Global Youth Culture Essay Example for Free

Global Youth Culture Essay Culture obviously varies all around the world from country to country, but the basics are always the same. What makes up culture? Does culture change based on the age of the people or the different generations? Culture consists of language, entertainment through mediums such as music, movies, literature, etc. , fashion, art, food, and more. Culture most definitely changes depending on where you are in the world. For example, it can be as simple as spoken word. The language we speak here in American is vastly different then language spoken over in China or France, and that is one of the fundamental building blocks of culture differences. One thing that is really great and unique about the United States of America is that we have such a diverse mix of people and cultures. America has often been referred to as the â€Å"melting pot† because of the variety of people we have living here. Our culture as a nation has been shaped and molded from all of the people from other places in the world. As a young adult in America, I pay a lot of attention to many parts of our culture such as music, movies, books, and fashion. After exploring the web for blogs from different countries, I found that that doesn’t change throughout the globe. A twenty-year-old student that lives over in London, England is a lot more like me than you might guess. This one blog called â€Å"London Culture Blog† especially caught my attention. I stopped on this blog and started scrolling through some of the posts and realized that a lot of what they are talking about are things that my friends and I talk about too. This was pleasant surprise because ever since I was little, I’ve always wanted to go to England and be just like the British. I thought it was so cool having an accent, wearing cute uniforms to school and having a leading royalty. Although that is still a dream I’ve yet to live out, it was really interesting looking at this blog and seeing that I’m not that far off. Some of the posts on the blog were about things that we talk about in America too, for instance, the movie/ musical Les Miserables as well as International superstar, Justin Bieber. It is very cool to me that there are those parts of our culture that is shared by people all over the world. I find it very comforting and interesting that I could be listening to a Bieber song at the same time as someone across the world. However, as to be expected, parts of the blogs were about artists I have never heard of, and those posts were just as fascinating. I found myself reading about a certain British musician and getting so intrigued that I had to go look up their music. I read a post about a young male musician named Jake Bugg. He was born and raised in England and his music often reflects that. The blogger said, â€Å"His influences stretch back 40 years – he’s got some of the basic song structures of early Beatles’ tracks and there’s more than a hint of the Bob Dylan troubadour style too. He also takes inspiration from the more recent generation of Britpop; at times, he sounds like an early, acoustic version of Oasis. † When I listened to some of his songs, they sound completely different than songs you would hear on everyday radio in America and that’s just because the difference of culture. In my opinion, British music is a lot more meaningful and deep and actually causes you to think and relate to the lyrics unlike some American music. Global youth culture around the world is a lot more similar than I thought I would find. I expected it to be a lot different but the fact is that we feed off each other. We use other cultures to constantly shape and change our own and vice versa. Whether it’s fashion, music, cuisine, or dance, we take ideas and use them to create a new addition to our culture. That’s what ties this whole world together and keeps us so connected.

Diabetes: Prevention and Treatment Essay -- Diseases/Disorders

Public health emphasizes the importance of prevention and proactively taking care of one’s body. As people grow older, they must follow certain guidelines to ensure that they age healthily and successfully. One of the biggest concerns facing the aging population is chronic diseases. Chronic diseases are long term diseases that have a slow progression. Once chronic diseases pass â€Å"certain symptomatic or diagnostic thresholds,† they become a permanent aspect of an individual’s life because â€Å"medical and personal regimens can sometimes control but can rarely cure them† (Albert and Freeman 105). One chronic condition that is a cause of concern is diabetes. Diabetes is not only one of the leading causes of death in the over 65 population but also one of the most prevalent and debilitating conditions (111). Diabetes is a chronic disease or condition that involves the hormone insulin, which helps regulate the amount of glucose in a person’s bloodstream. When cells are in need of energy the pancreas produce insulin; this mechanism allows cells to absorb glucose from the bloodstream. Diabetes occurs when the pancreas does not produce enough insulin or the body has become resistant to its own insulin; this leaves an excess amount of glucose in the bloodstream as there is no insulin present to guide it to the cells (â€Å"Diabetes†). There are two types of diabetes that affects the worldwide population: Type I and Type II. Type I is typically prevalent in children and is characterized by an insulin deficiency. Type II diabetes is adult onset and occurs when the body is resistant to the insulin it produces. Type II affects approximately 90 percent of people with diabetes around the world. Due to the similarity in symptoms between both types... ... Disease Control and Prevention, 01 Aug. 2011. Web. 03 May 2012. . "Diabetes." World Health Organization. World Health Organization, Aug. 2011. Web. 03 May 2012. . "HealthEase." Division of Aging and Community Services. State of New Jersey Department of Health and Senior Services. Web. 03 May 2012. . "Medicare Diabetes Screening Project." Medicare Diabetes Screening Project. Web. 03 May 2012. . Span, Paula. "For Elderly Diabetics, Questions About Aggressive Care." New York Times. New York Times, 11 Apr. 2011. Web. 03 May 2012. . Diabetes: Prevention and Treatment Essay -- Diseases/Disorders Public health emphasizes the importance of prevention and proactively taking care of one’s body. As people grow older, they must follow certain guidelines to ensure that they age healthily and successfully. One of the biggest concerns facing the aging population is chronic diseases. Chronic diseases are long term diseases that have a slow progression. Once chronic diseases pass â€Å"certain symptomatic or diagnostic thresholds,† they become a permanent aspect of an individual’s life because â€Å"medical and personal regimens can sometimes control but can rarely cure them† (Albert and Freeman 105). One chronic condition that is a cause of concern is diabetes. Diabetes is not only one of the leading causes of death in the over 65 population but also one of the most prevalent and debilitating conditions (111). Diabetes is a chronic disease or condition that involves the hormone insulin, which helps regulate the amount of glucose in a person’s bloodstream. When cells are in need of energy the pancreas produce insulin; this mechanism allows cells to absorb glucose from the bloodstream. Diabetes occurs when the pancreas does not produce enough insulin or the body has become resistant to its own insulin; this leaves an excess amount of glucose in the bloodstream as there is no insulin present to guide it to the cells (â€Å"Diabetes†). There are two types of diabetes that affects the worldwide population: Type I and Type II. Type I is typically prevalent in children and is characterized by an insulin deficiency. Type II diabetes is adult onset and occurs when the body is resistant to the insulin it produces. Type II affects approximately 90 percent of people with diabetes around the world. Due to the similarity in symptoms between both types... ... Disease Control and Prevention, 01 Aug. 2011. Web. 03 May 2012. . "Diabetes." World Health Organization. World Health Organization, Aug. 2011. Web. 03 May 2012. . "HealthEase." Division of Aging and Community Services. State of New Jersey Department of Health and Senior Services. Web. 03 May 2012. . "Medicare Diabetes Screening Project." Medicare Diabetes Screening Project. Web. 03 May 2012. . Span, Paula. "For Elderly Diabetics, Questions About Aggressive Care." New York Times. New York Times, 11 Apr. 2011. Web. 03 May 2012. .

Customer Service and Data Warehouse

Liu, An Chi (Allison) #20, Truong, Dominic #31 Tseng, Chun Yao (Gary) #33, Wang, Wei (Chloe) #35 Wang, Zhuoqun (Mask) #36, Zhang, Tao (Kevin) #48 Professor Kim MGT 205 Assignment #5: IT’s About Business 3. 2 1. Why was it necessary for the Isle of Capri Casinos to develop a data warehouse? The Isle of Capri Casinos experienced challenges in the geographical location of their properties as well as their diverse clientele. This made it very difficult for the publicly traded gaming company to segment customers and to establishing an inclusive brand image.With that, the company caters to a variety of customers in Mississippi, Louisiana, Missouri, Iowa, Colorado, and Florida. They found the past Customer Relationship Management (CRM) model to have generalized their customer view, thus initiating a need for a ‘single view of the business and the customer’. This new database warehouse method would enhance their competitive strategy by encouraging continuous guest relatio nships and surpassing guests’ needs and expectations in terms of atmosphere. 2. Describe the variety of benefits that the Isle realized from its data warehouse.There are many benefits for Isle in the development of their new data warehouse. Firstly, the system quickly and conveniently allowed the company to establish segmentation within the market. The system identified segments centered on the number of visits, which ultimately determined the level of offers and values. Eg. Company researchers determined that players who visit four times a month required an alternative incentive package that those who visited once a month. The company was also able to interpret the data generated by the warehouse to develop information for market experiments.The series of segmentations allowed for cross tabulation within customers— Who stayed at least two or three times? Who gamed and who didn’t? How much did staying in a hotel affect customer’s gaming activity? The dete rmination of these experiments created business opportunities within demographics of consumers. One study showed that local customers ‘game more’ when they stay in the casino hotel. Through this experiment, a local promotion was established to encourage customers to stay one free night.In turn, this proved to be profitable in the precision of their targeted offers, consequently motivating customers to visit the company’s casino locations. Lastly, another benefit from the database warehouse was in the strategic determination of slots and game locations. The company could enhance revenue and profit by strategically placing new games and machines based on past behaviors from high-value players. All in all, the data warehouse serves as a valuable resource for market analysis and customer segmentation.

Complete Guide to the Denisovans, Newer Hominid Species

The Denisovans are a recently identified hominin species, related to but different from the other two hominid species (early modern humans and Neanderthals) who shared our planet during the Middle and Upper Paleolithic periods. Archaeological evidence of the existence of Denisovans is so far limited, but genetic evidence suggests they were once widespread across Eurasia and interbred with both Neanderthals and modern humans. Key Takeaways: Denisovans Denisovan is the name of a hominid distantly related to Neanderthals and anatomically modern humans.Discovered by genomic research in 2010 on bone fragments from Denisova Cave, SiberiaEvidence is primarily genetic data from the bone and modern humans who carry the genes  Ã‚  Positively associated with the gene which allows humans to live at high altitudesA right mandible was found in a cave in the Tibetan Plateau The earliest remains were tiny fragments found in the Initial Upper Paleolithic layers of Denisova Cave, in the northwestern Altai Mountains some four miles (six kilometers) from the village of Chernyi Anui in Siberia, Russia. The fragments held DNA, and the sequencing of that genetic history  and the discovery of remnants of those genes in modern human populations  has important implications for the human habitation of our planet. Denisova Cave The first remains of the Denisovans were two teeth and a small fragment of finger-bone from Level 11 at Denisova Cave, a level dated between 29,200 to 48,650 years ago. The remains contain a variant of initial Upper Paleolithic cultural remains found in Siberia called Altai. Discovered in 2000, these fragmentary remains have been the target of molecular investigations since 2008. The discovery came after researchers led by Svante Pà ¤Ãƒ ¤bo at the Neanderthal Genome Project at the Max Planck Institute for Evolutionary Anthropology successfully completed the first mitochondrial DNA (mtDNA) sequence of a Neanderthal, proving that Neanderthals and early modern humans are not very closely related at all. In March 2010, Pà ¤Ãƒ ¤bos team reported the results of the examination of one of the small fragments, a phalanx (finger bone) of a child aged between 5 and 7, found within Level 11 of Denisova Cave. The mtDNA signature from the phalanx from Denisova Cave was significantly different from both Neanderthals or early modern humans (EMH). A complete mtDNA analysis of the phalanx was reported in December of 2010, and it continued to support the identification of the Denisovan individual as separate from both Neanderthal and EMH. Pà ¤Ãƒ ¤bo and colleagues believe that the mtDNA from this phalanx is from a descendant of people who left Africa a million years after Homo erectus, and half a million years before the ancestors of Neanderthals and EMH. Essentially, this tiny fragment is evidence of human migration out of Africa that scientists were completely unaware of before this discovery. The Molar The mtDNA analysis of a molar from Level 11 in the cave and reported in December 2010 revealed that the tooth was likely from a young adult of the same hominid as the finger bone and clearly a different individual since the phalanx is from a child. The tooth is an almost complete left and probably third or second upper molar, with bulging lingual and buccal walls, giving it a puffy appearance. The size of this tooth is well outside the range for most Homo species. In fact, it is closest in size to Australopithecus. It is absolutely not a Neanderthal tooth. Most importantly, the researchers were able to extract DNA from the dentin within the root of the tooth, and preliminary results reported its identification as a Denisovan. The Culture of the Denisovans What we know about the culture of the Denisovans is that it was apparently not much different from other Initial Upper Paleolithic populations in the Siberian north. The stone tools in the layers in which the Denisovan human remains were located are a variant of Mousterian, with the documented use of parallel reduction strategy for the cores, and a large number of tools formed on large blades. Decorative objects of bone, mammoth tusk, and fossilized ostrich shell were recovered from the Denisova Cave, as were two fragments of a stone bracelet made of dark green chlorite. The Denisovan levels contain the earliest use of an eyed-bone needle known in Siberia to date. Genome Sequencing In 2012, Pà ¤Ãƒ ¤bos team reported the mapping of the complete genome sequencing of the tooth. Denisovans, like modern humans today, apparently share a common ancestor with Neanderthals  but had a completely different population history. While Neanderthal DNA is present in all populations outside of Africa, Denisovan DNA is only found in modern populations from China, island Southeast Asia, and Oceania. According to the DNA analysis, the families of present-day human and Denisovans split apart about 800,000 years ago  and then reconnected some 80,000 years ago. Denisovans share the most alleles with Han populations in southern China, with Dai in northern China, and with Melanesians, Australian aborigines, and southeast Asian islanders. The Denisovan individuals found in Siberia carried genetic data that matches that of modern humans and is associated with dark skin, brown hair and brown eyes. Tibetans, Denisovan DNA, and Xiahe Looking through the entire Jiangla River Valley at the upper reach of the valley. Biashiya Karst Cave is at the end of the valley. Dongju Zhang, Lanzhou University A DNA study published by population geneticist Emilia Huerta-Sanchez and colleagues in the journal  Nature  focused on the genetic structure of people who live on the Tibetan Plateau at 4,000 meters above sea level  and discovered that Denisovans may have contributed to the Tibetan ability to live at high altitudes. The gene EPAS1 is a mutation which reduces the amount of hemoglobin in blood required for people to sustain and thrive at high altitudes with low oxygen. People who live at lower altitudes adapt to low-oxygen levels at high altitudes by increasing the amount of hemoglobin in their systems, which in turn increases the risk of cardiac events. But Tibetans are able to live at higher elevations without increased hemoglobin levels. The scholars sought for donor populations for EPAS1 and found an exact match in Denisovan DNA. Denisova Cave is only about 2,300 feet above sea level; the Tibetan Plateau averages 16,400 ft asl. A team led by paleontologist Jean-Jacques Hublin (Chen 2019) searched through archived Tibetan paleontological remains and identified a mandible which had been discovered in Baishiya Karst Cave, Xiahe, Gansu province, China in 1980. The Xiahe mandible is 160,000 years old and it represents the earliest known hominin fossil found on the Tibetan Plateau—the caves elevation is 10,700 ft asl. Although no DNA remained in the Xiahe mandible itself, there was extant proteome in the dentine of the teeth—albeit highly degraded, it was still clearly distinguishable from contaminating modern proteins. A proteome is the set of all expressed proteins in a cell, tissue, or organism; and the observed state of a particular single amino acid polymorphisms within the Xiahe proteome helped establish the identification of the Xiahe as Denisovan. The scholars believe that this human adaptation to extraordinary environments may have been facilitated by gene flow from Denisovans who had adapt ed to the climate first. Now that researchers have an indication of what Denisovan jaw morphology looks like, it will be easier to identify possible Denisovan candidates. Chen et al. also suggested two more East Asian bones which fit the morphology and time frame of Xiahe cave, Penghu 1 and Xuijiayo. Family Tree When anatomically modern humans left Africa about 60,000 years ago, the regions they arrived in were already populated: by Neanderthals, earlier Homo species, Denisovans and possibly Homo floresiensis. To some degree, the AMH interbred with these other hominids. The most current research indicates that all of the hominid species are descended from the same ancestor, a hominin in Africa; but the exact origins, dating, and spread of hominids throughout the world was a complex process that needs much more research to identify. Research studies led by Mondal et al. (2019) and Jacobs et al. (2019) have established that modern populations containing admixtures of Denisovan DNA are found throughout Asia and Oceania, and it is becoming clear that interbreeding between anatomically modern humans and Denisovans and Neanderthals occurred several times over the course of our history on planet earth. Selected Sources à rnason, Úlfur. The Out of Africa Hypothesis and the Ancestry of Recent Humans: Cherchez La Femme (Et Lhomme). Gene 585.1 (2016): 9–12. Print.Bae, Christopher J., Katerina Douka, and Michael D. Petraglia. On the Origin of Modern Humans: Asian Perspectives. Science 358.6368 (2017). Print.Chen, Fahu, et al. A Late Middle Pleistocene Denisovan Mandible from the Tibetan Plateau. Nature  (2019). Print.Douka, Katerina, et al. Age Estimates for Hominin Fossils and the Onset of the Upper Palaeolithic at Denisova Cave. Nature 565.7741 (2019): 640–44. Print.Garrels, J. I. Proteome. Encyclopedia of Genetics. Eds. Brenner, Sydney and Jefferey H. Miller. New York: Academic Press, 2001. 1575–78. PrintHuerta-Sanchez, Emilia, et al. Altitude Adaptation in Tibetans Caused by Introgression of Denisovan-Like DNA. Nature 512.7513 (2014): 194–97. Print.Jacobs, Guy S., et al. Multiple Deeply Divergent Denisovan Ancestries in Papuans. Cell 177.4 (2019): 1010–21.e3 2. Print.Mondal, Mayukh, Jaume Bertranpetit, and Oscar Lao. Approximate Bayesian Computation with Deep Learning Supports a Third Archaic Introgression in Asia and Oceania. Nature Communications 10.1 (2019): 246. Print.Slon, Viviane, et al. The Genome of the Offspring of a Neanderthal Mother and a Denisovan Father. Nature 561.7721 (2018): 113–16. Print.Slon, Viviane, et al. A Fourth Denisovan Individual. Science Advances 3.7 (2017): e1700186. Print.