...London, St. Thomas’ Hospital Campus, London SE1 7EH, United Kingdom {lynn.cherkas@gstt.nhs.uk, janice.hunkin@gstt.nhs.uk, tim.spector@kcl.ac.uk} Nicos Nicolaou Scott Shane Lynn Cherkas, Janice Hunkin, Tim D. Spector W e used quantitative genetics techniques to compare the entrepreneurial activity of 870 pairs of monozygotic (MZ) and 857 pairs of same-sex dizygotic (DZ) twins from the United Kingdom. We ran model-fitting analyses to estimate the genetic, shared environmental and nonshared environmental effects on the propensity of people to become entrepreneurs. We found relatively high heritabilities for entrepreneurship across different operationalizations of the phenomenon, with little effect of family environment and upbringing. Our findings suggest the importance of considering genetic factors in explanations for why people engage in entrepreneurial activity. Key words: entrepreneurship; twin studies; behavioral genetics History: Accepted by Wallace J. Hopp, technological innovation, product development, and entrepreneurship; received June 21, 2006. This paper was with the authors 6 1 months for 2 revisions. 2 Introduction Why do people engage in entrepreneurial activity? Despite the centrality of this question to the field of entrepreneurship, and over 40 years of research that has sought to answer it, researchers have offered incomplete and...
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...era of genomics, individuals have access to their own genetic information, and health care providers are learning how to incorporate DNA data into diagnostic and therapeutic medicine. Bioethics deals with issues of privacy, discrimination, and justice that arise from use and misuse of genetic information. DNA, genes, chromosomes, and genomes are the levels of genetic information, and they impact biology at the cell, tissue, organ, individual, family, and population levels. Genes encode proteins, and the exome is the small part of the genome that does so. Most traits arise from interactions of genes and environmental factors. Genetic information is in health care to identify individuals, in investigating the environment, and in understanding evolution. CHAPTER OUTLINE 1.1 Introducing Genes and Genomes 1. Genetics is a branch of biology concerned with inherited traits and their variation, and how these traits are passed from one generation to the next (heredity). 2. With continuing analysis of human genome sequences, human genetics has grown from a largely academic science to touch many areas of medicine, with practical and societal implications. 3. Genes are the unit of inheritance and are composed of DNA. 4. An organism’s genome is its complete set of genetic information. 5. Genomics is a field of study that reveals how closely related we are to each other and to other species. 6. Bioethics is a...
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...patient’s genetic content, other molecular or cellular analysis. The application of genetic information has played an important role in certain aspects of personalized medicine such as pharmacogenomics, and the term was first invented in the genetic background although it has been broadened to encompass a variety of personalization measures [1]. Some use cases of personalized therapies, devices, or technologies that demonstrate...
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...In this paper I will attempt to help Gene One solve their current problems that they are experiencing as a result of poor planning by management with a new IPO strategy. Although I believe that they were looking out for the company’s/employees’ best interest, the lack of a solid game plan has led us to this point where the working relationship between management has failed. While attempting to uncover the optimal solution I will look at the factors that should be considered when evaluating all options. My hopes are to bring to light why one solution is better than the next as it relates to the vision and goals of the company. This will be done by examining evidence from outside sources that have been through similar situations. This solution will be centered on transformational leadership and organizational culture. By identifying the primary causes of the failed strategy’s implementation, I will dissect and attempt to salvage the IPO strategy that Gene One will still need to carry out. In reading this scenario, one thing obvious from the onset; the senior leadership team at Gene One is not all on the same page. Anytime there is a culture change within an organization there will be resistance by some to change. In the case of Gene One they are no more immune than any other company. Evidence of this could be seen from the interactions of Teri and Michelle at the 1st leadership meeting after the board’s approval of the IPO plan. “What’s the matter, Michelle? Not finding enough...
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...[pic] Moral and Ethical Issues in Gene Therapy • Dr • [pic] Introduction Genetic research has advanced in a dramatic fashion in the last decade or so, to the point where it has now become possible to attempt therapeutic genetic modification, in a few cases of human genes, where a defects exists which manifests itself in certain serious diseases. This possibility, known as gene therapy, is only in its infancy. At present, no one knows how effective it will prove to be, even in the few conditions on which it is being tried - whether it will only be of relatively limited application, or whether it will open up many wider possibilities. It suffers both over-optimistic claims from some quarters and exaggerated dangers from others, over which the church needs to be discerning. It is, of course, not possible to assert exactly where the possibilities opened up by today's technology will lead in terms of future developments, but various ethical and moral issues are implicit in the technology which it is important to draw to the Church's attention, so that it is forearmed in an area where developments have been taking place at a bewildering pace. An editorial in the "New Scientist" in April 1994 drew attention to the need to weigh up what may still be future issues today, before the technological "horse" bolts from the stable and it is too late to lock the door. Potential Ethical Issues Perhaps the most basic underlying questions centre on a Christian understanding...
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...Genetic Engineering is Not the Answer to Hunger Rachel Salters Genetic Engineering is Not the Answer to Hunger In the past ten years, the world has seen many changes and advances, but none hold as many possibilities as genetic engineering. Genetic engineering is turning up all over, and it is definitely here to stay. Just as computers and plastics changed most aspects of living, since they were invented, biological engineering has the potential to do the same in the future. This new technology has a wide range of possible benefits, from helping farmers and sick people, to improving foods and helping the environment. Genetic engineering may even one day be used to help solve world hunger. Genetically engineered crops might seem an ideal solution. Yet both current data and past examples show problems and provoke doubts as to their necessity.There is no simple solution to end world hunger. Genetic engineering is not the answer, just as pesticides weren't the answer. Even increasing food production is not the answer. World hunger will only end when the underlying causes of poverty are addressed. Poverty stops people from obtaining their basic right to food - either because they have no means to purchase food or they have no access to the farmland and natural resources necessary to meet basic food needs (http://www1.umn.edu/humanrts/edumat/IHRIP/circle/modules/module12.htm). Genetically engineering crops do not address the poverty that causes hunger – in fact it threatens...
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...but the context in which they are developed and deployed, and about how public opinion and government policy on GMOs are formed. The public in many countries distrusts GMOs. They are often seen in the context of globalization and of privatization and even as “antidemocratic” or “meddling with evolution”. There are as yet few perceived advantages for the public, because GMO applications to date have concentrated on reducing costs for producers without direct consumer benefits. In particular, it has been a tactical error of the industry to concentrate on pesticide-resistance as one of the earliest applications, as this has stimulated environmental concerns. The public often confuses the industry with the science. And consumers worry about risk, not about scientific freedom.Scientists in both the private and public sectors clearly see genetic modification as a major new set of tools. They are also participants and spectators in a major shift of research from the public to the private sector, which will undoubtedly influence the future direction ofresearch and research investment. As shareholders in the GMO debate, scientists must recognize that...
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...DEBATE: DESIGNING PROGRAMS TO MITIGATE RISKS MOYE BONGYU University of Dschang, Cameroon GLORIA BILLINGSLEY Walden University MUSTAFA YOUNIS EMEKA NWAGWU Jackson State University ABSTRACT Human health is determined by both natural and artificial factors, amongst which what people consume is a critical variable. There is no consensus about the likely effects of the Genetically Modified foods/organisms (GMOs), but the fact remains that their effects on health are risky and highly unpredictable especially with the globalization tendency. The purpose of this study is to examine how the GMOs risks to public health can be reduced by policymakers enhancing public confidence in the GM foods. The Precaution Adoption Model (PAPM) has been selected to tackle this health problem. This model has been described and evaluation strategies analyzed on the basis of which success can be determined. BACKGROUND AND INTRODUCTION Human health is determined by both natural and artificial factors, amongst which what people consume is a critical variable. The proliferation of genetically modified (GM) food in the marketplace has resulted in heated public debate, scientific discussion and media coverage about their safety. Formerly, the use of selective breeding was commonplace but this was a sluggish and unreliable Public Administration & Management Volume 13, Number 3, 191-217 192 method. Genetic engineering now allows scientists to insert specific genes into a plant or an animal without having...
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...The first thing that usually pops into someone’s mind when they hear the word cloning is a human replication such as the army of clones in the movie Star Wars. What most people don't know is that there is so much more to cloning than creating a living being identical to the original. There are multiple ways to utilize the technology of cloning whether they be beneficial or not. Cloning is a good idea as long as it upholds life and is not allowed to limit the diversity of genetic traits. Cloning is “the asexual production of an exact copy of an original” (“What is cloning”). It is from one parent and results in identical cells. Scientifically speaking, one cell could be cloned, as well as organs, plants, even animals and perhaps humans. Just as varied, are the reasons to clone in the first place. The possibilities of cloning range from medical uses, personal uses, agricultural and livestock improvement to saving endangered species and more. The medical advantages cloning provides extend life, treat illnesses, and produce medications. Research into cell growth and genetics adds understanding into diseases such as cancer and how to avoid hereditary defects. In addition, cloning can improve food sources whether crops or livestock. Cloning also takes part in choosing desirable traits for people, animals, and plant, crops. Once they genetically engineer the plants, they can clone those seeds so that they have multiple identical copies of that same plant. Same with animals or livestock...
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...increasingly considered an integral component of mainstream health care (Burke, 2004). Furthermore, many genetic tests are now being marketed directly to consumers. The increased availability of genetic testing may result in a wider distribution of the benefits of testing, such as decreased uncertainty, the chance to avoid passing on a gene mutation to future generations, increased psychological well-being, and greater awareness of available treatments or risk-reducing strategies, but it may also contribute to an increase in the risks associated with genetic testing, such as decreased individual and family well-being; increased depression, anxiety, guilt, stigmatization, discrimination, and family conflict; and unnecessary or inappropriate use of risk-reducing options (Riper & Gallo, 2005). Money is maybe the most important driving force in the modern era of biotechnology. Genome and genetic findings have been given also financial value. The possibility to test for genetically-based individual susceptibility provides new ideas for marketable products. In an industrial worker, a metabolic polymorphism that causes an increased risk for cancer would create an avoidable financial burden in industry and insurance companies. The involvement of such financial aspects brings along several ethical implications in genetic research. The first aspect is the motivation of scientists that determines the target of research interests and goals (Vahakangas, 2001). Another...
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...Leaders Are Born Not Made Introduction: The factual analysis about leader ship in this essay is based on results published in Journals and books published in various time-periods and by a variety of respected people belonging to the Psychological societies around the world. The fact being that no Leader is identical to an other so deriving a conclusion from any particular theory has always been a question mark. Although one may comment about the innate genetic factors which has given raise to “Born Leaders” and the “Made Leaders” by their choice and opportunities to improve their skills and work towards a goal. Born and Made Concept: According to “Fielder”, leader is defined as a person who is “appointed, elected, or informally chosen to direct and co-ordinate the work of others in a group”. So one has to understand leader and leader-ship are two very different concepts. With reference to the statement leaders are “born not made”, certain predispositions such as personality characteristics, could add an additional advantage of being a leader. The other factors such as family genes which one may procure are definitely cannot be argued upon. Intelligence, religion-growth-status, society, education, training, job etc... remain as external factors influencing ones Leadership. Therefore a change and a conflict is simply evident. The recent break through of a concept called “Cloning” has stirred a wider controversy about replicating a “LEADER”. Although the research is banned in...
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...brags real-time data analysis and virtually flawless reporting capabilities. Artificial intelligence respectfully enhances industry to better forecast product demand, inventory and distribution and financial markets. When strategically employed this technology offers business managers the ability to make educated decisions in less time that yield the most impact and greater returns. It removes most of the requirement for human rational and replaces it with cold hard facts leaving minimal room for error. The term Artificial Intelligence was crafted by John McCarthy in the 1950’s at Darmouth College (WebDevFaq). The premise of the technology is to imitate the intelligent processes of the human brain by performing reasoning and logic based computing based on sets of rules. As an AI application is utilized it learns from the input and output of data and has the ability to identify patterns that are also used as a subset of rules to produce tailored responses. Its primary charter is to increase the efficiency of tasks that would usually be performed by a human being and removes the personal judgment and intuition work from the decision making process and replaces it with real-time, exact and informative expertise. PRODUCT DEMAND, INVENTORY AND DISTRIBUTION The days of crunching statistics, evaluating sales history and studying human behavior to guesstimate consumer demand of a certain product are coming to an end thanks to Artificial Intelligence. Gene Tanski, author of an...
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...humans hurt one another? aggression is a fundamental social motive * The role of learning and modelling people become violent by watching violence, if children see a lot of aggression they become aggressive which is called social learning accounts * Bandura argued (1980) children come into the world who are innocent and their learning from parents, siblings, television and they conducted the BoBo doll experiment sat them behind the window watching an adult bashing this doll and playing and some adults were very violent and others were gentle and the children were then allowed to do whatever they wanted with the doll the children who saw the adults aggressive with the doll mimicked such * Greitemeyer and mugged (2014) meta analysis of 98 studies of 37,000 people, found significant, positive relationship between violent video games and aggressive behaviour Social learning problems * Doesn’t explain the origins of human violence * Why have humans behaved aggressively throughout history and across cultures? * Why are humans attracted to violence, even though they fear it * Is human aggression learned (social learning) or instinctive or both? “instinctive” accounts * Aggression as instinct: * Darwin-aggression functions to assert power and dominance * Threat and appeasement displays Freud and Lorenz * Freud the ‘death’ instinct hurt people they love * Lorenz- “on aggression” proposed a “fighting instinct” * Aggression...
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...the cause and risk factors of breast cancer, ways to try to prevent and how to get early detection. I will be speaking about the effects of your health related to breast cancer as well as treatment options for breast cancer. Breast cancer is one of the leading causes of death in women all over the world. Breast cancer does not discriminate of race or ethnics. In reading this paper, you will see that more than 502,000 women are killed in a year from breast cancer. In 2007, more than 47,000 women died from breast cancer. Unfortunately, there are some risk factors for breast cancer that are not under your control, but learning as much as you can about them is something that should be taken into consideration. Cause and Risk Factors for Breast Cancer While we do not yet know exactly what causes breast cancer, we do know that certain risk factors are linked to the disease. A risk factor is something that affects your chance of getting a disease such as cancer. Different cancers have different risk factors. Some risk factors, such as smoking, drinking, and diet are linked to things a person does. Others, like a person's age, race, or family history, cannot be changed. But risk factors don't tell us everything. Having a risk factor, or even several, doesn't mean that a woman will get breast cancer. Some women who have one or more risk factors never get the disease and most women who do get breast cancer don't have any risk factors. Some risk factors...
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...LYMPHOID NEOPLASIA ETV6/RUNX1-positive relapses evolve from an ancestral clone and frequently acquire deletions of genes implicated in glucocorticoid signaling Lilian Kuster,1 Reinhard Grausenburger,1 Gerhard Fuka,1 Ulrike Kaindl,1 Gerd Krapf,1 Andrea Inthal,1 Georg Mann,2 Maximilian Kauer,1 Johannes Rainer,3 Reinhard Kofler,3 Andrew Hall,4 Markus Metzler,5 Luder Hinrich Meyer,6 Claus Meyer,7 ¨ Jochen Harbott,8 Rolf Marschalek,7 Sabine Strehl,1 Oskar A. Haas,2 and Renate Panzer-Grumayer1,2 ¨ Cancer Research Institute, St Anna Kinderkrebsforschung, Vienna, Austria; 2St Anna Kinderspital, Vienna, Austria; 3Tyrolean Cancer Research Institute and Biocenter - Division Molecular Pathophysiology, Innsbruck Medical University, Innsbruck, Austria; 4Northern Institute for Cancer Research, Newcastle University, Newcastle, United Kingdom; 5Department of Pediatrics, University of Erlangen-Nuremberg, Erlangen, Germany; 6Department of Pediatrics and Adolescent Medicine, University of Ulm, Ulm, Germany; 7Institute of Pharmacological Biology/DCAL, Goethe-University, Frankfurt, Germany; and 8Onkogenetic Laboratory, Department of Pediatric Hematology/Oncology, Justus-Liebig-University, Gießen, Germany 1Children’s Approximately 25% of childhood acute lymphoblastic leukemias carry the ETV6/RUNX1 fusion gene. Despite their excellent initial treatment response, up to 20% of patients relapse. To gain insight into the relapse mechanisms, we analyzed single nucleotide polymorphism arrays for DNA...
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