The Powerful Voice of Kurtz in Conrad’s Heart of Darkness Essay

The Powerful Voice of Kurtz in Conrad’s Heart of Darkness Many times, words by themselves do not convey an idea wholly or conceal it altogether. Instead, the voice carrying the words conveys the idea, lending shape and new meaning to the familiar syllables. Words resonate with prescribed meanings, whereas voice creates its own meaning and identity. In Conrad’s Heart of Darkness, voice comprises the primitive component of language, with words existing only as a secondary function of voice. Glimpsing a â€Å"primitive truth,† Kurtz’s voice and soul unite so that his knowledge speaks through his voice, rather than through his words. Alternately draining words of their meaning and filling them with new meaning, Kurtz’s voice contains the power to define his own words. Strip Kurtz of his common syllables, and what remains is a terse note in a margin of seventeen eloquent pages, a frightening voice shaped by unfamiliar words. Marlow first hears of Kurtz as a word repeatedly spoken by others. As Marlow navigates down th e river, traveling farther from civilization, Kurtz’s voice amplifies, ultimately consuming the name and the man himself. The voice of Kurtz is heard and realized not in the familiar words of others, but in the journey down the river into the unknown. People’s inability to pronounce Kurtz’s name suggests the authenticity of Kurtz’s own voice and the weakness of the words used to describe him. When describing Kurtz, familiar vocabulary fails altogether; Kurtz remains a word with little meaning. Marlow first hears of Kurtz from the Company’s chief accountant at Outer Station. When asked who Kurtz is, the accountant responds, â€Å"He is a very remarkable person† (37).* The accountant does not mention his name without adding t... ...r. The structure of words and the report are unable to contain his voice. Like Kurtz’s last words, these simultaneously drain all meaning from words and add their own new meaning, highlighting only lies. In German â€Å"kurtz† means short. What Kurtz actually says is plain and terse, but appalling. It is not hidden behind words, but revealed within Kurtz’s own voice and scribbled in margins. However, it is the voiceless words, the written words, the lies, and not the note scribbled by his own voice that Kurtz asks Marlow to preserve. By wanting to preserve his report, Kurtz acknowledges the power of written words. He knows that besides Marlow’s memory, writing is the only thing that can begin to immortalize him. But, perhaps, Kurtz’s knowledge is meant to die along with his voice. Works Cited * Joseph Conrad, Heart of Darkness (London: Penguin Books, 1995).

Robert D. Furchgott’s Contribution to the Discovery of Nitric Oxide as

Introduction In 1998 the Nobel Prize in physiology was awarded to three scientists for their contribution to the discovery of nitric oxide (NO) as a physiological singling molecule, particularly in vascular smooth muscle: Dr. Robert F. Furchgott, Dr. Louis J. Ignarro, and Dr. Ferid Murad1,2. Although the Prize was only initially awarded to Furchgott and Murad, it was later admitted that without the work of Ignarro an important link would not have been made. More specifically, in 1977 Murad found that nitric oxide was the active molecule causing vasodilation when studying the effects of vasodilatory effects nitroglycerine1,2. In 1980 when studying the effects of vasodilatory effects or acetylcholine in rabbit aorta, Furchgott found that vascular endothelial cells are necessary for vascular smooth muscle relaxation3. He concluded that endothelial cells produce what he called endothelium-derived relaxing factor (EDRF), a signaling molecule that caused vascular smooth muscle to relax1,3. Lastly, in 1986 Ignarro, showing that vascular endothelial cells produced similar responses when stimulated to produce EDRF and when exposed to NO, determined that nitric oxide and EDRF were the same molecule, thereby uniting the work of Murad and Furchgott into a cohesive vasodilatory model1,2. Nitric Oxide and Vascular Relaxation Nitric oxide is an abundant and diverse secondary signaling molecule throughout the body, playing roles in memory, learning, inflammation, and blood pressure. It is synthesized by nitric oxide synthase (NOS) from L-arginine and oxygen, though there are three known types of NOS: NOS 1, NOS 2 and NOS 34. NOS 1 and 3 are stimulated by high intracellular calcium ion concentrations, as caused by vasodilators l... ...el Prize Awarded to Scientists for Nitric Oxide Discoveries. Circulation 98, 2365-2366 2. Raju T. (2000). The Nobel Chronicles. The Lancet, 356, 346 3. Furchgott R. F. (2003). Nobel Lecture. Nobel Lectures, Physiology or Medicine 1996-2000. 4. Barrett K. E., Barman S. M., Boitano S., Brooks H. L. Ganong’s Review of Medical Physiology (2012). Ganong’s Review of Medical Physiology. McGraw-Hill 5. Nobel Prize.org (2014, February 25). Robert F. Furchgott - Biographical. Retrieved from http://www.nobelprize.org/nobel_prizes/medicine/laureates/1998/furchgott-bio.html 6. Furchgott R. F., Zawadzki J. V. (1980). The obligatory role of endothelial cells in the relaxation of arterial smooth muscle by acetylcholine. Nature, 288, 337-376 7. Martin W. (2009). Robert F. Furchgott, Nodel laureate (1916-2009) - a personal reflection. British Journal of Pharmacology. 158(3), 633-637

Components of the Criminal Justice System Essay

The criminal justice system is made up of many components but the three major components are the police, correctional agencies, and criminal courts. Within the judicial system, the police are the first step. They are the first responders to any crime scene which goes into the investigation process. The investigation process will then lead to possible arrests; the criminal is then booked and processed. They are given a court date and from that point the case is in the criminal courts domain. From that point the criminal courts then conduct a fair and impartial trial. The criminal courts are there to protect the rights of anyone facing processing by the justice system. The suspect is then found guilty or not guilty. If the defendant is found guilty they are then transferred from the county jail, where they were being held, to a state prison or correctional facility. The final step within the judicial system is the correctional agencies. However, appeals may be filed and the criminal will go through the court system again. Correctional facilities have different levels: minimum security and maximum security. The severity of the crime will determine which one of the facilities the criminal will end up in. The structure of the government relates to the criminal justice system in many ways. Like the criminal justice system, the government is also made up of different agencies that must work in harmony to serve a purpose. It also relates to the criminal justice system because the government is who makes the laws. Those laws vary from state to state in terms of penalties for misdemeanors, felonies, infractions, etc. According to the Bureau of Justice Statistics, â€Å"Under our form of government, each State and the Federal Government has its own criminal justice system† (BJS, 2012). After the laws are made, it is then the responsibility of the criminal justice agencies to enforce them. Although it seems that all of the mentioned entities work separate and alone, which in some cases they do, they are all working for the same purpose, reason, and results. Resource: Bureau of Justice Statistics, BJS, The Structure of the justice system Retrieved from: http://www.bjs.gov/content/justsys.cfm

Ethical Dilemma a Walmart Manager Might Face Essay

Using Collaborative Care The most common uses for collaborative care are patients with chronic diseases and patients with complex problems in need of care across a continuum of health care settings. Chronic diseases that benefit from the use of the collaborative model of care include type II diabetes mellitus, diseases of the cardiovascular system such as hypertension and heart failure, and renal disease, such as failure or chronic insufficiency. In addition, addictions such as those to illegal substances or alcohol, and mental health issues are ideal for the application of the team approach to care. Evidence clearly shows that the collaborative approach significantly increases the quality of care and patient satisfaction with his or her care. According to Kearney (2008), â€Å"team care is complex because the members must recognize each other’s competencies, determine the division of responsibilities for patient care and adhere to essential communication and documentation protocols. † Successful collaborative teams exhibit respect and focus for the common patient goals, have clear role assignments, respect and understand each member’s competencies, use effective and frequent communication and are able to resolve onflicts in a timely manner without major disruptions in the flow of care to the patient. Barriers to successful collaborative team care include any type of breakdown within the team. The most common issues that impact negatively on successful collaboration include disrespect for other members, role boundary conflicts, ineffective communication and p ower struggles between professions. Conclusion As society ages the number of people with chronic diseases and complex illnesses will continue to increase. The acute care setting is only one stop along the continuum of care for the treatment of these conditions.

Tourism Project Essay Example | Topics and Well Written Essays - 2250 words

Tourism Project - Essay Example This tourism sector is worth Singapore dollars 12.4 billion (2006) annually. On the other hand, Hong Kong, with its proposed Disneyland and a new cultural centre at West Kowloon that is seven times the size of the Esplanade, Dubai Japan and Bangkok are Singapore's greatest competitors in the tourism sector. Their multimillion dollar tourism projects to lure tourists from all over the world are ominous enough to make any forward thinking government which is driven by economic consideration, plan to think of new ideas to attract tourists to their country. One of them is to think up new tourism based themes which can make investors think that Singapore is transforming itself into a diversified service-based economy. One of these steps is by opening up an integrated resort. The basic objective of an integrated resort is to attract tourists. It would not be limited to just casinos. They should include convention centers, hotels, restaurants, shopping, convention space, theatres, museums and theme parks. The government can thus hope to be able its overall goal to generate tourism receipts of $9. 5-billion annually by 2015,1 which is half the target set by the Singapore tourism board. Apart from this, the other completion of a project successfully and its performance at Marina South can be targeted to bring in the international convention market. This can eventually boost up the Singaporean tourism sector and economy to make it on par with its nearest competitors. Business Objectives The project aims to complete the

Research Eosin Y with and without Phloxine B Reagents Paper

Eosin Y with and without Phloxine B Reagents - Research Paper Example The physical and chemical properties differ from one isomer to another. The highest melting point is 13.260C (55.870F) for p-xylene and the least is -47.870C (-54.170F) for m-xylene. All isomers have a boiling point around 1400C (2850F). In respect to density, all isomers have a density of around 0.87 g/ml that is less than dense water. In air, one can smell xylene at a concentration of 0.08 to 3.7 ppm while at water one can taste it at 0.53 to 1.8 ppm. In terms of appearance, xylene is a colourless and clear. The compounds related to xylene include benzene, ethylbenzene, mesitylene and toluene. Xylene is practically insoluble in water but soluble in non-polar solvents like the aromatic hydrocarbons (Pujado and Jones, 2006). According to Avery (2008) xylene, is commonly used in a histology lab for cleaning purposes. In the histology lab, technicians apply xylene for the purposes of tissue processing, deparaffinised and cover-slipping. It is termed as the best cleaning agent in a histology lab. It is applied before the infiltrating tissue in the cleaning process. To infiltrate a tissue peace with water, paraffin and alcohol must be removed. By removing, first, dehydration of tissues fixed with aqueous fixation is done by placing it through different alcohols starting from 50 % to 100 % through 70 %, 80 % and 95 %. After dehydrating the tissues, it must be cleaned using Histo-Grade Xylene form alcohol. After completion of this process, the infiltration of the tissue with paraffin can be done. Xylene can also be used in lab to prepare cover-slipping slides. The slides that are stained cannot be cover-slipped until the removal of water takes place. In order to dehydrate the water slide, the stained slide is placed into alcohol. After that the stained slide is placed into xylene in order to remove alcohol. After completion of this

What is the Urey-Miller experiment What important organic molecules Essay

What is the Urey-Miller experiment What important organic molecules were produced in this experiment What is chemical evolution Why is life so difficult to define - Essay Example According to most research workers, the difference between nonliving and living is more difficult than a simple list of rules (Chaisson, & McMillan 365). In 1953, on the primitive ground, the 1st experimental demonstration for the evolution of complex molecules in a natural way from simpler components was discovered. In this experiment, Stanley Miller and Harold Urey took a mixture of the different materials like a "primordial soup" of water, ammonia (NH3), carbon dioxide (CO2) and methane (CH4) and then energized it by passing discharge of electricity through it (Chaisson, & McMillan 365). A few days after the experiment was done, they examined their mixture and discovered that the mixture contained lots of the amino acids that are similar to those that are nowadays found in every living thing on earth. Later on, scientific researchers successfully discovered nucleotide bases by performing a similar experiment. The above figure shows the experimental settings of the Miller-Urey Experiment. Almost a week later, different complex molecules and amino acids were detected at the bottom of the trap, which reproduces the primordial mass within which heavy molecules were produced in the overlying atmosphere would have diminished (Chaisson, & McMillan 365). There are many basic components in microspheres that are required in the formation of life but these microspheres are not living itself. Microspheres do not have the deoxyribonucleic acid (DNA) hereditary molecules. Despite the fact that no real life cell has been created yet from the beginning, most of the biochemists believe that the chemical evolution is the series of experiments most importantly from simple molecules that are not biological nearly to the life itself has been fully proved (Chaisson, & McMillan 365). The figure above shows the chemical evolution. In this figure, a tiny drop similar to protein and rich of carbon shows the combination of many of the molecules of amino acid in a