Sustainable Agricultural System for Cities Research Paper

Sustainable Agricultural System for Cities - Research Paper Example Therefore, food insecurity could become a daily phenomenon to those who are already experiencing shortage of food supply or had serious lack of it in any given time of the year. When food insecurity occurs in a given household it affects children, adults, family members, and in general any given community in the US. According to Economic Research Service (ERS), more than 85% or close to 102 million households in the US had not food insecurity problem in the year 2011. In the US food insecurity occurs when household do not have enough money to buy the food they need for normal sustenance. ERS states that close to 15% or 18 million households in the US falls under the category of food insecure households for the year 2011. Another 9% or around 11 million households in the US had suffered a lower level of food insecurity in 2011 according to the same research agency. Those categorized in this group were better off that the above food insecure group because their case was shortage of food for lack of having enough money and were able to make up for the shortage by relying on federal food assistance programs and by obtaining emergency food from various charitable outlets and pantries. There was also another group labeled as very low food security group that numbers around 7 million and made up 5.9% of the population and such households could have experienced hunger at some time in the year 2011, due to lack of their own resources to obtain the required food supply. Furthermore, it is possible to look at the food insecurity by the number of people who lived in households afflicted by such problems, where around 50 million people had lived in households labeled as food insecure, another 12 million people had lived in a highly food insecure households, while between 8 and 9 million children had lived in food insecure households in the year 2011. This particular program helps around 40

An analysis of the culture of an organization Essay - 1

An analysis of the culture of an organization - Essay Example 2- introduction of Apple Inc: Apple Inc. is one of the America’s leading multinational organizations. This company is the leading manufacturer of electronic products as well as softwares. Its key products are Macintosh computers and Apple iPods and iPhones. The Apple Inc. company was established in California in April 1976 with the name â€Å"Apple Computers†. As the company expanded its product range to a variety of consumer electronic products, it dropped the word â€Å"Computers† from its name. Now this company is having more than 35000 employees worldwide. In 2008 Apple Inc. did business of more than US$32. 48 billion. Therefore, fortune magazine has regarded Apple as the most admired company of 2008-2009. Apple Inc.’s first ever product was an Apple 1, which was a handmade computer kit made by the co-founder of Apple, Steve Wozniak. It was not introduced publicly as it was not provided with a good graphical user interface. Steve Jobs, another co-found er, convinced Wozniak to introduce this product as a commercial computer. Therefore first ever computer named Apple 1 was sold in1976. After that it passed through a number of stages of modification and got the shape of today’s Apple Computers which is entirely different from Apple 1. After the launch of Apple1 this company got fame and earned a good business. In mid 1980s Apple faced some critical time because of the launch of Apple Lisa which was flopped badly. Also Mac1 and Newton does not earn a good business and resulted in lowering the shares of the company. In 1985, Steve Jobs left Apple Inc. because of having clashes with the CEO of the company. He joined the company again after 14 years when the company was about to bankrupt and was facing many challenges. He came with the intention to save the company. After his return he introduced new organizational culture. Although the company was following the corporate culture but Steve Jobs applied few modifications to that c ulture in order to save the company. The company was facing a critical time due to a number of reasons caused by bad organizational structure. 3-Schein’s Theoretical Model of Organizational Culture: Schein defined culture as an abstraction in which various forces that are generated as a result of some specific situations that are arising in the organization as a part of culture are much more powerful. If these forces are not interpreted initially then they badly affect the structure of the organization. He explained that the culture of an organization is adopted with the passage of time; it is not the matter of days. Therefore, it plays a very important role in the well being of its structure as well as working. Schein’s theory of organizational culture is defined as (Schein, 2004): â€Å"A pattern of shared basic assumptions that a group has learned as it solved its problems of external adaptation and internal integration, that has worked well enough to be considered valid and therefore, to be taught to new members as the correct way to perceive, think, and feel in relation to those problems.† Schein basically developed a model of organizational culture defined in three levels(Hatch, 1993). Cultural Artifacts: This level is more concerned with the physical behavior

The Columbia Encyclopedia Essay Example for Free

The Columbia Encyclopedia Essay Camera inventions multiplied speeds pictures can become available. Someone explored the possibilities of different ways to use many pictures at one time. The amazing invention was moving photography, motion pictures, short for pictures in motion. The first motion pictures made with a single camera were by E. J. Marey, a French physician, in the 1880s, in the course of his study of motion. (The Columbia Encyclopedia) Art historians document the camera obscura was invented dating as far back as 200-300 B. C. but it is Aristotle who popularized the item, finding many useful purposes for it. Film, television and movie programs use light shinning through a miniature circle narrowing the focus of the object, reflected on a huge screen. This technical invention allowing high quality moving pictures to be possible began when Aristotle used the invention to study science, specifically the sun. To explain the camera obscura in simple terms, it is a box, with a pinhole, and light reflects through the tiny pinhole. The amount of light allowed to shine through the pinhole is controlled, giving the objects more detailed precise pictures, more focus. The next step camera technology was the Kinetoscope. In 1889 Thomas Edison and his staff developed the Kinetograph, a camera using rolls of coated celluloid film, and the Kinetoscope, a device for peep-show viewing using photographs that flipped in sequence. (The Columbia Encyclopedia) The Kinetoscope was to the camera obscura what the digital camera is to the Polaroid camera. It allowed a series of pictures to be produced and flipped through faster, giving illusion of continuous smoothly flowing pictures. Moving pictures, studying of motion, were making rapid advancements. The camera obscura allowed one person to view through the pinhole, the Kinetoscope showed moving pictures to groups of people, further encouraging exploring different ways of connecting pictures. The admission for shows cost one penny. In France the LumiA? re brothers created the first projection device, the CinAÂ ©matographe (1895). (The Columbia Encyclopedia) It was not long before moving pictures were in great demand. People loved the entertainment, and movie houses were being built at an alarming rate. Today, movies and movie technology shows no signs of slowing down. The camera served as a link between art paintings and audio recordings. It is the middle point that transformed paintings into multiple copies of still photographs and added sound to it, eventually named film and television movies. Recordings Paintings existed from the beginning of time. The camera was used by artists to view possibilities of looking at their paintings. During the time the camera was continuously being experimented with, musicians were fine tuning audio recordings. Someone found a way to put a combination of photographs into an aesthetic flowing sequence, in a pattern that tells a complete story. After the photographs became a series of one long continuous moving picture, someone added sound. Paintings, cameras, scriptwriting and recordings are the historical events that created film and television entertainment. All films, videos, and most television programs are, before they become anything else, recordings. (Watson 1990, 14) Film and television are photographs that move adding singing or talking audible voices. Sound quality used in film and television are equally important to putting together a show that is visually pleasing, holding audience as much as the lighting, designing, blocking, wardrobe, makeup and sequence of films. In the early 1900s, recordings were external devices played along with the film or television. Technologys ability putting motion into a series of photographs, showing the pictures in motion were not yet capable of recording the actors voices. Some television companies were using this technique as late as the seventies. If the actor’s prerecorded audio voices were offset from the video only fractions of a second, the inaccurate timing was visible to the audience. The actor was speaking and the words the actor was saying were heard before or after the audience could see him or her saying it. The popular Broadway musical, Singing in the Rain, released in the 1950’s shows audible One of the main points of the play tells how recordings were first incorporated into making complete films and television, how movies went from silent films to speaking films. One of the main characters was a very attractive dumb blonde lacking vocal skills. The studio gave her only nonspeaking roles, later attempted to work with her on her voice, experimenting with frustrating recording techniques. The point was to show how nonvisible audio determines visuality of the movie. External prerecorded devices are used, of course exaggerated into entertaining comedy, resulting in the woman’s voice getting mixed up with the acting parts of the male actors voice. The importance of sound quality to film and television comes together at the end of the movie, when a voice double is discovered. The first lesson one learns almost immediately after undertaking to write a comprehensive and critically weighed history of the American sound film is that one can never finish; one can only stop. (Sarris 1998, 3) Audible recordings were the last additions to completing the making of the films. Once added, limitations of film were lifted, allowing more options for visual enhancement for moving pictures. Voice projections, embellishments, sound effects give characters in the moving photographs personality, bringing the person shown in the picture or written in the book to life. Today, making silent full-length movies are not even considered. Art Consciously and unconsciously, artists borrow plots, characters, symbols, themes, interests, generic forms, ways of seeing, feeling and thinking. (Watson 1990, 98) Artist of today borrow from other artists, but the ones who invented art history are the masterminds and the reasons for the existence of film and television. Everything started with artists pictures, their drawings and probably the earliest story books. When someone decided to add movement to these pictures, it was determined music would give these pictures a stronger identity. The most popular films, television programs used borrowed themes from art legends. The most advanced filming techniques used today, originally began when there were no such thing as electricity, such as the camera obscura. The addition of sound to film originated with Pythagoras numbering system when studying the octaves of the universe. Impressions are not dependent on mathematical accuracy however, but intermittent imagery. (Watson 1990, 82) Images are indeed the visual effects carrying story lines from the beginning to the end in films, movies and television. When nonspeaking films were first invented in the 1920s, the audience had no idea of the visual affects produced by the background technology used to make the film. It was to the advantage to the technicians to study such techniques because it was cost effective. Today, the general public paying audiences may not understand the techniques behind movie making, but they can certainly see the lack of use of techniques. The first film and television developers were well aware of the importance of images to successful films and television programs. The whole idea behind films and television was moving images. Many of these moving images were borrowed from the artists from the past, or the theme of the movie implied a famous painting. Abstract art was considered to be a meaningless combination of colors. Use of coloring combinations makes images stand out and get noticed. Art paintings are the beginnings of the study of film and television productions. Finding a way to produce multiple pictures and putting these multiple pictures into motion pictures are the backbone of films and movies. Historical points sell. They give the audience a familiarity or a connection to the past. Perhaps, subconsciously historical images repeated in current films bring them back to a time in their life when they first studied these artists. Whatever the reason for the success, it works. Works Cited Camera. 2007. In The Columbia Encyclopedia 6th ed. , edited by Lagasse, Paul. New York: Columbia University Press. http://www. questia. com/PM. qst? a=od=112849953 (accessed March 16, 2008). Motion Pictures. 2007. In The Columbia Encyclopedia 6th ed. , edited by Lagasse, Paul. New York: Columbia University Press. http://www. questia. com/PM. qst? a=od=112874771 (accessed March 16, 2008). Sarris, Andrew. 1998. You Aint Heard Nothin Yet: The American Talking Film: History Memory, 1927-1949. New York: Oxford University Press. http://www. questia. com/PM. qst? a=od=24355309. Watson, Robert. 1990. Film and Television in Education: An Aesthetic Approach to the Moving Image. London: Falmer Press. http://www. questia. com/PM. qst? a=od=103505179.

Analysis of Drug Delivery Systems

Analysis of Drug Delivery Systems INTRODUTION SECTION 1.1: ORAL DRUG DELIVERY SYSTEM A drug delivery system is defined as a formulation or a device that can be introduce the therapeutic or pharmaceutical substance in to the body and improves the efficacy and safety of substance by controlling the time, rate and place of drug release in the body. Drug delivery system is an interface between the patient and the drug. It may be a formulation of drug to administer it for a therapeutic or medical reason or a device used drug delivery. Oral drug delivery system is most desirable, preferable and suitable route for the administration of therapeutic and pharmaceutical agents for administration. Historically the oral route of drug administration has been the one used most for both conventional as well as the novel drug delivery. The reasons for this preference are obvious because of ease of administration. Oral drug delivery is the most desirable, suitable and preferred method of administering therapeutic agents for their systemic effects. The oral medication is mostly conside red as the first investigation in the development and discovery of new drug molecules and pharmaceutical preparations, mainly because of acceptance by the patients, convenience, and cost effective manufacturing process. For many drug substances conventional immediate release formulations provide clinically and therapeutically effective therapy while maintaining the required level of pharmacodynamic and pharmacokinetic profiles with acceptable level of safety to the patient. Multiple unit dosage forms such as microspheres or micro beads have gained in popularity as oral drug delivery systems because of high uniformity of the drug distribution in the gastrointestinal tract, better drug absorption, minimized local irritation and elimination of unwanted intestinal retention of polymers and other excipients, when compared to non-disintegrating single unit dosage form.2 SECTION 1.2: CONTROLLED DRUG DELIVERY SYSTEM A wide variety of newer oral drug delivery systems like sustained/controlled release dosage forms are designed and evaluated in order to overcome the limitations of conventional therapy. These products are able to maintain steady drug plasma levels for extended periods of time as a result the variations of the drug levels in the blood are prevented and minimized drug related side effects.3 The controlled release drug delivery systems are aimed at controlling the rate of drug delivery, sustaining the time period of therapeutic activity and targeting the drug delivery to a tissue. Drug release from these systems should be at a desired rate, predictable and reproducible. Among the various approaches for controlled systems, microencapsulation process and microcapsules have gained good acceptance as a process to achieve controlled release and drug targeting.4 The goal in designing sustained or controlled delivery system is to reduce the frequency of dosing or to increase the effectiveness of the drug by localization at the site action, reducing the dose required, or providing uniform drug delivery.5 Of growing interest generally in the world of oral drug delivery is colon-targeted delivery for treatment of both local and systemic conditions. It is recognised that this region of the Gastrointestinal tract offers advantages over the stomach and small intestine, e.g. milder pH, lower enzymatic activity, lower bile salt concentrations, longer residence time and slower turnover of the mucus layer. For biopharmaceutical delivery, it also appears to offer the benefit of allowing greater functioning of absorption enhancers, thus allowing reasonable bioavailability of drugs such as peptides which would normally be poorly absorbed from the GI tract.6 Controlled release systems are used in the improvement of the effectiveness of drug therapy. These systems modify several parameters of the drug: the release profile and capacity to cross biological carriers (depending on the size of the particle), biodistribution, clearance, and stability (metabolism), among others. In other words, the pharmacokinetics and the pharmacodynamics of the drug are modified by these formulations. Controlled release offers numerous advantages over conventional dosage forms. This approach increases therapeutic activity and decreases side effects, thus reducing the number of drug dosages required during treatment. Controlled release methods offer an appropriate tool for site-specific and time-controlled drug delivery. There are two main situations in which the distribution and time-controlled delivery of a drug can be beneficial- When the natural distribution of the drug causes major side effects due to its interaction with other tissues. When the natural drug distribution does not allow it to reach its molecular site of action due to degradation. Many different kinds of drugs can benefit from distribution or time-controlled delivery, such as anti-inflammatory agents, antibiotics, chemotherapeutic drugs, immunosuppressants, anesthetics and vaccines.7 1.2.1: Advantages of oral controlled release formulations Oral controlled drug delivery has been widely preferred in research because of its large number of benefits over conventional dosage forms, some of which are as follows: The frequency of dosing is less due to drug being released for a longer duration of time than conventional dosage form. This is highly valuable for the patients with chronic disease and illnesses which required to maintaining the plasma concentrations of a drug within the range of therapeutic effects to avoid breakthrough symptoms. The reduction or avoidance of side effects due to high plasma drug concentrations or ‘dose dumping’. Improvement of the patient compliance because of reduced dosing. Better control on the concentration of therapeutic drug in body. Cost effective manufacturing as the amount of dose required per patient would be reduced as compared to its conventional dosage form.8 SECTION 1.3: COATING OF FORMULATION Coating is defined as a process by which dosage form is covered with an essentially dry, outer layer of coating material by applying it on the surface of a formulation or dosage form for specific benefits that broadly ranges from improving product identification to modifying the release of the drug from the formulation. After making a good formulation, one must often coat it for many benefits. There are five reasons for putting such a coating on a pharmaceutical formulation: Protection of active pharmaceutical ingredients, from the acidic environment of the stomach (e.g. enzymes and certain antibiotics). To prevent gastric distress or nausea from a drug due to irritation (e.g. sodium salicylate ). For the delivery of drugs that are optimally absorbed in the small intestine to their primary absorption site in their most concentrated form. To provide a delayed/sustained release of drug substance for repeat action. Required for minimizing first pass metabolism of drugs.19 1.3.1: Coating material The coating material should be capable of forming a film that is cohesive with the materials required for coating, should be chemically compatible with the material and must be non reactive with the core material and provide the desired coating properties such as strength, impermeability, optical properties stability and flexibility. When coating is done by microencapsulation techniques the size of thickness of coating is in microscopic units. A number of different substances both non-biodegradable and biodegradable have been investigated for the formulation of microcapsules. These materials include the polymers of synthetic natural and origin and also modified natural substances. Some of the polymers used in the preparation of the microcapsules are classified and listed. 1.3.2: Ideal properties of an enteric coating material Resistance from the gastric fluids Permeable/Susceptible to the intestinal fluid Should be compatibility with the most components of coating solution and the substrates of the drug Formation of uniform and continuous film Cheap, nontoxic and easy to apply Provide ability in readily printed19 1.3.3: EUDRAGIT S100 Eudragit S100 is anionic copolymers based on methacrylic acid and methyl methacrylate. The IUPAC name of edragit S100 is Poly(methacrylic acid-co-methyl methacrylate). Eudragit S100 contains 30% of methacrylic units and dissolves at pH values higher than 7.0. Eudragit S100 is suitable coating agent for controlled and colon targeted drug delivery system.10 Eudragit S100 is an effective and stable enteric coating agent with fast dissolution in upper bowl. It is generally accepted that pH7 is not normally reached until at least the distal small bowel/ileocaecal region; thus drug release from formulations coated with Eudragit S100 is likely to commence at the junction between the small intestine and colon, continuing into the colon.6 SECTION 1.4: NON-STEROIDAL ANTIINFLAMATORY DRUGS Non-steroidal anti-inflammatory drugs (NSAIDs) are considered to be the first-line drugs in the symptomatic treatment of rheumatoid arthritis, ankylosing spondilytis and osteoarthritis. Aceclofenac is one of the emerging NSAID molecules for the treatment of arthritis. Aceclofenac is a new derivative of diclofenac and has less gastrointestinal complications. All drugs grouped in this class have analgesic, antipyretic antiinflammatory action in different measures. They do not depress CNS, do not produce the physical dependence, are weaker analgesics and have no abuse liability. They are more commonly employed and many are over-the-counter drugs.21 1.4.1: ACECLOFENAC Aceclofenac is a non-steroidal anti-inflammatory drug, widely used in the management of osteoarthritis, ankylosing, rheumatoid arthritis and spondylitis. Usual therapeutic dose is 100 mg twice daily and half life is 3-4 hrs; thus it is necessary to be administered frequently in order to maintain the desired concentration. 1.4.2: MECHANISM OF ACTION Aceclofenac drug acts as non selective inhibitor of cyclooxygenase enzyme(COX). It inhibits both cyclooxygenase-1(COX-1) and cyclooxygense-2 (COX-2) isoenzymes. COX catalyses the formation of prostaglandin and thromboxane from archidonic acid. Prostaglandins act like messenger molecules in the process of pain and inflammation. Aceclofenac also have antipyretic activity and be used in treatment of pyrexiya. The reason of fever is the elevation in the levels of PGE2. Aceclofenac inhibits the biosynthesis of PGE2 within the hypothalamus to reduce the fever. Archidonic acid is precursor substrate for COX which helps to lead the production of prostaglandins F, D and E.22 SECTION 1.5: MICROENCAPSULATION Microencapsulation is a rapidly expanding technology for the preparation of formulatios in which drug is present as core material covered by polymer. As a process, it is a means applying relatively a thin coating to small solid particles or liquids droplets and dispersions. Microencapsulation is arbitrarily differentiated from macro-coating techniques in that the farmer involves the coating of particles is in the range between several tenths of a micron to 5000 microns in size.23 Microencapsulation is process by which thin coating can be applied reproducibly to small solids particles or liquid droplets or dispersions or even gases are encapsulated into micro sonic particles. Particle size range dimensionally from 1 Â µm to 1000 Â µm.9 Particulate drug delivery system are gaining more prominence in recent years because they uniformly distribute in the GIT there by improve the bioavailability of the drugs and also reduces the local irritation. Due to attractive properties and wider applications of microparticles, their application in controlled release formulation is appropriate. Microencapsulation is a rapidly expanding technology. Microencapsulation helps in converting the liquids into the solids, altering colloidal and surface properties of formulation, in providing environmental and external protection and in controlling the release behaviour or availability of coated materials. 1.5.1: Applications of microencapsulation In the development and the design of controlled and sustained release dosage form. Alteration in site of absorption. To mask the taste of bitter drugs. To provide the protection to the core material from atmospheric effects. To minimize gastric and other GIT irritation. In the preparation of free flowing powder formulations from drugs in liquid forms. Stabilization of drugs which are sensitive to moisture, light or oxygen. In the elimination of incompatibilities among drugs. Prevention of volatile drugs from vaporization. Reduction of toxicity. To reduce hygroscopicity. Alteration in site of absorption. 1.5.2: MICROENCAPSULATION BY IONOTROPIC GELATION METHOD Alginates have ability to form gels by reaction with calcium salts. Alginic acid is composed of D-mannuronic acid and L-gluronic acid residues at varying proportions of GG-, MM- and MG- blocks. When suspension of alginate is added drop by drop to the solution of calcium salt, crosslinking takes place between the carboxylate residue of GG- blocks and Ca+2 ions via egg-box model to give a tight gel network structure. This method is called ionotropic gelation method because in this process the anion of alginate and cation of calcium salt (mostly Ca+2ion) crosslinked to form a gel. These gels resemble a solid retaining their shape, resisting stress and consist of almost 100% water. It has been suggested that the cross-links are caused by simple ionic bridging of two carboxyl groups on adjacent polymer chain via calcium ions or by chelating of single calcium ions by hydroxyl and carboxyl groups on each a pair of polymer chains.24 In this method strong spherical beads with a narrow range particle size distribution and lower friability could be prepared. Beads formed by this method have high yield and drug content. The flow properties of micronized of needle like drug crystals can be improved by the help of agglomeration technique as compared to the non-agglomerated drug crystals. The ionic character of the polymers results from pH dependent disintegration of the beads. SECTION 1.6: GEL BEADS Gel beads are defined as spherical structure in which drug is present in the core of beads. Different types of gel beads can be prepared by using various techniques. Gel beads help in the slow dissolution of drug hence slowdown the release of drug, thus results in improvement of bioavailability of drug. 1.6.1: APPLICATIONS GEL BEADS Stomach specific drug delivery using floating alginate gel beads A multiple unit type oral floating dosage form of many drug have been developed in recent years. Drugs like riboflavin, ranitidine, diclofenac sodium were formulated to prolong the gastric residence time and increase bioavailability. Colon targeting Beads of various drugs have been formulated and further coated with enteric polymers for colon targeting. Protein drug delivery In recent years many formulations have been prepared for protein drug molecules for site specific release of protein in the intestine. Microbeads as inoculants and carriers for plant growth-promoting bacteria Beads of various bacteria are developed in recent years to promote the growth of plants. The release of bacteria from the microbeads depends on its type (wet or dry) and the time of incubation (the longer the incubation time, the smaller the extent of bacteria released with time). Enzyme immobilization Enzymes are immobilized by formation ofdehydrated gel beads for use in non-aqueous enzymatic reactions by having an average particle size of 5 to 150 microns.

Benefits of the Weight Watchers Program Essay -- Health Nutrition Diet

Benefits of the Weight Watchers Program Weight Watchers is an excellent program to aid in weight loss and healthy eating. It is an easy, healthy, and effective method for losing weight and eating correctly. Weight Watchers has based their program on a point system, making it easy to follow by counting points assigned to foods. It promotes healthy eating habits by regulating serving sizes, which are set by the United States Department of Agriculture. In addition to promoting healthy eating habits, it offers support for people who might need it. The support, along with the eating plan, helps dieters lose weight and eat healthy. Weight Watchers is very easy to follow. This is because the program has allocated a point value to every food. The points are related to the amount of calories the food contains; the more calories a food has, the more points it is given. For example, one apple has one point. The dieter is allowed a certain number of points per day, therefore restricting the amount of calories from anywhere between 1200 and 1700. Depending o...

Comparing Ulysses by Lord Tennyson and My Last Duchess by Robert Essay

Comparing Ulysses by Lord Tennyson and My Last Duchess by Robert Browning. â€Å"Ulysses† was written by Lord Tennyson and is a poem about a mythical Greek character and is a dramatic monologue. Another poem that is a dramatic monologue is â€Å"My Last Duchess†, by Robert Browning. Both poems are similar, for example they are both structured similarly, and are both different, one difference being their subject. In this essay I will compare the two poems, focusing on form, and how language helps to build up subject matter. Ulysses is a Greek mythical character, and was famous for being a pirate, ransacking villages and being a warrior. In Greek literature, Ulysses just seemed to disappear after he got home, and Tennyson decided to write about Ulysses and his thoughts after ‘retiring’ from fighting. The poem is written in verse, and seems to be either a dramatic monologue or monologue interior. It is hard to know which one, as a dramatic monologue must have a listener (other than the audience. Ulysses is talking to someone, his dead soldiers, but as they are deceased it is difficult to decide if they count as a listener to the poem. â€Å"My Last Duchess† by Robert Browning was written in the same era as â€Å"Ulysses† and is written in Verse. This poem is different to â€Å"Ulysses† as this poem is about a fictional character which is created by Browning. This is a Dramatic Monologue, as the duke (the character created by Browning) is talking to the servant of the father of a possible bride. To create the effect of speech, Browning uses Iambic Pentameter, which helps to imitate the rhythm of conversational speech, and enjambment frequently. The use of language to present the subject matter is important for both poets. I... ...is displeasure from his wife and why, almost acting as a warning to his next wife. So a poem about the â€Å"Last Duchess† is actually a poem about the Duke’s likes and dislikes, which again helps to subtly build up the self centred nature of the character without revealing too much and loosing the readers’ interest. Both poems are similar and different in many different ways. The most obvious similarity to both poems is their form, but if we look deeper into the poem we see that their content and their characters are very similar. However, some differences still remain in the poem. The main subject matter for both poems is death, but the two poems have different feelings towards death. For the Duke, it is something ordered and controlled by him, but for Ulysses, even though he has encountered death within his life so much he cannot accept that he will die.

Lack of Education Due to Poverty

Poverty, as it is identified, in the grossly underdeveloped areas of Africa and other developing world countries cannot be compared in likeness to poverty situations faced by those in Canada and the United States. In these â€Å"rich countries† the poor are characterized as those who have a comparably low level of income, usually measured in the relative approach, one-half the median income whereas poverty as it is faced by those in developing countries is a matter of survival with little or no hope for escape. With this in mind, the only evidence of poverty being prevalent in rich countries can be found only in the minds of the establishment. In other words, those who may be materialistically rich still prove to be compassionately impoverished. The economic make-up of a countries† infrastructure like Canada†s or the United States† exemplifies not poverty in the sense real threats to survival, as in Africa, but can be better explained in terms of equality or better yet inequality. The terms equality and inequality for the basis of this essay can be applied to most aspects of what economists in â€Å"rich countries† term to be poverty. What is poverty to Canada and the United States are in fact blatant examples of inequality in education. When measuring inequality there are people in Canada and the United States, who are less monetarily fortunate than others. Over 30% of the entire United States† wealth is held by only 1% of its population (The Distribution of Wealth, in class lecture). There is no need for great concern with the extent of poverty in rich countries; nevertheless inequality is due to lack of education. Instead of offering what politicians term â€Å"band-aid† solutions to poverty problems they should look more at the source of the problem which is lack of education. Canada and the United States do not posses the realities of poverty as do other countries, inequality exists and the only way to eliminate inequality is to give everybody the same opportunity in education. Education is the key to a better standard of living, wiser decisions, and convalescent equality among all. On the Statistics Canada†s website, www. statcan. ca provides insight into the relative success of people possessing some level of education be it a degree, certificate, or diploma. It is suggested by Statistics Canada that those who could establish that they possess a certain level of education were percentage wise higher employed than those who were not as well educated. Statistics Canada further elucidates the benefits of education by stating that in Canada 15% of the total uneducated population is unemployed and over 50% of all the uneducated were not in the labour force. To compare with educated only 5. 5% of them were unemployed and only 17% of all educated were not in the labour force. If countries such as Canada and the United States centered more attention on education, people would become more equal and poverty would be eradicated. In rich countries like the United States and Canada poverty should not be an absolute measure, not a relative measure, but rather a measure of inequality. In these countries there is opportunity for everyone to better their way of life. There exist established social programs which aid people searching to progress. Again Statistics Canada states that three out of five people leave poverty within a year compared to only one in ten stay in poverty for longer than five years (Income Mobility, in class lecture). This statistic led to the belief that there are shifts in inequality and that most people do not continually suffer from it. There are places for the very poor to get food and shelter and support and help to those who want it. In conclusion it has been established, with the support of Statistics Canada, that poverty as it exists in Canada and the United States is nothing more than an example of inequality in education. Equal opportunity in education shall eliminate many of the countries' problems.