Colonial Differences from North to South Essay Example for Free

Colonial Differences from North to South EssayDuring the 1700s, many colonies began to show their true differences with unrivaled another. Although the colonies were settled by English origin only, the regions became both trenchant societies indoors years. Of the colonies, the Chesapeake and the refreshful England region were strongly diverse. The Chesapeake and the untried England regions differed in the 1700s because of religious debates that had occurred, different motives that were placed when going to the New World, and the different economies that had developed within the colonies. First, religious debates became a huge distinguishing factor in the both regions. During the 1700s, Maryland was considered to be a Catholic Haven in the Chesapeake region. Founded by Lord Baltimore in 1634, Maryland quickly became the rescue place for Catholic-English men and women whom faced execution from Protestant England. Faced with death, the Catholics of Maryland stood behind the A ct of Toleration that was passed in 1649. In John Winthrops document, A model of Christian Charity, he describes how each man needs to come together for religion. graven image Almighty in his most holy and wise providence hath so disposed of the condition of mankind we must knot together in this work as one man. (Document A). In Marylands Act of Toleration, the statute guaranteed all toleration to Christians. With the act, Maryland could be Catholic without a word being said. Unlike Maryland, The New England region had nothing to hide with religion. New England was mainly prude, spanning out of Calvinism. Predestination and visible saints were just two of many popular phrases used in the Puritan religion. Puritans believed in being predestined for heaven or hell when a said person was born.Also, Puritans had the decision to be Separatists and Non-Separatists. Many Puritans were Non-Separatists, meaning they wanted to sort out the Church of England but not exclusively break away fr om it. Along with Non-Separatists, Separatists were also common. Separatists were groups of people that wanted to completely break away from the Church of England. one of the most famous groups of Separatists was the Pilgrims. In the end, the colonies were in truth different religion and the differences in religion molded Americas immunity of religion. Next, another factor that make the two regions different, were the motives that were placed going to the olonies.In the Chesapeake region, the Virginia Company was immediately put in place when they had arrived in Virginia. The Virginia Company was a joint stock gild that had one motive in America gold. After the defeat of the Spanish Armada, England was craving for outside profit and America was the answer. In John Smiths document about Virginia, he describes what life was like revolving around gold. There was no talk, but dig gold, wash gold, refine gold, load gold. (Document F). Although the gold make was almost a complete dis aster within Jamestown, the colony became the first permanent settlement.But, in the New England region, the English men and women were migrating to the New World for completely different reasons. First, the Separatists of England that were living in Holland to avoid royal English rule, departed to America. The Separatists, later known as Pilgrims, set off on the Mayflower. The original computer programme was to land off of the coast of Virginia. However, the Mayflower eventually made land fall in the New England region. Living off the land and poor, the Pilgrims became friends with local innate Americans and later, made their own government and set the foundation for the New England colony.After the Massachusetts Bay colony was formed, the main motive of the colony was to build it rise of life and families. As quoted in the Articles of Agreement, 2. We intend that our town shall be composed of forty families, rich and poor. (Document D). Known as the Great Migration, around 20 thousand Puritans migrated to the New England region from England. John door guard created a large list of Emigrants that were bound for New England.A family decided to migrate and John Porter recorded it 1. Joseph Hull, of Somerset, a minister, aged 40 years old. 2. Agnes Hull, his wife, aged 25 years. . Joan Hull, his daughter, aged 15 years old. Etc. (Document B). Many young families migrated from England to receive freedom of religion and break away from the clutches of royal England. Between gold, religious freedom and the Great Migration, the New England and Chesapeake had many different reasons for migrating to the New World. Lastly, the two regions became two separate worlds when economies began to develop. The Chesapeake region was known for one thing, and that was tobacco. Tobacco was vital to the colonys economic foundations. A rich mans crop, tobacco was very labor-demanding.When indentured servants rebelled, African slaves were put to use and the Chesapeake became hom e to slaves. As well as labor, tobacco sparked plantations and the need for land. When slaves were imported, this became the splitting factor between the north and south. However, New England, with its cooler falls and winters, could never plant tobacco, especially with the historic New England stony soil. The stony soil prevented any farmers from successfully planting a bargain of plants. New Englands economy thrived on shipbuilding, fishing, commerce and trading.The region also contained dense forests, helping the shipbuilding industry skyrocket. Also, the economy was very organized and everything touch on it. In the document of Wage and Price Regulations in Connecticut, they discuss the prices and wages being regulated so that the people of the colony can learn their religious callings. .. in the interim recommends that all tradesmen and laborers consider the religious end of their callings which is that receiving such moderate profit as may enable them to serve God and their neighbors with their arts and trades comfortably.. . (Document E).In the New England colony, everything was interconnected, including religion, economy and politics. The Chesapeakes hot, humid weather enabled the farms to grow tobacco to form their economy. But, New Englands cooler weather enabled their workers to digest on shipbuilding, trading, and even religion. In conclusion, the two regions faced many differences within their cultures when compared. Their religions, motives, and economies were a few of the distinguishing factors. As the colonies prospered in their own individual ways, the differences grew larger and became two different societies.

Milk and Dairy Products Essay Example for Free

Milk and Dairy Products Essay1-CarbohydratesCarbohydrates atomic chip 18 the best basis of brawniness for the body. They make from carbon, hydrogen and oxygen. The main group of carbohydrate in provenders be sugar, starches and cellulose. We brush aside observe Carbohydrate in sift, potatoes, bread, pasta and cereals. The Carbohydrate make people fat, and they argon the most stemma of energy for body.2-FatsFats atomic number 18 complex of carbon, hydrogen and oxygen. We need fat for hormone metabolism, to switch healthy skin and hair, it as well as helps to, repair the tissue . it helps to shape to your body. Sometimes it helps to protect the organs which be intimate the body worry kidneys. The main two types of fats ar saturated and unsaturated. You can find saturated fat in animal products like, draw, cheese, meat with fat, cream.fat is the important source of calories and energy for body to a fault it could be so dangerous for your health if you economic c onsumption it too much.fat provide healthier skin and helps the body to use vitamins like A, D E and K because these are fat soluble.3-ProteinsProteins are built up longs chain of aminic acids. We have got two types of amino acids essential and non-essential amino acids and both of them are necessary for body. We have got two types of protein, animal protein and plant protein. You can find the best source of protein in fish, meat and dairy produce, cereals, rice and eggs Some of your hormones, organs and muscles are made up with protein, and the most responsibility for protein is delivering the oxygen to blood cells. similarly protein is needed for growing and repairing tissue and replacement.4-Vitamins and MineralsVitamins and minerals are nutrients which your body require to grow and fracture norm every last(predicate)y.Vitamins are very important for body they help enzyme to work properly, we have two different type of vitamins piss soluble (B vitamins and vitamin C) and fat soluble (A, D, E and K).body cant make the vitamins so we need to get this from the food because it is necessary for body. We need vitamin A to have healthy eyes this vitamin is necessary for body growth and repair. They are important to have healthy life, too little liveliness and soul of vitamins cause health problems also too much of vitamins cause of some disease. Minerals you can find minerals in earth and sea. they can be found in water, root plants and animals. Some of them are needed for body like smoothing put right, magnesium, zinc, aluminium, calcium, For example we need iron to make homeoglobine, and calcium is required for healthy dentition and skin and bones. Amounts needed for most of minerals are very small and too much amounts can be toxic to your body.5-WaterThe most important nutrient in your body is water, your body is mostly made up from water, to a greater extent than half of your body weight is water, you can live for umteen days without food but you can t be hot without water more than a hardly a(prenominal) days.It transmits oxygen and nutrients into all your cells. Also helps control your body temperature. It also helps to your metabolism work properly. We need to drink sextet or eight glasses of water a day. If the urine is smutty in colour, this representation that you need to increase your fluid levels. Illness and fever also increase your water necessity, and water replacement is necessary part of much medical treatmentP2 Identify different viandsary needs at to each one life st jump onInfancy (0-3 old age)The babies only need milk to get the nutrients and breast milk is the best food for them because it contains all nutrients the baby needs. Some mothers are not able to breastfeed so they can feed by cows milk but this must be sterilized to hold infection. Before six months we just suggest rice, other cereal grains like oats, wheat, and barely can be given later on six months. For the first few months of their life they get all of the nutrients he needed from their mothers milk. However, babies are growing very quickly, and at about 6 months of age breast milk could no longer meet all they needs, they have to give them hale foods. We should be careful not to give them too many foods high in season and sugar. Solid foods provide extra energy and nutrients which are needed at this time like Iron and Zinc.You can give them one new food at a time and wait two or three days to see the reaction and find out if they have any allergy or also you can see how well the new food is digested. By about 12-18 months the toddler can eat the same food as the rest of the family, with less(prenominal) salt or sugar. Try to give those different fruit and vegetable as they all have different nutrients and also accommodate some at each meal and offer them as snacks. Make sure your toddler get enough calories. For pip-squeakren between 1 3 years old energy fates increases because children are more active and growing rapidly. Protein requisites do not increase much. Vitamins need to be increased. They need slightly lower amount of calcium and iron. They need more mineral at this stage.Childhood (4-10 years)In this stage the children are very active. Many children, especially those who are not physically active, tend to eat too many calories. Children aged 2 to 3 years, 4 to 6 years, and 7 to 10 years require approximately 1300, 1800, and 2000 calories, respectively. In these ages they need to eat healthy food like fish, meat, pasta, eggs, and potato, they should not eat too many crisp fizzy drinks sweets and biscuits because these cause tooth problems and obesity. Protein is necessary for body growth, so protein requirements for children are higher than for adults.They should take full fat milk and skimmed milk should not be given to children under 5 years of age. later the age of 4 children need more energy and protein, most vitamins and all the minerals except iron. Vitamin C remains the same as they were younger. By the age of 7 10 years old their energy and protein intake still increases the requirement for most vitamins and minerals increased except vitamin A and C. dairy products should be mixed up in diet to boost calcium intake for strong bones. We have to give them vitamin D because it helps them to build strong bones and teeth.Adolescence (11-18years)When the children get to ages between 11 14 years they need more energy and their protein requirement increases by %50. At the age of 11 vitamin and mineral requirement differs for boys and girls. Boys need more vitamin and mineral but there is no tilt for some of the vitamins. Girls have to take minerals and iron when the menstruation starts. Between the age of 15 18 boys need more energy and protein. They need more B vitamins, C, A and minerals such as magnesium, potassium, zinc and iodine. They need high amounts of calcium because of their skeletal development. Requirement for some B vitamins like B1 , B3, B6, C and some minerals like magnesium, potassium and iodine. Boys and girls have the same requirement for B12 and vitamin C, magnesium, sodium and potassium.Girls need more iron but lower requirement for zinc and calcium. Teenagers should be pushed to choose a mixture of foods from the other basic food groups A lot of starchy carbohydrates bread, rice, pasta, breakfast cereals, and potatoes. Plenty of fruit and vegetables, devil to three portions of dairy products, like milk, yoghurt and pasteurised cheeses, Two servings of protein, such as meat, fish, eggs, beans and pulses. Many teenagers, mainly girls, dont get enough iron in their diet, so we should make sure they get plenty of meat, fish and leafy green vegetables. Protein is important, especially during a teenagers growth spurt, as is calcium and vitamins C and D. Because they are so active, they need lots of energy in their diet. Foods like pasta and bread are good foods as they are high in carbohydrate.Adulthood (19 - 65years)In adulthood age 19 50 years the energy requirement is less for both women and men, because they are not as physically active as they were and their metabolic rates slow down. Their requirement for calcium is lower Women start losing calcium from bones during and later the beginning of menopause for about five years, after which the rate of calcium press release is reduced until about age seventy-five or eighty. So, it is important for women to eat foods high in calcium up to the age of thirty-five, also women need less magnesium and men need lower amount of iron.Their requirement for protein and most of vitamins and minerals remain the same in comparison to adolescents. trounce recommend for food could be Whole, enriched, and fortified grains and cereals like brown rice and 100% whole wheat bread, vegetables such as carrots and broccoli, low- and non-fat dairy products like yoghurt and low- milk sugar milk, dry beans and nuts, fish, lean meat and eggs, fluid intake ( water is best).women have to increase iron to their diet. They should not eat too many high fat foods. obsolete age (+ 65years)After the age of 65 we need less energy because people get less active after this age. Men need less protein than women and their requirements for vitamins and minerals stay the same for both men and women as it was in their adulthood. After the menopause, women need less iron. The reduction in energy needs, coupled with unchanged requirement for vitamins and minerals means that the nutrient density of the diet bugger offs more important. Nutrient density means the quantity of vitamins and minerals in relation to the amount of energy supplied by the foods and drinks consumed.With the rise of age, the capacity to digest and eating spacious meals often decreases. So, the amount of food given at a time needs to be decreased. If required number of meals can be increased as per the individuals tolerance. They should avoid food rich in fat, cholesrtol and anima l fats, especially saturated fats, because they cause some cardio-vascular disease. They can use sunflower oil or soya bean oil to prevent tone disease. Its better to add vitamin D to their diet.also they have to eat foods which are easy to digest, and eats plenty of fibreP3 explain two medical conditions related to unbalanced diets You are a key worker at knowing Day Nursery in Sutton. You are looking after two children who recently joined the nursery. Aisha is 4 years of age and she is severely overweight and you are discussing Aishas dietary needs with her parents.Shareef is 3 years of age and suffers from anemia.Explain the two medical condition related to unbalanced dietsObesityObesity is when a person is carrying too much body fat for their height and sex. Aisha is a person considered obese because she has a Body Mass Index (BMI) of 30 or more. The problems can cause by obesity is like difficulty breating, difficulty walking or draw inning, increase sweating, high choleste rolShe has to reduce fat intake and syrupy food stuff .It helps in reducing a lot of calories and, in turn her weight. She has to select foods with low, light or reduced calories or fat, including milk products. Also she needs to take foods that include starches and dairy productsShe has to take plenty of vegetables, fruits, grain products and whole grains each day. Dairy products should not be missed out. Low-fat, no-fat and reduced-fat milk, yogurts, cheese, ice creams and many other such products available in the market provide a good taste of things to the dieters. With proper nutrition, exercises and support Aisha can lose weight and develop healthy habits for her life.Over nutrition results from eating too much, eating too many of wrong things, not exercising enough, or taking too many vitamins or other dietary replacement. Tooth decay is a symptom of malnutrition. The enamel of the teeth can be dotted with white patches. The bone and teeth be interject easily breakable. Toot h decay is one of the most common of disorders. It usually occurs in children and young adults, but can affect any person. It is the most important causes of teeth loss in younger people.AnaemiaAnaemia is a lack of red blood cells. Anaemia can be described as the loss of red blood cells or haemoglobin in blood. Haemoglobin is the carrier of oxygen to the various part of our body. subside in red blood cells means decrease in the carrying capacity of the blood. Anaemia is primarily the result of nutritional deficiency in our body. The most common symptoms of anemia are weakness, breathlessness, lack of energy, depression, numbness, chill sensation, irritability and memory loss. A person with anaemia will feel tired and week because the bodys tissues are being starved oxygen. In fact weakness is the main symptoms of most types of anaemia. Mild anaemia can occur without symptoms and may detect only during a medical exam that includes a blood test.Weakness, fainting, breathlessness, he art palpitations (rapid or irregular beating), dizziness, headache, ringing in the ears, difficulty sleeping, difficulty concentrating, abnormal menstruation are symptoms of anaemia. A proper, well balanced diet is very beneficial for anaemic people. They have to include cereals, rice, pasta, dairy products (milk, yogurt and cheese), dry beans, eggs, vegetables and fruits, meat, poultry, fish and nuts. Beet root is one of the best home solutions for anaemia you can eat them as a cooked vegetable or in salad or even beet root juice for the purpose. Also the good sources of iron are Liver, green leafy vegetables, beets, dried fruits, brown flakes, brown rice, raisins and prunes.While anaemic people are recommended to have food reach in iron content, vitamin C is required for the absorption of iron. Include citrus fruits like orange and lemon to your diet. Anaemia affects all population groups. However the most susceptible groups are pregnant women and young children. In pregnant women the baby needs extra iron so that the baby has a sufficient blood supply and receives all of the necessary oxygen and nutrients. Low birth weight in infants, young children and women of child bearing age are particularly at risk of anaemia. Women of child bearing age need to absorb 2-3 times the amount of iron required by men or older women. Lack of folic acid, vitamin A or B12 is the case of anaemia in people who are living in developing country.M1 Discuss how to components of a balanced diet contribute to an individuals health at different life stageIn infancy a babys kidneys are not as yet genuine strongly enough to hold the high protein and mineral content fully until that age, the same applies to solid foods. After 6 months we can add some solid food to their diet because they are ready to digest the food.During childhood, childrens food needs change usually, depending on their growth and their stage of physical activity and energy needs, a childs full protein, vitamin and mi neral requirements boost with age. Perfectly, children should be building up stores of nutrients in preparation for the quick growth experienced during adolescence. In adulthood they need to eat more fruits and vegetables the good source to take vitamins, minerals and fibre which also help prevent heart diseases, cancers and many health conditions that come up with age, it is encouraged that eat 5 portions of fruit or vegetables each day.Elderly adults should eat a well-balanced diet and exercise frequently blow over some time outside to make better the vitamin D for healthy skin and bones limit fat and sugar eating such as cakes biscuits and so on eat foods high in fibre to help bowel health reduce on salt eat from a unspecific range of food and to share mealtimes with friends and family, The amount of food may cut because of the advancing of age effects the capacity to digest food and tolerate large meals.Task2P4 Identify two service users with specific dietary needsYou are work ing as a nurse in St.Helier Hospital. You are looking after several patients. One of your patients, Mr.Abdi Hailu suffers from a coronary heart disease. Another patient, Miss Talia Kaunu is lactose intolerant. Identify two service users with specific dietary needs.Mr.Abdi HailuMr Abdi has got Coronary heart disease. It is a narrowing of the blood vessels that provide oxygen and blood to the heart. Coronary heart disease is a major cause of illness and death. Coronary heart disease is generally make happen by atherosclerosis when plaque gather on the artery walls, make them to narrow, resulting in less blood run to the heart. Sometimes a clot may form which can stop the flow of blood to heart muscle. Coronary heart disease normally causes dresser pain, shortness of breath, heart attack and other symptoms. So he should change his diet to prevent other damage to the heart. He has to eat lots of fruits and vegetables during the day. Decrease the amount of salt in his food and add some nuts and seeds to their diet and decrease the amount of fat in their diet. Therefor he has to change his life style like stop smoking, have some exercise during the day, have healthy diet and dont be in vehemence and reduce emotional.Miss Talia KaunuMiss Talia is not able to digest lactose, the sugar found in milk and milk products. It is caused by lack of lactose in her body. So she is not supposed to eat milk and she has to find some alternative like yoghurt and cheese. she might feel uncomfortable after having milk and milk products. Symptoms can include abdominal pain, abdominal bloating, gas, diarrhoea, and nausea. The best management for this situation is she has to slowly put in small amounts of food and drinks which include lactose to determine the tolerance level or she can drink milk with a meal or with other food. Also there is some lactose enzyme in tablet form she can take them before eating.When she doesnt drink milk it can lead her to lack of calcium, vitamin D and protein, so she should find new way to get these, she can take calcium supplements and drink orange juice and have some food which have more calcium, dark green vegetables like spinach and fish with soft bones such as salmon and sardines are high in calcium.

Analysis of the Politics of Problem Definition

Analysis of the Politics of Problem DefinitionINTRODUCTIONComprehending the pros and cons of issues seemly public problems is the clue to extrapolateing the course of action and agenda setting. In the American placement there are issues such as poverty, equity, violence, substance abuse, and so on which continuously encroaches on the system but only few can be regarded as public problems and become a consideration for public agenda. Factors equivalent expansion of participation and issue characteristics are liable for a problem to become public. The study assesses the problem definition process using a verge model of collective behavior. This is based critically on an individuals threshold of abstinence from the conditions across society. Expectation of the number of individuals who imbibe already track the threshold or are likely to cross it influences the inclination of individuals to cross the non-acceptance threshold. To comprehend this, a theoretical framework to the in formal harassment problem and Clarence doubting Thomas Supreme Court nomination hearings has been utilized. It has been tested with factual data for statistical assessment to an array of collective behavior.THE PROCESS OF PROBLEM DEFINITIONA throng of conditions such as pollution, hunger, smoking and child abuse have plagued America done time but there has been no public disclosure to trace them as problem. Therefore a divorce prevails between objective conditions and problem definitions. Citizens assess conditions at individual levels. Social influences, values, culture and norms cause an individual to have a neutral or favorable response to the existing conditions. Understanding of objective costs, benefits of a particular condition can vary in individuals and are evaluated accordingly. When the costs of tolerating the conditions become ample, an individual will cross the threshold of public non-acceptance.GRAPHICAL ANALYSISThe graphical representation of the threshold model is used to understand collective behavior. Here,p = individuals expectation of the proportion of the population that fails to publicly oppose the conditionOi = private assessment of the condition based on the ratio of costs to benefit plus costs of the condition.The private assessment is Oi and expected social non acceptance (1-p). The heavy line represents the threshold at which individuals with variant costs and expectations of social non-acceptance are precisely indifferent between publicly accepting versus non-accepting the condition. The space to the left indicates individuals publicly accepting the condition and the right expresses non-acceptance.In fig. 1 individuals who privately assess the costs of the condition move to public non-acceptance only if they have expectations that the proportion of social non-acceptance is greater. When Oi=1, proportion of (1-p) is greater than 0.40 and when Oi=0.75, proportion of (1-p) is bigger than 0.50. If media educate the public about the costs and benefits of the conditions there will be kindd problem definition. As individuals alter their private evaluations, the slope of the function representing the distribution of threshold, removes. In fig.2 if Oi=0.75 then (1-p) exceeds 0.30 and when Oi=0.50 expected (1-p) exceeds to 0.50 to oppose the condition. The media makes the setting to a greater extent useful to changing problem definition by changing the distribution of thresholds for individuals. In fig.3 a cumulative density function of social non acceptance (the dashed line) is superimposed onto the threshold function depicted earlier. The upper horizontal axis indicates actual social non-acceptance aft(prenominal) cost benefit evaluations. This diagram implies that there is wide gap between private cost-benefit assessment and public positions. The stable equilibria level indicated may alter to change in factual data made available by media, political leaders. Problem reevaluation occurs in an interspersed mann er due to the swift shift from point of equilibria to another. exam the applicability of such models is difficult because of exact data requirements aggregate data may be used to analyze to crossing of the threshold levels of non-acceptance. The importance of the feedback instrument has also been indicated.SEXUAL HARRASSMENT AND THE CLARENCE THOMAS SUPREME COURT NOMINATION HEARINGThe feminist movements in the late 1970s termed the exploitation of women by men in the workplace as sexual harassment. This was emphasized by womens groups who started to educate and garner their support. Statistics reveal that preceding to the Clarence Thomas Supreme Court nomination hearings sexual harassment in workplace was common in America. The Thomas nomination hearings in September and October 1991 drastically altered the political scenario on the issue of sexual harassment. Thomas, a conservative African American, a member of the US Court of Appeals for the District of Columbia was nominated a s a Justice of the Supreme Court. The Senate court Committee held eight days of hearing on the nomination. The nomination was sent to the full Senate without a recommendation. Prior to the scheduled vote, the National Public Radio broadcasted a story that spread rapidly. Anita Hill, a colleague of Thomas alleged sexual harassment against him. Intense pressure from public groups and interests culminated in the postponement schedules votes to investigate charges. Since the hearings were televised nationally, Americans became more educated and aware of the issue. The hearing ended with public opinion swaying in Thomas direction and he was confirmed by a narrow gross profit margin as a Supreme Court Justice. Simultaneously it was a failure of the womens movement to remedy the issue of sexual harassment and it would be tolerated and those make the allegations failed to produce change. The focus on the issue enhanced citizen mobilization enhanced.The EEOC data showed equilibrium prior to the hearing. The increase in the number of charges filed corresponded with the timings of the hearing. It was evident that a parvenu higher equilibrium of charges filed was attained. Thus, the cascading process denoted in fig. 3 was at work since there was inertial movement to a radical equilibrium. There was no feedback prior or after the hearing. Before the hearings increased prior charges and successes resulted in fewer new charges. This suggests that negative feedback maintained the pre intervention equilibrium. After the hearings increased prior charges and successes produced new charges and successes. This suggests a cascading effect to the new equilibrium. Before the hearings and enhance media attention to sexual harassment actually produced few charges but after the hearings the effect of the media attention on new charges had a dynamic escalation.CONCLUSIONThis analysis has amalgamated the individual evaluation of costs and benefits with data and social forces resultin g in a dynamic change in collective behavior which is best illustrated by using threshold model of collective behavior and distribution of individuals thresholds of non-acceptance on the conditions in society. The application of this was explained through the Thomas Supreme Court Nomination hearings. Focus of media and public resulted in more charges, more successes and increase of media attention. Thus in conclusion it can be said that is there is a pre-existing condition that many find privately costly, with widespread public acceptance, the system is ready for a metamorphosis. Since there is a multitude of such conditions prevalent in America at one time and disturbances are likely to occur and changes in the American political system will be present always.ReferenceDan Wood, B., Doan, A. (2003). The politics of problem definition applying and testing threshold models.American Journal of Political Science,47(4), 640-653.

Methods Used in the Bio-Medical Industry

Methods Used in the Bio-Medical IndustryIn this essay we get out be exploring three methods by which materials argon any narrated, analysed, or both and their relevance and application in the biomedical industry. We will be looking at Electrophoresis, atomic Magnetic Resonance ( nuclear magnetic resonance), and assail runniness Chromatography-Mass Spectrometry (GLC-MS). Electrophoresis is a technique used to separate DNA material found on their size which has applications in DNA forensics. Nuclear Magnetic Resonance is a technique used to visu all toldy determine what the composition of a live tissue is which has applications in medical science. Gas Liquid Chromatography-Mass Spectrometry is a technique used to determine the chemic composition of the substance that is being tested which has applications in blood doping in sports where the blood require to be chemically analysed for its composition whether it contains banned substances. Chemistry is a very broad subject whi ch has influence in almost all industry. This essay will attempt to cover these three methods knowing that it has only skimmed the surface.The first separation technique that we will discuss is electrophoresis. Electrophoresis is used extensively in biochemical analysis. In particular, it is used in DNA fingerprint and profiling in the field of forensic science. It can be used to separate, identify and be sick proteins and nucleic acids. It can be used with amino acids and peptides obtained when a protein is hydrolysed. This basis for how this method works is that it depends on the fact that all DNA molecules ar polar. therefrom it is cognize to be impossible for there to restrain a compound with the same polarities. An separate issue that might be raised is would the pack of the type mint this separation technique? The answer is yes and no. It will affect it by making the DNA fingerprinting band hard to form. Thus chemists study highly-developed unlike agarose medium cha nges for different compounds that have different properties such as pH and fold. The agarose gel can differ in density and pH, for example, to accommodate the different types of exemplification that is being tested. In that way, the effect that mass or even pH might on the result is negated and an accurate result is produced.The DNA of apiece person is basically similar in its chemical structure. The two strands in the double helix of DNA argon held in place via hydrogen bonds among base pairs. The DNA stores the information call the genes that provide the genetic blueprints for making proteins. However, there are segments along the DNA molecules which do non seem to yield the instructions needed to make proteins. These bits of DNA are repeated along the DNA molecule. They are called minisatellites. The number and sequence of these is unique to from each one person.DNA fingerprinting is based on twin(a) these minisatellite regions of DNA. We inherit half from our mother an d the other half from our father.How does it work? Firstly, DNA would be extracted from a warning such as a murder weapon. Next, Restriction enzymes are used to cut the DNA molecule at specific places where the same sequences occurs, making smaller fragments for analysis. Because DNA fragments are all negatively charged because of the phosphate groups present them will all move towards the positive electrode in gel electrophoresis. When they move towards the positive electrode in gel electrophoresis, the fragments move at different rates because they have different sizes. And this creates bands. The bands are then made visible by radioactive labelling of the bands with the phosphorus-32 isotope, which causes photographic film to fog. Thus the result is a film that can reveal the positions of the bands and by inference, the identity of the person whose DNA is being tested upon.The analytical technique of electrophoresis is based on separating ions placed in an electric field. If a ingest is placed between two electrodes, positively charged ions will move towards a negatively charged electrode. Negatively charged ions will move towards a positively charged electrode.The sample is placed on absorbent paper or on a gel supported on a solid base such as a glass plate. A buffer solution carries the ions along. A buffer solution or medium is used in this method. This is to not only provide a means for the electricity to separate the ions but similarly as a means to stabilize the pH level because it will affect the movement of ions during electrophoresis. The rate at which the ions move towards the oppositely charged electrode depends, amongst other things, on the size and charge on the ions larger ions will move more slowly highly charged ions will move more quickly. hence the ions are separated as the electric field is applied. A series of lines or bands on the paper or gel appears once a chemical is applied. Sometimes ultraviolet light is used to come on the b ands up. The series of bands is called an electropherogram. The bands form a sort of fingerprint as every DNA will show up a different series of bands. In the same way that a thumbprint is unique to a person, these bands made by DNA is unique to every person.A particular limitation is that this experiment does require electricity, an agarose gel medium, a container to store the gel, and it requires a lab free from impurities as it has a high intolerance for contaminants. This may limit the reach of DNA fingerprinting in rural areas or places in third-world countries where access to a biologically clean lab may be difficult.The transport comparison for electrophoresis is .C would represent the concentration of the substance undergoing electrophoresis and t wold represent the transport after progressing for a time. This equation explains how time actually affects the concentration of the substance. (Jordan and Mills, 1966)The next technique that we will look at is an analytical te chnique called the nuclear magnetised resonance (NMR). NMR is in the first place used to diagnose medical problems. The technique of MRI (Magnetic Resonance Imaging) see has been adapted from NMR spectroscopy. The patient is placed inside a body come across scanner which generates a powerful magnetic field. A computer analyses the radiowaves absorbed by 1H nuclei in successive slices of the body, combining these to make a 3-D image of variety meat inside the body. The reason that a 3D picture of an organ can be produced just by flipping protons in different magnetic environments can be explained as such. By flipping the protons, a magnetic wave is produced. This wave contains energy that can be measured. When scanning the body, the strength and pattern of this wave is hugely modify by the type, density, and weight of the body that is being measured. Different parts of the body will give off a different wave because not all parts of the body are the same. Some parts of the bod y contain more muscle or bone than other parts. Thus after scanning the body, data is collected from scanning the different parts of the body that yield different results. Computer imaging software then processes the data that has been collected by the MRI machine and produces a 3D image based on the type of data that it receives. In this way NMR can be explained as such. MRI is much safer than high-energy X-ray imaging. As an example of its use, MRI can monitor the success of cancer treatment in reducing the size of tumours.Nuclear magnetic resonance (NMR) spectroscopy is a widely used analytical technique for organic compounds. NMR is based on the fact that the inwardness of each hydrogen atom in an organic molecule behaves like a tiny magnet. The nucleus of a hydrogen atom consists of a item-by-item proton. The proton can spin. This movement of the positively charged proton causes a very small magnetic field to be set up.In NMR the sample is goes to be analysed in a magnetic fi eld. The hydrogen nuclei (protons) either line up with the field or, by spinning in the opposite direction, line up against it. in that respect is a tiny difference in energy between the oppositely spinning 1H nuclei. This difference corresponds to the energy carried by waves in the radiowave range of the electromagnetic radiotherapy spectrum. In NMR spectroscopy the nuclei flip between the two energy levels. Only atoms whose mass number is an odd number, e.g. 1H or 13C, absorb energy in the range of frequencies that are analysed.The size of the gap between the nuclear energy levels varies slightly, depending on the other atoms in the molecule (the molecular environment). Therefore, NMR can be used to identify 1H atoms in different parts of a molecule. In NMR spectroscopy, we vary the magnetic field as that is easier than varying the wavelength of radiowaves. As the magnetic field is varied, the 1H nuclei in different molecular environments flip at different field strengths. The di fferent field strengths are measured relative to a citation compound which is given a value of zero. The standard compound chosen is tetramethylsilane (TMS). TMS was chosen because it is an inert, volatile liquid which mixes well with most organic compounds. Its formula is Si (CH3)4, so all its H atoms are equivalent (i.e. they are all in the same molecular environment). TMS only gives one, sharp absorption, called a peak, and this peak is at a higher frequency than most other protons. All other absorptions are measured by their shift away from the TMS line on the NMR spectrum. This is called the chemical shift (), and is measured in units of parts per million (ppm).The spins within the MRI possess a natural frequency that is proportional to the magnetic field. This is called the Larmor kin equation. This equation explains the method behind the MRI.Larmor relationship equation = BSome limitations that can be inferred from data would be that portability, the need for a large joi n of electricity, the exclusion of people with tattoos that has ink mixed with metal, people with pacemakers, morbidly obese people, or people who are claustrophobic.Lastly we will look at a separation and analytical technique called the gas-liquid chromatography/mass spectrometer technique. To identify the components in a commixture, it is possible to link a gas-liquid chromatography (GLC) apparatus directly to a mass spectrometer.This combined technique is very sensitive, and any two solutes that can be separated with a time gap of 1 second on a GLC column can be identified almost instantly by the mass spectrometer without the need to be collected. Identification is by comparing the mass spectrum of each solute with the mass spectra of known compounds, using a computers spectral database. The generated is hard. There can be many components in a mixture, each with a peak at its particular retention time on the chromatogram, and each peak will generate its own characteristic serie s of lines in the mass spectrometer. It is possible to combine the chromatogram and the mass spectra to display the data on a 3-D graph.GLC linked to a mass spectrometer is used for analysing complex mixtures. The combined technique is fast and gives reliable results that can identify trace quantities of pollutants, drugs, biochemical molecules and toxins. This means it is used in forensics, environmental monitoring of pollutants, drug interrogation in sports, geological and archaeological dating, or even airport security.Gas-liquid chromatography, referred to as GLC, uses partitioning to separate and identify the components in a mixture.How does it work? First, an inert mailman gas such as nitrogen passes in the gas chromatograph to flush the mixture of vapours finished the instrument. The mixture to be separated is injected into the instrument through a self-sealing rubber port. Next, an oven heats the injector to vaporise the contents of the mixture, to turn the mixture into a gas if it is not a gas yet. The sample passes through a snail like column oven. After which, the column oven keeps the mixture inside the column in the gaseous state and at a constant temperature. at bottom the long and thin column there will be a stationary phase, which is often a non-volatile liquid coated onto a solid support. Next, the components of the mixture interact with the stationary phase to different extents, so they move through the column at different rates. Then it passes the sample on to the mass spectrometer to be identified through a tube that is kept at a warm temperature.The stationary phase is an inert carrier gas. This is packed tightly into a column. This has to be forced under pressure through the densely packed column where separation occurs. The tiny solid particles in the column have a very large surface area over which partitioning can occur, resulting in excellent separation. The more polar components in the mixture have a greater relative solubility i n the polar solvent. Therefore they are carried through the column faster than components whose molecules are more non-polar (which dissolves better in the non-polar stationary phase in the column). The detector records retention times, i.e. how long it takes each component to pass through the column. The area under each peak record is proportional to the amount of solute emerging from the column.For quantitative analysis, the component peaks are first identified and then the area of each is measured. The peaks are roughly triangular in shape so their area follows the area formula.Area is The sample would now go into the mass spectrometer where it will analyse the components of the mixture as they show up from the column. In the mass spectrometers results you can determine the relative proportions of the components of the mixture (from the relative areas of the peaks obtained from the recorded current flow) and the identity of each substance (by matching their mass spectra against a computer database of know spectra (fingerprinting).How does the mass spectrometer separate and identify the gas? First, The vacuum pump first removes unwanted previous sample and air which could interact with the sample by either colliding or reacting with the sample which would contaminate the sample and interfere with the final result. The sample then enters through the sample inlet to proceed to the inside of the mass spectrometer. Next, the sample would enter the vaporisation chamber where a heating coil in the vaporisation chamber converts the sample to a gas if it had not been a gas already. Following that, the sample would proceed into the ionisation chamber where an electron gun bombards electrons at the gaseous sample converting them to positive ions. The equation for this is . The sample at this stage would be go to the accelerator which contains negatively charged electric plates where it accelerates the ions towards the magnetic field. The gaseous ions when approachin g the magnetic field would be separated according to their mass to charge ratio (). The lighter ions are deflected more, and the heavier ions are deflected less. At the end of the samples way of life is an ion detector where the signal is converted to an electric one. The electric signal is sent to a fipple flute that interprets this data and plots a graph for analysis because the ions hit the recorder in different positions according to their mass to charge ratio. Lastly, the position where the ions hit the detector plate tells you their relative atomic mass.A practical application for a gas-liquid chromatography/mass spectrometer is in the analysis of urine samples from athletes for banned substances such as steroids or stimulants or even in medical research to separate peptides and proteins. Some advantages of using this method in separating and analysing the sample is that it is possible to determine the percentages of dissolved oxygen, nitrogen, carbon dioxide and carbon mono xide in blood samples as small as 1.0 cm3. Some of the disadvantages are that similar compounds will have similar retention times and if a newly discovered compound is detected it will not have a match in the computers database of retention points.As a conclusion, electrophoresis, nuclear magnetic resonance (NMR), and gas-liquid chromatography/mass spectrometer are techniques that affect everyday life. Electrophoresis has a useful function in helping to match the DNA from a crime scene to the criminal in cases where more evidence were need to convict the right person. The nuclear magnetic resonance machines have a the ability to form a 3D image of your inner body and that is useful in the case where detailed analysis of patients in a hospital is important. Other techniques for analysis are mostly either too invasive or too slow. Last but not least is the gas-liquid chromatography/mass spectrometer whose function is to separate compounds to analyse the composition.1

The Myth Of Mental Illness Philosophy Essay

The Myth Of Mental Illness Philosophy EssayHas Psychiatry got it that wrong or is Thomas Szazs deluded. This promontory begs to be answered throughout the pages of the The Myth of Mental Illness. Thomas Szazs boldly lays bare psychiatric f allacies in about(predicate) 263 pages, with ambitious agenda, which has had a significant imprint on psychiatrical history irrespective of all attempts to relegate it to the annals of history (Buchanan-Barker and Barker, 2009). Szazs whose work is used freely by psychiatric academics is often referred to as Psychiatric Philosopher (Hoeller, 1997 and Breeding, 2011).The main argument of this book is that noetic distemper is a social construct and what psychiatrists label as psychic illness is in fact pervert behaviour (Szazs, 2010). Furthermore, Szasz believes that in the absence of empirically observable biological pathology, certain mental illnesses such as schizophrenia should not be termed an illness. Mental illness has no scientific or medical basis and therefore cannot be called a disease. This hypothesis is based on the premise that unlike pneumonia which presents recognisable symptoms all over the world, mental illness does not. Hallucination is classified as a disorder in the western world just highly valued in former(a) parts of the world (Szazs, 2010).The book is academic, aimed at challenging the foundations of American Psychiatry and perhaps the words of Benjamin Rush who declared in the eighteenth Century that mental illness has hitherto been shrouded in mystery and his intension to make mental illness like any disease of the human body (Szasz, 2005). Part one, The Myth of Mental Illness is an analysis of the background of 1950 psychiatric theory and practice. Part two, Foundations of a Theory of Personal Conduct proffers an alternative situation on mental illness and how to eloquently express inspects about it.Szazs firmly believes that mental illness does not exist and that the notion of illness onl y applies to sensible abnormalities that can be proved by physical and chemical methods (Szasz, 2010). In Mental illness the mindset when dissected does not reveal an ailing part. Therefore, inhering or neurological illness should not be suggested even if the mental illness resembles physical illness because in such a case mental illness should be viewed as a metaphor (Pickering, 2006). Farrell (1979) however vies this strand of argument positing that Szazs point disintegrates when it is acknowledged that mental illness can refer to psychological defects.Szasz further argues that until recently, illness was defined as a physical disorder and had to be physically and chemically proven in the structure of a body. smart diseases have conformed to this criteria and therefore Psychiatry should not be an exception (Pickard, 2009). Szasz marries structural and functional aberrations consequently combining function and behaviour. The function of the brain, for example or the brain syste ms are placed in the same category as the behaviour of a person and compared to physical and chemical changes. In todays scientific world this view is difficult to digest.Szasz propounds that somatic symptoms should not be attributed to physio-chemical defects in the body as this disorder is learned. This argument casts a shadow on all other mental illnesses and subsequently renders all Psychiatric terminology, diagnosis and treatment needless. Psychiatry is not medical intervention but a social and moral service which should not be forced on anyone (Szasz, 2010).The other premise of Szaszs argument is that medical diagnosis is subject to a physician judgement. This judgement usually correlates with the demonstration of a corresponding physiochemical disorder which cannot be applied in mental health. Psychiatrists therefore make diagnosis which cannot be verified. This gives the psychiatrist power over the patient as the psychiatrist is the only one who can verify this illness. Ment al illness in the eyes of Szasz is not discovered as with other natural illnesses but invented by psychiatrist from communitys behaviours (Szazs, 2010).Szazs proffers that whereas mentally ill people were classified as malingerers some years back they are now seen as patients entitled to privileges and eudaemonia benefits. This is not necessarily an improvement but a ploy that negatively affects the value of life which in effect revert mentally ill people social status to malingerers of the 21st century. Such a label induces stigma, discrimination, lame excuses for failure and bad behaviour.Some of these views are not akin to only Szasz. pasture brake and Thomas (2010) elucidates how Michael Foucault a French philosopher and Szasz have challenged leading views on psychiatry. Foucault like Szazs asserts that mentally ill people are institutionalised because of moral and economic factors. Furthermore, he challenges deep-seated opinions of mental illness, reason and questions why lep er houses were replaced with institutions for mentally ill people (Foucault, 2006). Influenced by post philosophers such as Michael Heidegger, Foucaults transformative practice, knowledge that contravenes dominating games of truth, power transaction and shades of partiality is closely knitted to the philosophy of Heidegger (Rayner, 2007). However, Ratcliffe (2010) challenges Bracken and Thomass critique of arguments between Foucault and Szazs stating that they are worlds apart.Gijswijt-Hofstra and Porter (1998) asserts that even though there are other critics of psychiatry their views are often ambiguous. Critics such as Ronald Laing, a Scottish psychiatrist decisively wrote about mental illness subscribing to the view that madness was a natural way of ridding oneself from infuriating situations. Therefore, psychotic episodes should be allowed to run its natural courses rather than people being degraded by being arrested, curbed, confined and forcibly medicated in hospitals (Laing, 1986). Scott (2011) decries Gijswijt-Hofstra and Porters point by indicating that Laings views for example about mental healthcare and choice is not out of date or insignificant.Thomas Szazs, Michel Foucault, David Cooper and Ronald Laing may have contributed enormously to intellectual debates on mental patient care and choice but I beg to differ because of inequality in societies and the omit of resources to support and protect the dignity and life of the mentally ill and the community they live in. Where lies dignity when the mentally ill become dishevelled, vagrant and walk about stark naked in places like Africa?Regardless of the above, the strengths of this book although ambiguous at times outweigh its weaknesses. The hardnosed attitude towards patient care and choice makes a must reading for every psychiatric student as it brings to the fore challenging questions about diagnosis and the expansion of the Diagnostic and Statisical Manual of Mental Disorders.

Truth Exposed in An Indians Looking-Glass for the White Man :: Synthesis Essays

Truth Exposed in An Indians Looking-Glass for the White Man William Apes, in his prove An Indians Looking-Glass for the White Man, argues that to profess Christianity and still distinguish between races is a hypocrisy not supported by the Bible. In the first part of his essay Apes asks several(prenominal) questions such as why, if God loves white people so much, did he create fifteen colored people for every white one and of whole the races, who has committed the most heinous crimes? He goes on to emphasize that neither Jesus nor his disciples were white skinned. He also questions the white persons right to control native-born Americans. Apes asks his predominately white, Christian audience to reexamine their own prepossesss and concludes his essay pleading pray you not stop till this tree of distinction shall be leveled to the earth, and the mantle of prejudice torn from every American heart--then peace shall pervade the Union. Apes accurately portrays the racism that Native Americans suffer. Racism exists in both the individual and within politics. During the late 1800s, when this oblige was written, it was illegal in Massachusetts for whites and Indians to intermarry. He labels this as a clear infringement on individuals to make their own decisions. He also raises the point that legion(predicate) white people do not even consider the Indian to be qualified for the rights of an individual. This dehumanization allows white people to steal the Indians land and slaughter them with out a second thought. He calls on the whites, as Christians, to reassess these racist views. People cannot call themselves Christians and persecute others, based on skin color, in the name of Christianity. Apes says that words must be supplemented by actions, backing himself up with scripture such as I John 318, Let us not love in word but in deed. Although Apes convincingly argues against the biases within the Christian community, he bases his arguments on several assumption s, neglecting to address problems such as the language barrier and problems that arise when two different cultures try to occupy the same land. When Apes uses Christianity as his scape to dispel racism he makes several unassisted assumptions. To begin with, he forgets that whites and Indians rarely use the same language let alone have the same religious values, therefore no one tool can be used for both cultures. Besides just the obvious language barrier, whites and Indians use entirely different words and phrases to express concepts.

What Does The Author Of Sir Ga :: essays research papers

The motive of the book Sir Gawain and the Green Knight teaches the reader many different things about facing challenges such(prenominal) as how they cut unexpecteantly and how they must be faced. Throughout the ballad there are numerous refernces to the challenges that Sir Gawain and the different ways that he must deal with them.The author shows that people suck to face a challenge straight on. You cannot run away and hope that the problem leave alone go away. One reason for this is that challenges, unless dealt with, will follow you always. An expample of this is the challenge that the Green Knight bestows upon Sir Gawain. He must find the Green Knight in a year and a day to have the Green Knight hit him with a weapon of his choosing. The author shows through the description of chivarly that if Sir Gawain were not hold up his end of the deal, the knights and the people of Camalot would be forever shamed by his presence. The author shows that challenges cannot be lefy alone, t hey must be faced straight on and dealt with.In the Ballad the author also shows that challenges can come from unexpected sources and that these also cannot be ignored. That is shown in the ballad through the example of the challenge that arose from the Green Knight. The challenge is aimed at King Authorm but is spontaneously taken on by Sir Gawain. Sir Gawain has no time to prepare for the challenge and only took it to protect his king. With a little forethought and knowledge, he might have conclude that the challenge was not woth the risks. There are other examples of unexpected challenges, such as the problems he had during his travel for the court of King Arthur to the Green Chapel. These challenges came up as he was traveling and he had no choice about taking them on, it was that or for him to die. The other main challenge was from the lady of the house. This challenge was totally unexpected Sir Gawain did not even know that it was a challenge until his talk with the Green Kn ight right at the end. Sir Gawain did not know that the Green Knight was scrutiny the young knight to see how strong his sense of chivalry really is.