It Should Be Mandatory for Everyone to Donate One of Their Organs When They Die Free Essays

There is a technology such as organ transplant which replaces patient’s organs to save life. Nowadays the heart, liver, lungs, kidneys, intestines and pancreas can be transplanted. Therefore the demand for organs is very high. We will write a custom essay sample on It Should Be Mandatory for Everyone to Donate One of Their Organs When They Die or any similar topic only for you Order Now This essay will discuss as to whether or not people should be forced to donate one of their organs when they die. Firstly, the demand for organs is higher than supply. In the United States, more than 80,000 people are in the waiting list for organ transplant. Almost 28,000 people’s organs were transplanted in 2005. So, many people think government needs to make it compulsory for people to donate their organs when they die. Patients will still have chance to live. Secondly, people should have a meaningful way to die, by donating their organs, so people who are needing organ transplant will have the chance to live. When people die, heart can be preserved for 4 hours, pancreas and liver can be preserved 12 hours. In China, executed prisoners are allowed to donate their organs to have a chance to do good things for the society. In many religions, people are not allowed to donate their organs. In Japan, many people believe Shinto. The rule of Shinto is the wholeness of body. According to Shinto tradition, if people died, their bodies will be impure. If some people have organ transplant which use dead persons’ organs, they will have bad luck. So organ transplant is not favorable. Doctors can use high technology product to replace patients’ organs rather than using organs from death. For example, the use of a Jarvik 2000, a machine that assists to get the heart works again. Another technology is Colon, it can use organ’s cells to make a new same organ. So, people don’t have a need to wait for suitable organs from the hospital. In summary, organ demands are increasing than supply. However, many religions do not allow organ donation. In China, although many organs are donated by executed prisoners, still cannot accommodate for patients waiting for organ transplant. The government should make it mandatory for everyone to donate their organs when they die. How to cite It Should Be Mandatory for Everyone to Donate One of Their Organs When They Die, Papers

DNA Today free essay sample

A DNA Finn reprint is the same for every cell, tissue, and organ of a person. It cannot be altered by any known treatment. Consequently, DNA fingerprinting is rapidly becoming the primary method for identifying and distinguishing among individual human beings An additional application of DNA fingerprint technology is the diagnosis of inherited disorders in adults, children, and nub Ron babies. DNA fingerprinting is a laboratory procedure that requires six steps: (1) isolation 0 f DNA (2) cutting, sizing, and sorting, (3)transfer of DNA to nylon, (4 5) probing, and (6)DNA fin reprint.Part 2. NATIONAL CENTER FOR BIOTECHNOLOGY Ive used this website in my microbiology class to identify an unknown bacteria a using the sites DNA sequencing data using BLAST. BLAST for Basic Local Alignment Search Tool is an algorithm for comparing primary biological sequence information, such as the nonacid sequences of different proteins or the nucleotides Of DNA sequences . A BLAST search enables a researcher to compare a query sequence with a library or database of sequences, and identify library sequences that resemble the query sequence. We will write a custom essay sample on DNA Today or any similar topic specifically for you Do Not WasteYour Time HIRE WRITER Only 13.90 / page This site conducts basic and applied research in computational, mathematical, and theoretical problems in molecular biology y and genetics, including genome analysis, sequence comparisons, sequence search method eulogies, macromolecular structure, dynamics and interaction, and structure/ function prediction. Not only does it conducts sequencing analysis but it also has the well known resource of Pumped. Pumped is a free search engine accessing primarily the MEDICINE database of references and abstracts on life sciences and biomedical topics. Part 3. HUMAN GENOME PROJECT The Human Genome Project (HOG) was completed in 2003. T he Human Genome Project (HOG) was a arrear project coordinated by the U. S. Department of Energy (D OF) and the National Institutes of Health. Additional contributions came from Japan, Franc e, Germany, China, and others. Project goals were to identify all the approximately 20,500 genes in human DNA, determine the sequences of the 3 billion chemical base pairs that make up human DNA, store this information in databases, improve tools for data analysis, transfer r elated technologies o the private sector, and address the ethical, legal, and social issues (ELSE) that t may arise from the project.

- Being One Of Millions Of Surfers Throughout The Internet, I See That

- Being one of millions of surfers throughout the Internet, I see that fundamental civil liberties areas important in cyberspace as they are in traditional contexts. Cyberspace defined in Webster'sTenth Edition dictionary is the on-line worlds of networks. The right to speak and publishusing a virtual pen has its roots in a long tradition dating back to the very founding of democracyin this country. With the passage of the 1996 Telecommunications Act, Congress has preparedto turn the Internet from one of the greatest resources of cultural, social, and scientificinformation into the online equivalent of a children's reading room. By invoking the overboardand vague term "indecent" as the standard by which electronic communication should becensored, Congress has insured that information providers seeking to avoid criminal prosecutionwill close the gates on anything but the most tame information and discussions. The Communications Decency Act calls for two years of jail time for anyone c aught using "indecent" language over the net; as if reading profanities online affects us moredramatically than reading them on paper. Our First Amendment states, "Congress shall make nolaw respecting an establishment of religion, or prohibiting the free exercise thereof, or abridgingthe freedom of speech, or of the press...." The Act takes away this right. TheConstitution-defying traitors creating these useless laws do not they understand the mediumthey're trying to control. What they "claim" is that they are trying to protect our children from moral threatening content. This "protect our helpless children" ideology is bogus. If more government officialswere more knowledgeable about online information they would realize the huge flaw theCommunication Decency Act contains. We don't need the government to patrol fruitlessly onthe Internet when parents can simply install software like Net Nanny or Surf Watch. These programs block all "sensitive" material from entering one's modem line . What's more,legislators have already passed effective laws against obscenity and child pornography. Wedon't need a redundant Act to accomplish what has already been written. Over 17 million Web pages float throughout cyberspace. Never before has informationbeen so instant, and so global. And never before has our government been so spooked by thepotential power "little people" have at their fingertips. The ability for anyone to send picturesand words cheaply and quickly to potentially millions of others seems to terrify the governmentand control freaks. Thus, the Communications Decency Act destroys our own constitution rightsand insults the dreams of Jefferson, Washington, Madison, Mill, Brandeis, and DeToqueville. It's funny, now that we finally have a medium that truly allows us to exercise our FirstAmendment right, the government is trying to censor it. Forget them! Continue to engage infree speech on the net. It's the only way to win the battle.

Geography of Vancouver, British Columbia, Canada

Geography of Vancouver, British Columbia, Canada Vancouver is the largest city in the Canadian province of British Columbia and is the third largest in Canada. As of 2006, Vancouvers population was 578,000 but its Census Metropolitan Area surpassed two million. Vancouvers residents (like those in many large Canadian cities) are ethnically diverse and over 50% are not native English speakers. Location The City of Vancouver is located on the British Columbias west coast, adjacent to the Strait of Georgia and across that waterway from Vancouver Island. It is also north of the Fraser River and lies mostly on the western part of the Burrard Peninsula. The city of Vancouver is well-known as one of the worlds most livable cities but it is also one of the most expensive in Canada and North America. Vancouver has also hosted many international events and most recently, it has gained worldwide attention because it and nearby Whistler hosted the 2010 Winter Olympic Games. What to Know About Vancouver The following is a list of the most important things to know about Vancouver, British Columbia: The City of Vancouver is named after George Vancouver - a British captain who explored Burrard Inlet in 1792.Vancouver is one of Canadas youngest cities and the first European settlement was not until 1862 when McLeerys Farm was established on the Fraser River. It is believed, however, that aboriginal people lived in the Vancouver region from at least 8,000-10,000 years ago.Vancouver officially incorporated on April 6, 1886, after Canadas first transcontinental railroad reached the region. Shortly thereafter, the nearly the entire city was destroyed when the Great Vancouver Fire broke out on June 13, 1886. The city quickly rebuilt though and by 1911, it had a population of 100,000.Today, Vancouver is one of the most densely populated cities in North America after New York City and San Francisco, California with around 13,817 people per square mile (5,335 people per sq km) as of 2006. This is a direct result of urban planning focused on high-rise residential and mixed-use development as opposed to urban sprawl. Vancouvers urban planning practice originated in the late 1950s and is known in the planning world as Vancouverism. Because of Vancouverism and a lack of large amounts of urban sprawl as seen in other large North American cities, Vancouver has been able to maintain a large population and also a large amount of open space. Within this open land is Stanley Park, one of the largest urban parks in North America at around 1,001 acres (405 hectares).Vancouvers climate is considered oceanic or marine west coast and its summer months are dry. The average July high temperature is 71Â °F (21Â °C). Winters in Vancouver are usually rainy and the average low temperature in January is 33Â °F (0.5Â °C).The City of Vancouver has a total area of 44 square miles (114 sq km) and consists of both flat and hilly terrain. The North Shore Mountains are located near the city and dominate much of its cityscape, but on clear days, Mount Baker in Washington, Vancouver Island, and Bowen Island to the northeast can all be seen. In the early days of its growth, Vancouvers economy was based around logging and sawmills which were established beginning in 1867. Although forestry is still Vancouvers largest industry today, the city is also home to the Port Metro Vancouver, which is the fourth largest port based on tonnage in North America. Vancouvers second largest industry is tourism because it is a well-known urban center worldwide. What Its Known For Vancouver is nicknamed Hollywood North because it is the third largest film production center in North America following Los Angeles and New York City. The Vancouver International Film Festival takes place annually each September. Music and visual arts are also common in the city. Vancouver also has another nickname of city of neighborhoods as much of it is divided into different and ethnically diverse neighborhoods. English, Scottish, and Irish people were Vancouvers largest ethnic groups in the past, but today, there is a large Chinese-speaking community in the city. Little Italy, Greektown, Japantown and the Punjabi Market are other ethnic neighborhoods in Vancouver. To learn more about Vancouver, visit the citys official website. Sources: Wikipedia. (2010, March 30). Vancouver. Wikipedia- the Free Encyclopedia. Retrieved from:Â  https://en.wikipedia.org/wiki/Vancouver

Cultural Competence in Health Care Professional Practice Essay

Cultural Competence in Health Care Professional Practice - Essay Example Australia is an example of such a country that has experienced cultural diversity which has had immense impact on both professional and personal lives of healthcare professionals, critically affecting service delivery. In order for podiatrists, and indeed all the healthcare professionals in general, to deliver healthcare to the desired levels, cultural diversity should be put into consideration in practice, promoting a culturally safe environment and acquire cultural competence. In basic terms, culture describes an assortment of beliefs and behaviours to which a particular group ascribes and passes on from one generation to another. Adler (2004) defines equity as trait of fairness and impartiality; diversity as an array of various things; and competence as a suitable application of attributes and knowledge through the actions and behaviours of an individual. As such, cultural competence could be defined as the possession of attributes and knowledge that foster understanding of a wide array of beliefs and behaviours of diverse groups of people and applying it equitably. For healthcare professionals, including podiatrists, to attain cultural competence, Betancourt (2002) argues that they would have to exhibit attributes and behaviours that would promote their ability to effectively work with people from diverse cultures. i. Value diversity and accept cultural differences - The element of valuing diversity and accepting cultural differences requires one to keep an open mind to the environment and view each situations without bias. It should be appreciated that in any given environment, each person is different and would therefore have unique values and beliefs. ii. Possess cultural self-assessment capacity and an understanding of own culture – Cultural self-assessment capacity and understanding own culture implies the need to be able to critically comprehend one’s belief system. This requires unbiased approach

Human Resources Management and Organisational Dynamics Essay

Human Resources Management and Organisational Dynamics - Essay Example n on existence for 23 years; now, it is acknowledged as the largest independent business process outsourcing (BPO) player in Asia, employing no less than 2,000 Filipinos. Its expanse of BPO services diversely cover medical transcription, data conversion / encoding and software support services, mainly delivered for Fortune 500 blue chip companies. One of the strategies of SPI is to find and select employees who have the right orientation towards work and productivity right at the onset. SPI advocates the idea of a right hire resulting to a quick start. Based on strategic objectives and plans, competency requirements are laid down on a per position - per level basis. These competencies then become the basis of all HR systems, linking these systems clearly and logically. These same competency requirements then become the basis for targeted selection, against which potential employees are behaviorally assessed. This implies that right at the start – at the first step – of hiring, that SPI employees blend well into the organization’s culture and business strategy. Competencies are general descriptions of the abilities necessary to perform a role in the organization. These are usually described in measurable terms. They differ from job descriptions – while job descriptions typically list the tasks or functions and responsibilities for a role, competencies list the abilities needed to conduct those tasks or functions (McNamara, 2005). Assessing an individual’s specific strengths and development needs as they relate to the success profiles across levels of supervisors, managers and executive is a key component to selection, development, and promotion decisions.  Information and data used to drive these decisions must be accurate and objective. Targeted Selection is a system designed to meet the needs of a diversified workforce, offers a solution to common selection problems. Targeted Selection takes a systems approach to selection decisions: All aspects

Logical and physical network design

Logical and physical network design Introduction In the world today, information communication and technology has become one of the most relied upon pillars for economic development. It is through technology that the entire universe has been reduced to a small village whereby persons far away from each other can interact freely on real-time basis. Hence, every business enterprise and institution for instance is gearing towards modernizing its operations through Information technology. As a result, one of the most vital resources to ensure Information technology revolution is and has been using computers. They have replaced and /or improved the working environment through recording, processing, and analyzing data by utilizing application software. It is that this point that the pre-requisite IT infrastructure comes in handy. Thus, internet facility is required to interlink various departments within an organization so as to improve efficiency. However, to put in place the network infrastructure, a number of requirements and constraints have to be considered and includes the type of organization, desired network -its cost and reliance, and financial costs among others. The networking topology consists of two parts; physical and logical design networks, which are utilized further in various forms; bus, mesh, star, and ring network topologies (Raza, 2002). Each one of these has got its pros and cons. Hence, it is imperative while embarking on a mission to set up a network infrastructure, research extensively in order to determine the most feasible type. This has been covered to detail in the literature ahead to distinguish logical and physical design networks as well as related terminologies through a library based research. Literature Review Topology The network topology refers to the layout of a network installation (David, Skandier, 2005). The layout consists of two parts. First one is the physical network design which refers to the actual arrangement of all the devices that that are connected to the particular network. This is inclusive of the network location and cables installed. Second is the logical network design which refers to the way in which the network appears in the devices within the network or how data is transmitted within the network (Siamwalla, Sharma, Keshav, 2000). These two types of layouts are consists of four different kinds of network topologies in network infrastructure is set up. These include, the bus, mesh, ring, and star topologies (Raza, 2002). Types of network topologies A mesh topology represents a Wide Area Network whereby there are quite a number of paths interconnecting various sites. In this topology, a router is used in identifying and determining which path is best for data transmission. For a simple network, for instance two to three sites, it is convenient to create but for quite a number of sites it becomes expensive. Reason being that every network site and subsequent additions of devices needs an independent cable connection. Besides, the amount of work involved while configuring network is cumbersome (Programming Languages: Logical and Physical Network Design, 2004); However, the biggest advantage with mesh network is that, in case one of the connections fails, it does not interfere with the rest. Mesh topology represents a physical design layout. The bus topology in most cases is either a physical and/or logical design network. It generally utilizes Ethernet cables to connect and it is considered the simplest among the others. A backbone -common cable- is connects all the devices in a given network and any other device that is being added is connected to the same cable. It is therefore economical to implement as only one cable is used. The backbone connection transmits data through only this particular cable and interruption leads to disconnection of the whole network. The ring topology is a physical design layout whereby each device in the network is connected to its two other neighboring devices. However, in case a new device is being added, the whole connection is disrupted and this involves a lot of work to configure the whole system. Nevertheless such conflicts in transmitting the data can be mitigated by applying token ring technology but this m, method is rarely used in setting up a network (Designing a Network Topology, 2004). The star topology is usually either a physical and/or logical design layout whereby network devices have got one central location referred to as a hub or switch. This topology is the most advantageous because if one of the devices fails, the others are not affected. Configuring the network is simple as any one cable can easily be connected to the hub or switch. It is usually applied in Ethernet networks. Furthermore, all of these network topologies can be used in one single network to form a hybrid network topology (Thomas, 2008). Differences between logical and physical network designs Physical design layout outlines the pieces of the logical design network which are in a given network architecture. Besides, it refers to the arrangement of computers and other physical components. Its components include Fiber, ISDN and Ethernet (Johnson, 2002). The logical design network assumes a particular piece of a conceptual design in a network and assigns it a logical role in a within that framework. Its components consist of IP structures of the network such as Class A, B, or C address scheme (Johnson, 2002). Factors to consider when designing a network For a good network design the strategy and planning components are very vital. The overall project needs to be implemented in an orderly manner in order to achieve the goals set. Policies should be put in place when designing a network (Network Diagrams, 2010). They stipulate to detail how the network resources are to be used by the users concerned. Another scenario that policies become a necessity is at a point when network security becomes paramount -for instance firewall technology (Designing a Network Topology, 2004). Technical users responsible for managing the network require adequate training on tasks to be undertaken in the network management. When designing the network, the cost of the budget should be a pre-requisite consideration as well as the benefits to be realized. Feasibility study should be carried on both costs and benefits (Network management reference architecture, 2010). To design a logical network, there are two options; one can either design/install a new network from the scratch or upgrade an already existing logical network. However, a number of factors are supposed to be considered before commencing the design work: What services will you be providing to the clients/users? What possible network traffic patterns that crop up as a result from your particular plan? What are the expected bottle necks and how to avoid? Another important consideration is to determine whether your internet connection is going to be for internal network users only or if outside users domain will be given access to the network resources (Network Tutorials, 2010). In addition, scalability and extensibility of the network design are crucial considerations. Hence factors such as: Economic constraints -in most cases one has to compromise the capability of Wide Area Network links, the switching routers capabilities, the kind of interfaces used, and at some instances the of redundancy achieved; Labor-in either of the network design, the degree of effort and the level of knowledge required to admit a new client to the new network and/or expand the capacity of the network infrastructure are of great concern (Craft, 2006); The processor speed -increases on regular basis and therefore makes the internet traffic levels to rapidly increase. Computational limitations that most often engulf any particular network design are correlated to processing of route updates, security filtering, encryption, translation of address and packet forwarding; Space consists of the value of air-conditioned points of references (POPs) an/or the collocation facilities (Scots Ogletree, 2003); Time-to-market is another issue to be considered as while designing a network, clients might be have looked for alternatives by the time it becomes operational (Mueller Ogletree, 2003). Conclusion Designing a network calls for meeting the necessary requirements and constraints and putting into consideration other external factors for instance, cost of setting up the network, scalability and extensibility, and the future prospects of the particular network design. Nevertheless, the choice of the network design depends on its reliability and the resources are available for its adoption. REFERENCES: Craft, M. (2006). How to Cheat at Designing a Windows Server 2003 Active Directory Infrastructure. Syngress. David, G., Skandier, T. (2005). Network+ study guide, fourth edition. Sybex, Inc. Designing a Network Topology. (2004) .Cisco Press Priscilla Oppenheimer. Retrieved February 15, 2010, from www.topdownbook.com/chapters/Chapter05.ppt Network Tutorials. (2010). Retrieved February 14, 2010, from Network management reference architecture. Retrieved February 14, 2010, from http://www.cisco.biz/en/US/technologies/collateral/tk869/tk769/white_paper_c11-453503.html Mueller, S., Ogletree, T. (2003). Network design strategies; Planning and design components. Upgrading and repairing networks. (4th ed.) .Que. Retrieved February 14, 2010, from Megaessays: Network topology. Retrieved February 14, 2010, from, Network Diagrams. Retrieved February 14, 2010, from, Johnson, J. (2002). Ask the Networking Expert: Questions Answers. Retrieved Feb 14, 2010, Fromhttp://searchnetworking.techtarget.com/expert/KnowledgebaseAnswer/0,289625,sid7_gci846980, 00.html Network Topologies, Retrieved February 15, 2010, from Programming Languages: Logical and Physical Network Design. (2004). Retrieved February 15, 2010, from http://www.cheathouse.com/essay/essay_view.php?p_essay_id=47389 Raza, K. (2002). Cisco Network Topology and Design. Cisco Press. Retrieved February 15, 2010, from http://www.ciscopress.com/articles/article.asp?p=25188 Siamwalla, R., Sharma , R., S. Keshav (2000). Discovering Internet Topology. Cornell Network Research Group Department of Computer Science Cornell University. NY:Ithaca. Scott, M., Ogletree, W. T. (2003). Upgrading and repairing networks. (4th ed.).Que. Part of the upgrading and repairing series. Thomas, S. (2008).Network design checklist: Six factors to consider when designing LANs. Retrieved February 14, 2010 from http://searchnetworkingchannel.techtarget.com/generic/0,295582,sid100_gci1317697,00.