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Reclast Side Effect:Blood pressure is not just influenced by physiological factors like varying heart rates and the muscular tone of blood vessels. Genetic susceptibility may also influence a person’s blood pressure. Just as in diabetes research, determining which specific genes are responsi­ble for blood pressure and their relative contribution to hypertension has been very difficult. Researchers do not expect that a mutation in a single gene is responsible for hypertension. Most likely, the in­terplay of many genes promotes hypertension. Environment and lifestyle can also contribute to hypertension through a complex gene-environment interaction. One example of this type of inter­action is excessive salt (sodium) intake and retention.

Excess salt intake can lead to hypertension. However, each person responds to salt differently. At the extremes, some people are very sensitive to salt, whereas some are insensitive. These differences suggest that salt sensitivity has a genetic component. The renin-angiotensin system evolved to combat dehy­dration by retaining sodium and maintaining blood pressure when the body loses sodium. In this system alone, it is possible that many genes could be altered in a way that promotes hypertension.

Research on genes underlying hypertension is still in its infancy and will require many more studies to identify the specific genes responsible. Future research may also yield new medications to reduce hypertension. Because hypertension plays such an impor­tant role in kidney disease, these new medications may give physi­cians better tools to prevent kidney failure.

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Obesity contributes to hypertension as well as kidney damage induced by other diseases discussed in this chapter. Kidney dis­eases themselves are associated with increased blood pressure by a variety of mechanisms. Obese people often take in an excessive amount of salt, which can lead to hypertension. The high pressure on the glomerulus can slowly degrade its filtering capacity and pre­cipitate reactions similar to those that occur in diabetes-induced kidney failure. In addition, accumulating fat can contribute to hy­pertension. Considering that obesity, hypertension, and diabetes often accompany one another, it is hard to know which problem came first. However, obesity is often the primary cause of hyper­tension and diabetes.

We know that hypertension slowly destroys the kidneys’ ability to filter the blood, but how does hypertension lead to kidney fail­ure? With prolonged hypertension, the excess pressure can injure small blood vessels in the kidney and can destroy the filtering abil­ity of the glomerulus, leading to kidney failure. Using the hose metaphor, if you attach cheesecloth tightly over the end of the hose, water will flow through the cheesecloth without harming it. But if you pinch the hose, increasing the flow pressure, the cheesecloth will begin to degrade and eventually rupture.

Glomerular diseases are a complex set of disorders and are the third leading cause of kidney failure in the United States, accounting for 5 percent of cases. Glomerular disease often results in inflamma­tion of the glomerulus, which can eventually cause the formation of scar tissue. As a result, protein leaks into the urine instead of being absorbed back into circulation. Like diabetes and hypertension, glomerular diseases slowly destroy the filtering ability of the glom­erulus. Excess pressure on the sensitive glomerulus can lead to kidney failure. The three main causes of glomerular diseases are autoim­mune diseases, hereditary nephritis, and infections.

The bodys immune system provides the first line of defense against infections by generating antibodies and immunoglobulins. However, there are times when antibodies and immunoglobulins cause harm to the body which can lead to a number of medical problems. One of these complications is the deposit of antibodies in the glomeruli, causing inflammation.

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Lupus erythematosus, another autoimmune disease, primarily involves inflammation of the skin and joints. This disease affects more women than men. When lupus erythematosus attacks the kidney, autoantibodies form or are deposited in the glomeruli and cause scarring. Drugs that suppress the immune system are gener­ally used to treat the inflammation in the kidney.

One inherited form of glomerular diseases is Alport syndrome. Alport syndrome not only affects the kidney but may also impair vision and hearing. More men have difficulty with this disease than women, experiencing a decline in kidney function in their twenties and reaching total kidney failure by age 40.

Glomerular diseases are also caused by infections in other parts of the body. Similar to what happens in autoimmune diseases, the high number of antibodies produced to combat these infections can deposit in the kidneys and reduce kidney function. Although infections usually do not cause permanent damage, people with chronic infectious diseases like HIV/AIDS and hepatitis C have a risk of developing chronic kidney failure.

Focal segmental glomerulosclerosis is another glomerular dis­ease that disproportionately affects African Americans. It results in scarring of the glomerulus or clustering of glomeruli in a spe­cific segment of the kidney. Focal segmental glomerulosclerosis can be difficult to diagnose and treat. Biopsies to search for scar­ring in kidney tissue are the best means of a diagnosis. (A biopsy is a procedure in which a small amount of tissue is removed from the body for investigation and testing.) Flowever, if the biopsy sample is from an unaffected area of the kidney, scarring will not be evident. Thus, repeated biopsies in different segments of the kidney are needed to confirm a diagnosis of focal segmental glomerulosclerosis.

Our use of the term or terms Reclast Side Effect is for descriptive purposes only. There is no relationship between the owners of this website and the maker of the product discussed in this post. Our use of the words Recall, Class Action Lawsuit and other similar words related to an event do not necessarily mean that this event has occurred. Refer to the website of the United States Food and Drug Administration for information on drug or medical device recalls. If a Class Action Lawsuit is formed in relation to the product discussed in this post we will provide that information at the time the Class Action is formed. A Class Action Lawsuit is not required to exist for you to file a lawsuit if you have been injured by the product discussed in this post.
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Reclast Side Effect: Diabetes can create many complications affecting almost every part of the body. In addition to kidney failure, diabetes can lead to heart and blood vessel disease, strokes, blindness, limb amputa­tions, and nerve damage. Babies born to women with uncontrolled diabetes can have birth defects. This is all a big price to pay for a disease that is preventable in most cases by maintaining a normal weight. Medical researchers are working hard to identify the hcr- monal and environmental causes of increasing rates of obesity, and to develop treatments and programs to conquer the obesity epi­demic.

Type 2 diabetes has a poorly understood genetic component. Research is under way to determine which genes are involved and to what extent they play a role in the development of the disease. Having answers to these questions will help doctors identify who is most susceptible to diabetes and locate potential targets for treatment.

Type 2 diabetes runs in families. However, the genetic basis of the mutations that lead to diabetes varies among family members. Thus, a number of different genes may be responsible for an in­creased susceptibility to Type 2 diabetes. Although researchers have studied so-called polygenetic diseases for more than twenty years, they have learned that finding the genes that contribute the most to a disease is quite difficult. Type 2 diabetes is no exception, especially considering the importance of environment and lifestyle in the disease. This does not mean that scientific research has yielded no new information about the genetic contribution to diabetes. Quite the contrary! Researchers have made a good start in identifying the genes involved.

Recently, three international genetic studies examined the genes involved in insulin secretion from pancreatic cells as well as how insulin acts on cells in the body. These studies found at least ten genetic variants in diabetic populations, each one of which contrib­utes small amounts to the predisposition for the disease. It is not known whether any of these variants suggest a novel approach to treating Type 2 diabetes. More extensive research is required.

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Understanding the relationship between obesity and Type 2 diabetes is critical. The key to this relationship arc the cells in the body and, interestingly, in die brain. Over the past decade, research­ers have learned a great deal about the variety of substances that control appetite, including hormones.

Hormones act on receptors to exert their functions. One of these functions is appetite. Receptors are specialized entities on surfaces of cell membranes that act specifically for only one hormone, simi­larly structured hormones, or synthetic compounds. Think of the hormone-receptor interaction as a key and a lock. Only one key (or keys very similar to it) will unlock the door so the hormone will respond appropriately.

One such hormone, called leptin, regulates appetite through an interaction with a receptor. Researchers have found that when blood leptin levels are high, we eat less, and when they are low, we eat more. When we eat, leptin levels increase. The ability of this hormone to tell us when we are full depends on its action on cer­tain receptors, however. If these receptors do not respond appro­priately to leptin. a person can eat more food despite being full, and obesity can result. Obese people often have higher leptin lev­els, which correlate with insulin resistance. The receptors may re­spond less to a given amount of leptin, and the body then secretes more of it. Exactly how changes in leptin levels, other proteins, and even inflammatory responses cause or relate to insulin resistance and diabetes is not known. However, the study of leptin levels is a promising area for future diabetes research.

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It turns out that the brain has insulin receptors that can become resistant to insulin, just as insulin receptors in peripheral tissues can. In fact, the biochemical pathways that mediate the actions of insulin appear to be similar in both the brain and peripheral tissues. Like peripheral tissues, the brain receptors become more resistant to in’ sulin with excess food consumption. Thus, the brain’s control of food intake is impaired, resulting in obesity. The brain responds to leptin in the same way as tissues do elsewhere in the body. How obe­sity can lead to Type 2 diabetes is a multifaceted process.

So, how does all this add up? When we eat, food is partially converted into glucose to feed the body’s cells and to provide the energy they need to operate. To transport glucose into the cells, the pancreas secretes insulin, thereby regulating our blood levels of glucose. If we eat too much food over a long period, the cells, in­cluding those in the brain, become resistant to the constant bom­bardment of too much insulin. In addition, the release of leptin to control our food intake no longer controls our appetite, and we develop resistance to leptin. Finally, when insulin production is insufficient to move glucose into cells, glucose rises to dangerous levels in the blood and can result in Type 2 diabetes.

We have seen that there are many physiological mechanisms that can lead to obesity and diabetes. Genetic defects, too, can contribute to the ultimate expression of Type 2 diabetes. When these genes have been identified, it is likely that medications can be developed that will target the expression of these genes, poten­tially controlling excessive food intake.

Our use of the term or terms Reclast Side Effect is for descriptive purposes only. There is no relationship between the owners of this website and the maker of the product discussed in this post. Our use of the words Recall, Class Action Lawsuit and other similar words related to an event do not necessarily mean that this event has occurred. Refer to the website of the United States Food and Drug Administration for information on drug or medical device recalls. If a Class Action Lawsuit is formed in relation to the product discussed in this post we will provide that information at the time the Class Action is formed. A Class Action Lawsuit is not required to exist for you to file a lawsuit if you have been injured by the product discussed in this post.
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Reclast Side Effects: Numerous health problems can lead to kidney failure. The four main causes are diabetes, hypertension, glo­merular diseases, and polycystic kidney disease (PKD). Genetics plays a role in most causes of kidney failure, and kidney failure may result from a specific defect inherited from one or both parents. PKD is primarily an inherited kidney disease.

Genetics is not the whole story, however. Lifestyle and other en­vironmental factors may also be significant influences. This chapter begins with a primer on the genetic and environmental factors con­tributing to kidney failure. Knowledge of these factors will help you understand how you might slow the progression of your disease.

For all organs of the body, our genes issue the instructions (or blueprints) to make proteins while we are in the womb. For organs to develop correctly, certain processes must happen in an exact way. It starts when a sperm fertilizes the egg. The cells in the resulting embryo, possessing two copies of each gene, one from each parent, begin to divide. As the embryo grows, copies of genes inherited from each parent must be reproduced identically in each new cell, so that all the cells in the developing fetus (and eventually in the person’s body) will have the same set of genetic blueprints. During a person’s lifetime, many of the cells in the body will die and be re­placed with new ones. These new cells generally also contain the same blueprints.

Although rare, mistakes can occur when genes are copied. Called mutations, these mistakes can cause the organs to work improperly. If a house’s blueprints are wrong, a door might be located in the wrong place or the lighting system might fail because of incorrect wiring. In people, gene mistakes are passed along to their children and can cause them to inherit a disease. For example, mutations in genes that make or control kidneys can malfunction, leading to disease.

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Behavioral and environmental factors can also contribute to the ex­pression or progression of a disease. In the case of kidney failure, an improper diet and lack of exercise or other lifestyle factors can con­tribute greatly to a person’s medical status. We do not deliberately set out to make ourselves ill. However, with the stresses of our cul­ture and everyday life, it can be easy to neglect our own health. Be­tween work, family, and social obligations, we are so busy that we may have little time to cat properly or to get adequate exercise. Over time, our health can begin to fail without our even knowing it.

When people don’t eat right and don’t exercise, they are more likely to be overweight or obese. Obesity has reached epidemic pro­portions in the United States and in other developed countries. According to a rccent study, 66.3 percent of Americans arc over­weight, obese, or morbidly obese.1 African Americans and Hispanic Americans have a higher prevalence of obesity than non-Hispanic whites. Moreover, women across all races are more obese than men. Obesity increases with age, leveling off by age 60 or declining thereafter.

Obesity may lead to other health complications—including kid­ney failure—because obesity makes people more likely to develop diabetes and hypertension. Excess weight can also cause coronary heart disease, high cholesterol levels, and stroke, which can lead to death. References to the symptoms of kidney disorders by the ancient Greeks suggest that we have known about kidney failure for thou­sands of years. We weren’t able to analyze kidneys and other organs until the nineteenth century however. In 1827, the English physi­cian Richard Bright first described the symptoms of kidney failure.

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In the twenty-first century kidney failure is still incurable, but it can be prevented and treated. With dialysis and transplantation, people with kidney failure can continue to have productive lives. Nevertheless, failing kidneys take a very high medical, emotional, and financial toll. There is no cure for kidney failure, but knowing its causes can help prevent, delay, or prepare for it.

Approximately one-half million peo­ple in the United States are living with kidney failure. In most cases, diabetes and hypertension are the causes. Both are prevent­able. Glomerular disorders, which can have both environmental and genetic origins, are another cause of kidney failure. There are also inherited causes of kidney failure, like PKD. If a person inherits mutated genes, the disease will develop, al­though the progression of the disease varies among families and individuals. This chapter presents a brief overview of each of these four leading causes of kidney failure.

Diabetes (also known as diabetes mellitus) is the leading cause of kidney failure in the United States and accounts for 38 percent of cases. Because of rising obesity rates, diabetes rates are increasing, even among children. As many as 20.6 million people have diabe­tes. As people age, they become more susceptible to diabetes. About one-half of all people with diabetes are over 60 years old. Across the population, slightly more men than women have diabetes, and it disproportionately affects Native Americans, non-Hispanic African Americans, and Hispanic Americans. Understanding the underlying causes of diabetes is es­sential for learning how to prevent and treat it.

Our use of the term or terms Reclast Side Effects is for descriptive purposes only. There is no relationship between the owners of this website and the maker of the product discussed in this post. Our use of the words Recall, Class Action Lawsuit and other similar words related to an event do not necessarily mean that this event has occurred. Refer to the website of the United States Food and Drug Administration for information on drug or medical device recalls. If a Class Action Lawsuit is formed in relation to the product discussed in this post we will provide that information at the time the Class Action is formed. A Class Action Lawsuit is not required to exist for you to file a lawsuit if you have been injured by the product discussed in this post.
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Reclast Side Effects:Having choices gives you control. One of the worst aspects of having a chronic disease is feeling helpless and not knowing what to do. Control can seem like merely telling people what to do. However, it is not that simple. Being in control comes from having knowledge of your condition and being able to articulate your views and pose questions to your doctors and others from a calm, in­formed perspective. Getting to the point of feeling in control can take time. Keeping an open mind to the possibilities of recovery can help you maintain a positive attitude toward your disease.

Once our kidneys fail, we have only two treatment choices: di­alysis (either peritoneal dialysis or hemodialysis) or transplanta­tion. A major issue for people with kidney failure is deciding which form of treatment is best. Often we will just accept what our doc­tors tell us without thinking much about how the treatment will change our lives. I was surprised at how little doctors knew about the day-to-day aspects of living with the treatments they prescribed. For me, it was important to make up my own mind and feel that I had control over what happened to me. I found that feeling in con­trol (or even having the illusion of control) was the most helpful factor in facing kidney failure. Feeling in control may help you with your chronic illness.

In addition, researchers have discovered numerous ways, in­cluding using medications and following nutritional guidelines, either to prevent your kidneys from failing or to reduce the rate of their deterioration. Even if your kidneys eventually fail, there are approaches to making your life easier and more productive.

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The kidney is an exceptionally sophisticated and efficient purification system that cleanses the blood of unwanted byproducts produced by the body. (These byproducts are called metabolites.) Although we have two kidneys, we need only one kidney to live. In fact, people can lose most of their kidney func­tion without becoming ill.

Most organs in the body control only one function. The heart pumps blood, and the stomach digests food. But kidneys not only filter blood, they also regulate a number of other body functions:

  • Balancing the amount of water and salts (called electrolytes) retained by the body
    • Controlling blood pressure
    • Maintaining the proper balance of acidity in the blood
  • Regulating the production of red blood cells (called erythro­cytes) that carry oxygen to the various organs of the body
    • Controlling the level of phosphate in the blood
    • Activating vitamin D

The kidneys function to keep conditions in the body within a nor­mal range, known as homeostasis. All of these functions can be af­fected when kidneys fail. Humans are not the only animals with kidneys. All vertebrates (ani­mals that have a spine) have kidneys. The earliest vertebrates lived in water. Because fish take a lot of water into their bodies, they need a mechanism to eliminate excess amounts. Saltwater fish also re­quire a means to eliminate excess salt that they absorb. If saltwater fish could not expel excess water and salt from their bodies, they would blow up like a balloon and eventually explode. Kidneys may have evolved in animals to regulate water and salt balance.

Kidneys in vertebrates like us also eliminate waste products. Waste products are produced when we digest proteins (like those found in meat, fish, or dairy products). Carbohydrates (sugars and starches) are eventually broken down (metabolized) into water and carbon dioxide. However, when glucose (or sugar) exceeds a cer­tain level in the blood, the kidney begins eliminating the excess. When a persons body expels sugar in the urine, it can be a sign that the person has diabetes.

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Kidneys are the body’s simple filtration system. A simple system for filtering liquids removes particles that are greater than a cer­tain size, whether they be coffee grounds or microbes. Filters usu­ally have four parts: (l) a reservoir into which the liquid passes, like a funnel; (2) the filter itself, like porous paper, membranes, or cheesecloth; (3) the funnel stem, like a hose or straw; and (4) acollcction receptacle, like a bottle or jar. We use filters every day when we percolate coffee or purify tap water. Most filtration sys­tems use paper or activated charcoal as filters. Kidneys are a bit more complicated, but their filtration system works in a similar way.

The kidney is bean-shaped, approximately the size of an adult’s fist, and weighs about half a pound. The blood passes through the filtration apparatus, called the nephron. Each kidney contains about one million nephrons. Nephrons are composed of the glom­erulus, the tubular system, and the collecting duct.

Our use of the term or terms Reclast Side Effects is for descriptive purposes only. There is no relationship between the owners of this website and the maker of the product discussed in this post. Our use of the words Recall, Class Action Lawsuit and other similar words related to an event do not necessarily mean that this event has occurred. Refer to the website of the United States Food and Drug Administration for information on drug or medical device recalls. If a Class Action Lawsuit is formed in relation to the product discussed in this post we will provide that information at the time the Class Action is formed. A Class Action Lawsuit is not required to exist for you to file a lawsuit if you have been injured by the product discussed in this post.
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