Sexuality at Different Life Stages
December 15, 2008
Sex is the one biological process that is completely necessary for the perpetuation of humankind. We, as a race, can eat well, sleep well, drink well, and even love well, but without the capacity to reproduce we cannot continue beyond a single generation. Yet the reproductive component of sex sometimes takes a backseat to more complicated subjects such as intimacy, love, and sexual gratification when considering sex across different stages of life. Indeed, John Barrymore (n.d.), the great profile, once quipped, “Sex: the thing that takes up the least amount of time and causes the most amount of trouble” (p. 2). However emotionally and psychologically complicated sexual intercourse might be, sex still maintains a prominent and even necessary position in human lives from adolescences, through disabilities, and into the later years.
Enzymes, which are proteins, are produced by all living organisms. These proteins consist of amino acids but what makes them different is how they behave in our body. (Felice) Enzymes are catalysts that make biochemical reactions take place within our bodies take place quickly and efficiently. These reactions would otherwise happen very slowly and or not occur at all. (SYMBIOSIS p59)
Hybrid Embryo Research: Scientific Breakthrough or Are We Playing God?
In his article “Move Over, Oil, There’s Money In Texas Wind,” Clifford Krauss writes about the growing popularity of wind turbines in Texas. It is an alternative source of energy, and many Texans are turning oil fields into wind farms. If the rate of wind turbines as a use of electrical generation keeps growing, wind power can become the main source of electricity in Texas and eventually the United States. Some drawbacks to wind power and turbines are that they are more expensive than fossil fuels, and on the hottest days, when it is need it the most, it is rarely windy. These turbines are increasing in size, and they are getting deadlier to bats and birds as the size of their blades increase. Despite the drawbacks to wind turbines, they are more environmentally friendly, and wind is also a renewable resource. Wind power is not only confined to Texas. Iowa, Minnesota, Colorado and Oregon have also started using wind turbines as a source of power. Long Island is also on the same track. Other countries have also caught on to wind power, such as Germany and Spain.
I’m going to talk about is the rainforest. The rainforest is a very humid and wet biome. With a estimated rainfall of 50-260in a year, most of it comes from its own evaporation from its trees. The average temperature year around is 77 degrees Fahrenheit Rainforests at one covered 14% of the world but do to deforestation and the lack to replant the trees it has been depleted to 6%. Not just the trees are being cut down experts say we are losing close to 140 plant, animal and insect species every day. Removing one plant in this fragile ecosystem could seriously harm it all, most of the plants and animals are dependent on a certain plant. The rainforest is home to many animals and plants. Its home to more then half of the worlds plants and trees and animals. There are rainforest located in Brazil, Congo (Democratic Republic), Peru, Indonesia, Colombia, Papua New Guinea, Venezuela, Bolivia, Mexico and Suriname. There are four layers to the rainforest the emergent layer, canopy, understory, and the floor.
Desalination is the process of removing salt from water making it suitable for drinking. Distillation, electro dialysis, freezing and reverse osmosis are all methods of desalination. (“Water, desalination of, 2006) In the distillation method, saltwater is heated and the water evaporates leaving the salt behind. Due to fuel cost of turning water into vapor other distillation methods were developed. The multi-stage flash distillation method is conducted by either applying a vacuum to reduce the boiling temperature or exposing a thin film of water to high heat causing flash evaporation. Plants using this method account for 85% of all desalinated water in the world. (“Multi-stage flash distillation”, 2010) In electro dialysis salt is dissolved in water splitting up the salt into ions. The ions are then filtered by membranes and allow desalinated water to be tapped. This process uses a great amount of energy and is impractical. The most promising approach is the reverse osmosis process, which applies pressure to saltwater to force it through a special membrane that only allows pure water to pass.
Ever since the beginning of time, humans have tried to adapt to their environment. Controlling nature is an almost impossible task to perform, so humans began relying on technology to achieve their goals. Technology can maintain the well-being of humans, but at the same time, have negative side effects. Humans who created technology may end up being controlled by it. Sandra Steingraber, an ecologist, discusses the negative effects of petrochemicals on humans in her essay, “War”. Her essay also discusses how the period of war led to the country having a war mindset. Gregory Stock, a scientist who researches the potential of genetics, discusses the use of germinal choice technology to better the future generations, in his essay, “The Enhanced, and the Unenhanced”. Stock also mentions that GCT is inevitable and that we must prepare for it. David Abram, an anthropologist, discusses the role of magicians and how they are important for connecting humans with their surroundings. Abrams idea of a magician is not the same as the one understood in Western culture, in which the magician performs tricks and illusions. He says that a magician plays an important role in the ecological function by connecting the human world and the “more-than-human” world that we live in. Abram’s essay, “The Ecology of Magic”, focuses on the definition of magic and that every living, and non-living, thing in the world is a form that can experience interactions with other forms. These three authors seem to talk about totally different topics, but they share one point. An over dependence on technology has lead to a negative impact on the relationship between humans and the environment.
Kudler Fine Foods is a fast growing company established in 1998 and their Initial store selected Microsoft Access as the database to track inventory, sales, orders, employees, and customers. Kudler’s products are perishable and inventory must be properly tracked. This paper will evaluate database tables from accounting perspective, and provide recommendations for improvement. Pivot Table and Entity Relationship diagram will help Kudler’s to build better decision-making process.
First let me define “designer babies”. The Oxford English Dictionary defines this as “a baby whose genetic makeup has been artificially selected by genetic engineering combined with in vitro fertilization to ensure the presence or absence of particular genes or characteristics” (Soanes, C., and A. Stevenson). The research has been going on for a long time. It started back in 1976 when the first successful genetic manipulation took place on mice, in efforts to produce more accurate disease models and test subjects (web.mit.edu). At the present time it is illegal to create “designer babies” so it’s not something we will be dealing with tomorrow. Let me get back to what a “designer baby” means but in layman’s terms. It means you can choose what kind of features your child has before they are born. This is because of genetic screening. A good thing about genetic screening is that it has made it possible to eliminate genes associated with several genetic defects and terminal illnesses, but it has also made it possible (in the future, not now) for parents and doctors to genetically screen embryos to be able to give that child characteristics of their choosing. How would “designer babies” be made? This question is answered in the beginning of this paragraph, but to put it in simpler terms, an embryo is created by in vitro fertilization, a single cell is removed from that embryo, the cell is genetically tested, and then the parents decide whether to implant the embryo in the mother’s womb or dispose of it (www.bionetonline.org).
Solar cells today are mostly made of silicon, one of the most common elements on Earth. The crystalline silicon solar cell was one of the first types to be developed and it is still the most common type in use today. They do not pollute the atmosphere and they leave behind no harmful waste products.