that we are discovering new technology at a much faster rate than expected. The human genome can be used to eradicate disease in many different ways now that “the most significant discovery in the history of mankind” (Lecture Notes) is complete. With this incredible resource, genes can be repaired or altered so that a person can avoid developing a particular disease in the future. Although “gene therapy is still in the experimental stages,” (Lecture Notes) I think that this is something that is going to become very viable by 2100. This could completely change the world of medicine. If successful, genes could be changed so that a person will not get Alzheimer’s or diabetes. The possibilities would be endless and that would change the life expectancy of our...
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...Another Me Cloning. Kind of cool? Kind of scary? Most things in life are. There's always been the thoughts of 'what-if-there's-another-me' throughout history. Well, what else is there to say but that cloning is already here? Many people are familiar with the story of 'Dolly' the cloned Finn Dorset sheep born from a Scottish Blackface mother; but are perhaps unaware that the process has been tried on multiple other animals. The most recent miracle occurring in Japan that resulted in a mouse being cloned from nothing but a drop of blood (2013, June 28). It doesn't stop there though. There are studies and experiments being done in cloning stem cells, blood and even organs; it's a very wide field to dive into. So, pop quiz here. What blood type is in high demand and very low in supply? All of them! Despite all of the medical advances the world needs so much more help with supply and demand. Now, what if one single blood cell could be taken and cloning could provide an unlimited amount of blood for any required transfusions? No need for donors, no risk of getting the wrong blood type. This may be closer than anyone thinks as red blood cells have already been produced by scientists at Advanced Cell Technology in Worcester, Massachusetts, the University of Illinois at Chicago and the Mayo Clinic in Rochester, Minnesota from stem cells (2008, August 19). They reported that the cloned blood cells acted just like natural blood cells and there's possibility of producing them on a...
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...potential to treat several degenerative diseases, thereby defective genes could be replaced and help improve the lives of millions. However, cloning in the human sense has had a difficult start. DNA cloning has permitted the development of modern biology, in particular within the last forty years. In this time frame the world has passed from theories to actually cloning genes. Subsequently, The University of Utah Health Sciences did a study on the history of cloning: Mitalipov and colleagues were the first to use somatic cell nuclear transfer to create a human embryo. …In this experiment, researchers took a skin cell from a patient and fused it with a donated egg cell. Key to the success of the experiment was the modification to the culture liquid in which the procedure was done and to the series of electrical pulses used to stimulate the egg to begin its division. Following the cloning controversy of 2004–2005, in which South Korean scientists falsely claimed to have used somatic cell nuclear transfer to create embryonic stem cell lines, the scientific community demanded much stronger evidence that the procedure had actually been successful. (Learn. Genetics) Subsequently, many states in the US began to prohibit the use of therapeutic and reproductive cloning. Regardless, cloning should be decriminalized, with the stipulation that serious regulations be put into place. People, often too caught in the moral implications of cloning never take the time to learn the scientific process...
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...Assignment 1: Biology Article Cinthya Jacobo Professor: Dr. Francie Coblentz Introduction to Biology: SCI115 11/08/2015 The article “Therapeutic Cloning, and stem cell Research” by Gena Smith is about how we can extract stem cells from replicated human embryos and use them for medical and therapeutic purposes. The stems cells are perfect because they are what the article calls “master cells” which with the help of science, can be manipulated to become anything from brain cells to kidney cells. The article also revolves around the amount of controversy over the issue of cloning. The article mostly reviews the medical side of cloning rather than the reproduction side which can one day lead to the cloning of individual people. The article has high hopes for the potential use of cloning stating that “Down the road, scientists believe it will be possible to create complicated structures such as blood vessels, liver tissue, and whole kidneys. In fact, ACT scientists have already succeeded in building tiny cow kidneys that could be used for kidney transplants. It isn't hard to envision, Lanza says, a future where pretty much any kind of organ or tissue could be engineered to replace those damaged by age, injury, or disease.” Overall, this new study of cloning could help clone new body tissues which can help regulate, maintain and potentially replace importance body organs that could then lead to the salvation of millions of lives. According to an article by Norwegian University...
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...describes a number of different processes that can be used to produce genetically identical copies of a biological entity (Fact). The copied material, which has the same genetic makeup as the original, is referred to as a clone (MedlinePlus). I personally think that cloning is wrong for various reasons. In this essay, I will go into detail about cloning and why it is wrong from a moral standpoint. There are two types of cloning where you can make exact genetic copies, artificial embryo twinning and somatic cell nuclear transfer. Artificial embryo twinning is when the sperm cell is split in two inside of a petri dish creating two individual sperm (What). When placed in a surrogate mother, the two sperm cells develop into two identical organisms (What). Somatic cell nuclear transfer is when a somatic cell is isolated from an adult female organism, and then the nucleus and all of its DNA is removed from an egg cell (What). That DNA and nucleus is replaced by the nucleus from the somatic cell (What). This creates a freshly fertilized egg which develops into an embryo and is placed inside of a surrogate mother(What). I think cloning is bad for a few main reasons. Scientists have observed that most cloned organisms are born with defects and...
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...stages in humans (Hall et al., 1993). Recently the American Society for Reproductive Medicine declared that human cloning by artificial embryo splitting was an ethical procedure to increase the number of implantable human blastocysts used in certain infertility treatments (ASRM, 2000). However, embryo splitting can produce only a limited number of cloned individuals as the early embryo can be separated only a limited number of times, and the procedure is not able to produce a ‘‘clone’’ of an adult that already exists. The other method for producing cloned humans, nuclear transfer, does not suffer from these limitations, and the rest of this article will focus on human cloning achieved via this technique. Nuclear transfer (or more specifically somatic cell nuclear transfer) is a conceptually simple procedure. The J. A. Byrne ¡ J. B. Gurdon ( ) Wellcome CRC Institute, Tennis Court Road Cambridge CB2 1QR and Department of Zoology, University of Cambridge, UK e-mail: j.gurdon/welc.cam.ac.uk Fax: π44 1223 334185 U. S....
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...cKaitlyn Erin Bartow Philosophy 243-007 Cloning Essay October 5,2011 Leon Kass, the author of “ Preventing Brave New World”, an article opposing the continuation of cloning, is wrong to conclude that with the use of human cloning, we will fall down a slippery slope leading to the degradation of our human nature, putting ourselves before our children, bettering our children for the wrong reasons, and ultimately demeaning our own moral worth (Kass, 445). Through the scientific advances that we have made throughout the years, we have made the lives of many people longer and more fulfilling. The advances that Kass is arguing against, has given people children, prolonged the lives of many, and given people the opportunity to do things that they may not be able to do anymore. If there are all of these positive outcomes, how can Kass argue what he does? Before I begin, I feel it necessary to clear up a misunderstood word that may be the reason why people view certain aspects of cloning the way that they do. I will give this particular word a complete unbias by using a scientific definition instead of using my own words. The term that a person should know to truly understand the perspectives being compared is the word: Embryo. According to The Encyclopedia Britannica, an embryo is, “the unborn child until the end of the seventh week following conception; from the eighth week the unborn child is called a fetus”(Encyclopedia Britannica; “embryo.”). The embryos that are being...
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...A Pluripotent Challenge Recent advances in human stem cell research have generated enormous enthusiasm on the part of researchers and optimistic predictions of revolutionary advances in biomedicine. These same advances have also sparked considerable ethical debate. The main ethical challenges associated with stem cell research have to do with the source of those cells. Although some advances have been made in the use of adult stem cells, the consensus seems to be that the most promising categories of stem cells are embryonic stem (ES) cells (derived from the five- to seven-day-old embryos known as blastocysts) and embryonic germ (EG) cells, derived from immature aborted fetuses. In fact, there are four main sources of (non-adult) stem cells, and each presents its own challenging ethical issues. The first such source (of ES cells) is the surplus embryos that are a by-product of the activities of in vitro fertilisation (IVF) labs. One ethical concern here has to do with the status of the embryo itself. The degree of respect that ought to be granted to a human embryo is highly controversial. Some hold that the embryo - genetically human and a potential person - deserves our full respect and protection. Others hold that while the embryo may be genetically human, it has (particularly at early stages) none of the characteristics of persons. It is not conscious; it is not self-aware. It is a cluster of cells with no independent ethical status. Still others hold an in-between view, arguing...
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...Purposes of Gene Cloning To study genes in the laboratory, it is necessary to have many copies on hand to use as samples for different experiments. Such experiments include Southern or Northern blots, in which genes labeled with radioactive or fluorescent chemicals are used as probes for detecting specific genes that may be present in complex mixtures of DNA. Cloned genes also make it easier to study the proteins they encode. Because the genetic code of bacteria is identical to that of eukaryotes, a cloned animal or plant gene that has been introduced into a bacterium can often direct the bacterium to produce its protein product, which can then be purified and used for biochemical experimentation. Cloned genes can also be used for DNA sequencing, which is the determination of the precise order of all the base pairs in the gene. All of these applications require many copies of the DNA molecule that is being studied. Gene cloning also enables scientists to manipulate and study genes in isolation from the organism they came from. This allows researchers to conduct many experiments that would be impossible without cloned genes. For research on humans, this is clearly a major advantage, as direct experimentation on humans has many technical, financial, and ethical limitations. Importance for Medicine and Industry The ability to clone a gene is not only valuable for conducting biological research. Many important pharmaceutical drugs and industrial enzymes are produced from cloned...
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...| | | | | | | | | | | | |PETER NJERU KARUANA | |C01/12400/2006 | | | | | | ...
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