Abstract
In this article, the writer explains why providing the body with water is extremely important for health maintenance. When not enough water is consumed it causes the body to become dehydrated. The writer relates that dehydration is a reduction of body water and notes that dehydration is caused when too much body water is lost and not enough is consumed. The symptoms of dehydration and methods to avoid the occurrence of dehydration are described as well. The paper further discusses that water provides the body with many functions and is essential to include in an everyday diet. According to the paper, in order to avoid the consequences of dehydration it is exceedingly important to drink fluids and consume foods that contain water regularly.

From the Paper
"Consuming high amounts of vegetables and fruits provide the body with the daily amount of potassium. If the body has a lack electrolytes it can lead to electrolyte imbalance. One may lose high amounts of electrolytes from illness. The body may lose high amount of sodium, chloride, and potassium from sweating, vomiting, or kidney disorders. There can be serious side effects from inadequate amounts is potassium, which consist of muscle cramps, confusion, and irregular heartbeat. Some medications that are used to treat hypertension affect potassium loss. It is necessary to replenish the body with electrolytes when they are lost so there are not extreme consequences. There may also be terrible side effects from consuming high amount of potassium. Supplements that contain high amounts of potassium may cause vomiting. If a large amount of potassium goes into the blood it causes the heart to stop. Providing the body with only the recommended amounts of electrolytes can be crucial to avoid harsh side effects."

Tags:potassium, water, drink, fluids

Abstract
This paper presents the pro's and con's of terminal dehydration, the total withdrawal of food, water and treatment methods from the patient that hastens his death. The author points out that terminal dehydration may prove to be a stressful and excruciating experience for the patient as well as the caregivers because death by terminal dehydration can take as much as 3 to 4 weeks and is crueler than physician-assisted suicide. The author believes that whatever the reasoning we still cannot justify terminal dehydration or any other form of foregoing life as an acceptable clinical practice and stresses the importance of palliative care based on love and a sense of collective responsibility of taking care of the incapacitated elders.

From the Paper
"Since it is within the legitimate rights of the patient to either refuse or accept treatment, terminal dehydration is legally admissible. Hence, there are no real legal conflicts or controversies involved in terminal dehydration. On the other hand, it is a breach of the fundamental rights of the patient and a compromise on his autonomy to coerce him to undergo painful, restrictive and intrusive treatment methods. However, we have to understand that the absence of legal restrictions does not suggest an automatic approval of terminal dehydration as an acceptable clinical practice. In other words, terminal dehydration is not absolved of the ethical and moral controversies which surround other active forms of euthanasia."

Tags:palliative, justification, withdraw, legal, right

Abstract
The paper explains that if we take in less water than we need for normal bodily functions, we can experience dehydration. The paper outlines the symptoms and effects of dehydration and looks at how electrolytes assist with fluid balance. The paper also examines how caffeine and alcohol affect hydration levels in the body and emphasizes that the best way to treat dehydration is to avoid it.

From the Paper
"Water is the variable life source for the body. Excessive loss of water can cause all kinds of negative side effects, or death. Water regulates the bodily processes that sustain our existence. Our bodies require a minimum intak symptoms e of four 8 ounce glasses in order to function. There is a level of variability based on age and activity level, and active person needs two to three times this amount. If we take in less or more water than we need for normal bodily functions, we can experience dehydration (Dehydration, 2007)."

Tags:electrolytes, water, fluid, caffeine, alcohol

Abstract
This paper examines the effects of dehydration by looking at why water is essential to health maintenance, the functions of water in the body and what happens to the body when it does not get the water it needs. It further compares and contrasts how different electrolytes including sodium, potassium and chloride function in the body. In addition, the paper examines the effects of alcohol and caffeine on hydration levels in the body and what steps people can take to ensure they do not become dehydrated.

Outline:
Introduction
Water and the Body
Water's Role
The Body's Shifting Need For Water
Salt and Water for Proper Hydration
Signs of Dehydration
Effects of Alcohol on Body's Hydration
Summary & Conclusion

From the Paper
"As the body ages and particularly in the twenties when there is a decrease in growth hormone production the body's perception of thirst decreases. Growth hormones "regulate water in conjunction with histamine." (Klotter, 2001) Aging of the body results in a lesser awareness of thirst and resulting is a lessening in water consumption and the water content "within cell decreases so that cellular water can be redistributed to the brain and other vital functions" of the body. When the body does not intake enough water the body's neurotransmitter "histamine is activated" which in turn "activates prostaglandins, kinins, and vasopressin, in an effort to redistribute water according to priority." (Klotter, 2001) When the body doesn't receive enough water, resulting can be problems that include damage to the DNA as well as "reduced efficiency of DNA repair system, immune suppression, and irregular protein production in cells, which encourages cancer cell formation." (Klotter, 2001) "

Tags:electrolytes, alcohol, water

Abstract
This paper examines the literature on the effects of dehydration on the health of the human body. Among the topics discussed are: the importance of water to health maintenance, the functions of water in the body, the consequences of dehydration, the role of electrolytes in body function, the effects of alcohol and caffeine on hydration, and the steps that people can take to ensure that they do not become dehydrated.

From the Paper
"Batmanghelidj defines dehydration as an abnormal loss of bodily fluids occurring when the amount of water excreted by the body is greater than the amount of water being taken in by the body. It is important to realize that a loss of bodily fluids occurs throughout the day and is very normal. Water can be lost just through breathing. Sweat cools the body but it also is a water loss. When people eliminate body..."

Tags:dehydration

Abstract
This paper discusses an article in which the author exhorts terminal dehydration as an alternative and legal form of assisting death. The advantages of terminal dehydration over other direct forms of physician-assisted suicide are carefully compared. There is also a discussion of the potential for abuse of euthanasia, especially in view of the ever- increasing and unmanageable costs involved in palliative care.

From the Paper
"The author encourages the medical community to consider terminal dehydration, with the voluntary consent of the patient, as a suitable alternative method. However the author cautions that as with legalizing other forms of euthanasia, integrating terminal dehydration as a clinical practice to alleviate the sufferings of terminally ill patients involves a careful consideration of the patients ability to make the decision and to make sure that it does not become a forced or involuntary decision. The author also points out a further justification that favors terminal dehydration."

Tags:euthanasia, terminal, assisting, suicide

Abstract
In this article, the writer discusses the hydration of elderly patients. Attention is given to problems, programming, and evaluation in this paper. The issue of artificial nutrition and hydration is also presented. The paper offers an in-depth study as to the problems encountered when preventing dehydration of elderly patients and ways to prevent dehydration.

From the Paper
"Growing old in any country, albeit America, Europe or the Far East, is not a cultural or medical factor that can be explained simply on the basis of one's chronological age. To ignore that which afflicts the elderly as simply a result of age evidences disrespect for those who have helped to enrich our very lives. Untreated illness in the elderly prevents the individual from enjoying the quality of life that younger people themselves take for granted. Avoiding care regimens for our elderly population, especially those confined to nursing homes or those who are remiss and unable to fully take care of themselves, is a mark against civility. The elderly who are forced to live a life unprotected and untreated with respect to basic wellness needs leave us an empty legacy."

Tags:elderly, hydration, programming

Abstract
This research paper takes a look at a special type of dehydration known as dessication, where drying takes place in air. The paper is concerned with responses to water stress at a cellular level and is dedicated to exploring the current research being done in explicating the idea of desiccation tolerance in prokaryotes, namely, bacteria and archaea.

From the Paper
"Bacteria are critical to most molecular biology research. If a DNA sample is to be studied or created in large quantities for expression purposes for (for instance) protein synthesis, researchers make use of Escherichia coli. The DNA is inserted into the E. coli chromosomal plasmid. The bacteria are then spotted on a plate that contains nutrients and moisture that allows the bacteria to grow and reproduce. Each spot is then allowed to multiply (almost exponentially) in a medium rich for bacterial growth. This medium is aqueous. It is kept at a temperature of 37 C the ideal temperature for bacterial growth. E. coli then multiplies by the typical bacterial reproductive process of geometric cell division, thus creating large quantities of the DNA to be studied. The point for using, what is called as recombinant DNA techniques, is not only to illustrate that bacteria drive research, but that bacteria thrive under moist conditions at the right (and mild) temperature. The operative terms being moist and mild. As such, E. coli, despite its abundance is not a good candidate for desiccation tolerance and research has shown that this is indeed true."

Tags:anhydrobiosis, organisms, suspended, animation, metabolic, function, sugars, hydrogen, bonds

Abstract
This paper analyzes the effects of water on human health. The author states that not only does water helps with weight loss and prevents headaches, it is essential to staying healthy as water regulates body temperature and removes toxins and wastes. The paper describes the effects of dehydration which in severe cases involve hallucinations and strokes. At the same time, the author also warns of over-hydration and offers some suggestions on how to test drinking water for pollutants and other water-associated diseases.

From the Paper
"The human body is composed of 50-80% water. Blood and muscles contain significant amounts, and approximately 95% of the brain is water. All body systems and organs need water to function properly, and will shut down without it. Most of the chemical reactions that take place in our body need water as their medium. Water is vital to life. We can live without food for a few weeks, but can survive only several days without water. It's essential because unlike other nutrients, water isn't stored in the body. Typically, everyday, we lose around 10 cups of water, just living; urinating, perspiring and breathing."

Tags:dehydration over-hydration thirst, water contaminants, water-borne diseases

Abstract
This paper begins by illustrating the process most commonly used to remove hydrogen sulfide from natural gas. The paper then goes on to describe an alternative method used for the removal of hydrogen sulfide and describes the benefits of this method, as well as some of the problems associated with it. Additionally, the paper points out that the water content of natural gas is an important engineering consideration concerning the sweetening process and presents an overview of the properties of pure acid gases and water and hydrogen sulfide. The paper then goes on to outline and explain additional processes and engineering considerations concerning the removal of hydrogen sulfide and includes some cost estimates and comparisons of the processes.

Properties of H2S and CO2
Vapor / Liquid Properties of Pure Compounds
Vapor / Liquid Phase Behavior
Acid Gas Compression and Dehydration
Metallurgy
Acid Gas Dehydration
Acid Gas Injection Facilities
Cost Comparisons with Small Scale Sulfur Recovery Options
Operating Costs

From the Paper
"Sour natural gas contains hydrogen sulfide (H2S), which has to be removed to meet specifications for sales gas. Sour natural gas also contains carbon dioxide (CO2). The removal of CO2 and H2S, usually called acid gases, from sour natural gas is generally accomplished by means of a regenerative solvent. There are several amine solvents used for this purpose. Upon regeneration of the solvent, the acid gases are liberated, and are usually sent to a modified Claus plant, where the H2S is converted to elemental sulfur (Canjar & Manning 1967). The acid gas stream to the modified Claus plant consists of H2S, CO2, water vapor and minor amounts of hydrocarbon gas."

Tags:hydrocarbon, condensate, gasoline, butane, propane, gas, processing, plants, recovery, liquefiable, constituents