Anabolic SteroidsEssay Preview: Anabolic SteroidsReport this essayThe numbers are staggering; in the United States 1 to 3 million people currently use or have used anabolic steroids. These dangerous drugs are not only a controversial issue in Olympic and professional sports, but recent reports show that adolescent teens use these drugs. The image of the lean and muscular “alpha male” has been a huge factor in provoking steroid use among non-athletes. Steroids were used as early as World War II by German troops to raise their aggression level in battle. Anabolic steroids are synthetic androgens (male sex hormones) that promote the growth of skeletal muscle. Using performance comes with endless list of severe side effects. Although anabolic steroids provide easy path to “get ripped quickly”, they leave users dealing with many dangerous and potentially life-threatening side effects.
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Anabolic SteroidsEssay Preview: Anabolic SteroidsReport this essayWith nearly 50 years of professional and commercial experience as a professional athlete, I am fully aware of all these benefits/side effects related to steroid use. I’m on high alert for one thing: I believe it all begins with steroids. It takes only 1,000 dosages to be in and out of steroids and the rest to be used safely by our athletes. I would like to share my experience and personal experiences in this essay. You know I try to keep a close eye on everything I write. I have over 300 athletes that I take personal or recreational steroids with me to train. Even my athletes are doing great. There are many individuals who use steroids, in fact, most. I have never seen anyone, except myself, turn over or leave the field. Every athlete that I know is doing great. They are doing it because they love our sport. Athletes I meet or hear of use steroids as part of their training process. They have never had an injury, their training was amazing. They are not doing steroids for fun or play. Every athlete makes a decision they made as they train. Whether or not they are using drugs to promote athletic performance. Whether or not they are taking steroids to improve performance by training, they are doing enough to help others in their life through their sport and their community. I hope these examples will help others through the process. I also know that many people are not aware of the harmful effects steroid use can have on their body in the immediate aftermath of injury. I don’t know a single person or organization that believes that I want to prevent athletes from using illegal substances. Although it may be hard on anyone to take care of your body in the event of a problem, and a lot of athletes do, I still think some of them have some skills to learn. It’s not as if steroids (and other harmful substances) are the only things you learn. If you are doing those things to protect yourself and yourself physically, you are hurting yourself. I believe that your personal experience with steroids really shows you what it takes to be positive in life. I don’t want to give you details on where I first started using to protect yourself from getting ripped off. I don’t want to tell you exactly how I began. This essay is not intended to be an advice, just to help others or give some insight that may improve their confidence or their athletic performance if something happens within the next few weeks or months that could impact it. I promise I will not be trying to tell you all the details but it takes courage, determination, and time. It is the most important skill that you learn by doing it! If you are not comfortable or have any other questions, you can reach me by Email or Texting me. My work is always open to feedback. To learn more about my clients, visit www.the.hyperesmart.com/
Categories: Science & Nature | Sports & Fantasy, Social & Economic
1.1. Biomechanics The biomechanics of steroids is largely a laboratory of a higher order. The biochemical mechanism of steroid production is complex because of the complex relationships between the two hormones, which are often linked through a genetic link through many different pathways. For example, human cells release hormones that stimulate the growth process of melanocytes, a natural cell wall that is able to defend our skin and increase the barrier strength of a given tissue and also enhance the immune system of the skin. Another mechanism that is important for steroid production and production is a reduction in the production of the beta-adrenergic receptor that is a common receptor for a variety of diseases; it also assists in the synthesis of various biological agents which have a greater ability to cause injury in the body and to promote healthy immune function. This mechanism is the major mechanism that creates the steroid-induced rise in the number of athletes in the professional and professional athletics population. It is known that many athletes, especially young and healthy men, use anabolic steroids, some of whom use it as part of sports activities. A study by the Academy of Sciences in 2009, which identified the factors contributing to a rise in use of steroid, also found that athletes began experiencing an increased incidence of sports injury as the number of injuries associated with steroid use increased by 2%. The association of steroids with athletic performance is quite remarkable, as athletic performance increases by about 20 per cent following the increase in the number of injuries and injuries attributable to steroid use. However, when considering both athletic fitness and the increased incidence of injuries, the associations between use and injuries are not clear. It is well known that most injuries and injuries from excessive use fall into two distinct categories. First, injuries that are more severe are characterized by higher levels of stress (stress in one’s body or the brain during physical activity) and a lack of sleep time, which are the main elements of injury. Also being a factor is the ability to avoid injuries (hurt in sleep) during sporting events, which are generally more severe than injuries that result in minor injuries. The second category is the most obvious one, which is injuries due to drug (n-butoxy-N-nitro-2-one)) injury in particular. Athletes who have been steroid users or have made the decision to turn professional were more likely to report severe injuries than those who never took anabolic steroids and did not use anabolic steroids or have never participated in an athletic activity. Furthermore steroids are known to interact with estrogen receptors. Thus, the fact that athletes who have been addicted to anabolic steroids and have had a history of steroid use may be due to a decrease in their estrogen-receptor function when they use steroids. Additionally, the fact that athletes who have been given steroids have a decrease in performance and to higher levels of aggression in certain conditions may not necessarily be true of athletic performance. Anabolic steroids are an incredibly cheap, highly accepted and effective treatment for these disorders of physical and neural function, but they still have the problems with chronic use. It really is no wonder so many athletes use a large number of steroids, especially in relation to physical activity (especially during races) and performance (particularly within the professional arena). Finally, athletes who are too dependent on anabolic steroids will not get the results they want from the use of their steroid when athletes in their mid-20s or later are in a different type of physical and psychological condition (not to mention injuries). This is an example of how these problems have become so critical to athletes
Categories: Science & Nature | Sports & Fantasy, Social & Economic
1.1. Biomechanics The biomechanics of steroids is largely a laboratory of a higher order. The biochemical mechanism of steroid production is complex because of the complex relationships between the two hormones, which are often linked through a genetic link through many different pathways. For example, human cells release hormones that stimulate the growth process of melanocytes, a natural cell wall that is able to defend our skin and increase the barrier strength of a given tissue and also enhance the immune system of the skin. Another mechanism that is important for steroid production and production is a reduction in the production of the beta-adrenergic receptor that is a common receptor for a variety of diseases; it also assists in the synthesis of various biological agents which have a greater ability to cause injury in the body and to promote healthy immune function. This mechanism is the major mechanism that creates the steroid-induced rise in the number of athletes in the professional and professional athletics population. It is known that many athletes, especially young and healthy men, use anabolic steroids, some of whom use it as part of sports activities. A study by the Academy of Sciences in 2009, which identified the factors contributing to a rise in use of steroid, also found that athletes began experiencing an increased incidence of sports injury as the number of injuries associated with steroid use increased by 2%. The association of steroids with athletic performance is quite remarkable, as athletic performance increases by about 20 per cent following the increase in the number of injuries and injuries attributable to steroid use. However, when considering both athletic fitness and the increased incidence of injuries, the associations between use and injuries are not clear. It is well known that most injuries and injuries from excessive use fall into two distinct categories. First, injuries that are more severe are characterized by higher levels of stress (stress in one’s body or the brain during physical activity) and a lack of sleep time, which are the main elements of injury. Also being a factor is the ability to avoid injuries (hurt in sleep) during sporting events, which are generally more severe than injuries that result in minor injuries. The second category is the most obvious one, which is injuries due to drug (n-butoxy-N-nitro-2-one)) injury in particular. Athletes who have been steroid users or have made the decision to turn professional were more likely to report severe injuries than those who never took anabolic steroids and did not use anabolic steroids or have never participated in an athletic activity. Furthermore steroids are known to interact with estrogen receptors. Thus, the fact that athletes who have been addicted to anabolic steroids and have had a history of steroid use may be due to a decrease in their estrogen-receptor function when they use steroids. Additionally, the fact that athletes who have been given steroids have a decrease in performance and to higher levels of aggression in certain conditions may not necessarily be true of athletic performance. Anabolic steroids are an incredibly cheap, highly accepted and effective treatment for these disorders of physical and neural function, but they still have the problems with chronic use. It really is no wonder so many athletes use a large number of steroids, especially in relation to physical activity (especially during races) and performance (particularly within the professional arena). Finally, athletes who are too dependent on anabolic steroids will not get the results they want from the use of their steroid when athletes in their mid-20s or later are in a different type of physical and psychological condition (not to mention injuries). This is an example of how these problems have become so critical to athletes
Categories: Science & Nature | Sports & Fantasy, Social & Economic
1.1. Biomechanics The biomechanics of steroids is largely a laboratory of a higher order. The biochemical mechanism of steroid production is complex because of the complex relationships between the two hormones, which are often linked through a genetic link through many different pathways. For example, human cells release hormones that stimulate the growth process of melanocytes, a natural cell wall that is able to defend our skin and increase the barrier strength of a given tissue and also enhance the immune system of the skin. Another mechanism that is important for steroid production and production is a reduction in the production of the beta-adrenergic receptor that is a common receptor for a variety of diseases; it also assists in the synthesis of various biological agents which have a greater ability to cause injury in the body and to promote healthy immune function. This mechanism is the major mechanism that creates the steroid-induced rise in the number of athletes in the professional and professional athletics population. It is known that many athletes, especially young and healthy men, use anabolic steroids, some of whom use it as part of sports activities. A study by the Academy of Sciences in 2009, which identified the factors contributing to a rise in use of steroid, also found that athletes began experiencing an increased incidence of sports injury as the number of injuries associated with steroid use increased by 2%. The association of steroids with athletic performance is quite remarkable, as athletic performance increases by about 20 per cent following the increase in the number of injuries and injuries attributable to steroid use. However, when considering both athletic fitness and the increased incidence of injuries, the associations between use and injuries are not clear. It is well known that most injuries and injuries from excessive use fall into two distinct categories. First, injuries that are more severe are characterized by higher levels of stress (stress in one’s body or the brain during physical activity) and a lack of sleep time, which are the main elements of injury. Also being a factor is the ability to avoid injuries (hurt in sleep) during sporting events, which are generally more severe than injuries that result in minor injuries. The second category is the most obvious one, which is injuries due to drug (n-butoxy-N-nitro-2-one)) injury in particular. Athletes who have been steroid users or have made the decision to turn professional were more likely to report severe injuries than those who never took anabolic steroids and did not use anabolic steroids or have never participated in an athletic activity. Furthermore steroids are known to interact with estrogen receptors. Thus, the fact that athletes who have been addicted to anabolic steroids and have had a history of steroid use may be due to a decrease in their estrogen-receptor function when they use steroids. Additionally, the fact that athletes who have been given steroids have a decrease in performance and to higher levels of aggression in certain conditions may not necessarily be true of athletic performance. Anabolic steroids are an incredibly cheap, highly accepted and effective treatment for these disorders of physical and neural function, but they still have the problems with chronic use. It really is no wonder so many athletes use a large number of steroids, especially in relation to physical activity (especially during races) and performance (particularly within the professional arena). Finally, athletes who are too dependent on anabolic steroids will not get the results they want from the use of their steroid when athletes in their mid-20s or later are in a different type of physical and psychological condition (not to mention injuries). This is an example of how these problems have become so critical to athletes
Categories: Science & Nature | Sports & Fantasy, Social & Economic
1.1. Biomechanics The biomechanics of steroids is largely a laboratory of a higher order. The biochemical mechanism of steroid production is complex because of the complex relationships between the two hormones, which are often linked through a genetic link through many different pathways. For example, human cells release hormones that stimulate the growth process of melanocytes, a natural cell wall that is able to defend our skin and increase the barrier strength of a given tissue and also enhance the immune system of the skin. Another mechanism that is important for steroid production and production is a reduction in the production of the beta-adrenergic receptor that is a common receptor for a variety of diseases; it also assists in the synthesis of various biological agents which have a greater ability to cause injury in the body and to promote healthy immune function. This mechanism is the major mechanism that creates the steroid-induced rise in the number of athletes in the professional and professional athletics population. It is known that many athletes, especially young and healthy men, use anabolic steroids, some of whom use it as part of sports activities. A study by the Academy of Sciences in 2009, which identified the factors contributing to a rise in use of steroid, also found that athletes began experiencing an increased incidence of sports injury as the number of injuries associated with steroid use increased by 2%. The association of steroids with athletic performance is quite remarkable, as athletic performance increases by about 20 per cent following the increase in the number of injuries and injuries attributable to steroid use. However, when considering both athletic fitness and the increased incidence of injuries, the associations between use and injuries are not clear. It is well known that most injuries and injuries from excessive use fall into two distinct categories. First, injuries that are more severe are characterized by higher levels of stress (stress in one’s body or the brain during physical activity) and a lack of sleep time, which are the main elements of injury. Also being a factor is the ability to avoid injuries (hurt in sleep) during sporting events, which are generally more severe than injuries that result in minor injuries. The second category is the most obvious one, which is injuries due to drug (n-butoxy-N-nitro-2-one)) injury in particular. Athletes who have been steroid users or have made the decision to turn professional were more likely to report severe injuries than those who never took anabolic steroids and did not use anabolic steroids or have never participated in an athletic activity. Furthermore steroids are known to interact with estrogen receptors. Thus, the fact that athletes who have been addicted to anabolic steroids and have had a history of steroid use may be due to a decrease in their estrogen-receptor function when they use steroids. Additionally, the fact that athletes who have been given steroids have a decrease in performance and to higher levels of aggression in certain conditions may not necessarily be true of athletic performance. Anabolic steroids are an incredibly cheap, highly accepted and effective treatment for these disorders of physical and neural function, but they still have the problems with chronic use. It really is no wonder so many athletes use a large number of steroids, especially in relation to physical activity (especially during races) and performance (particularly within the professional arena). Finally, athletes who are too dependent on anabolic steroids will not get the results they want from the use of their steroid when athletes in their mid-20s or later are in a different type of physical and psychological condition (not to mention injuries). This is an example of how these problems have become so critical to athletes
Steroid users believe there are many physical and emotional gains that come with taking these drugs. Some state that a great deal users do not research the drug before they take it, which contributes to some of the severe side effects reported. Some users state that there are certain emotional side effects that benefit you from putting on a large gain of muscle. Remy, a steroid user, claims, “you get a general sense of well being because you feel more confident” (Campbell A1). He says on steroids he feels calm instead of aggressive. Another bodybuilding expert named Ryan Ward suggests that if you weight steroids with the effects of other drugs, the “effects [are] much less severe”. In most cases steroids are not as nearly as addictive as street drugs such as “cocaine and heroin or even other behaviors such as smoking and drinking” (Ward). Although users claim that the
MCoy iistress on dangerous side effects is overrated; a recent study on shows otherwise. Lab mice were “exposed to steroid doses for one-fifth of their life time” experienced a slowing down effect and a “premature death” (Anabolic Steroid Abuse). This study gives proper evidence that steroid abuse can lead to serious side effects including premature death. Along with beneficial emotional side effects, steroid fanatics also elaborate on the overwhelming physical gains such as recovery time and athletic performance. Certain steroids can help strengthen the immune system, “making it easier to recover and ward off viral illnesses” (Steroid Truth). This effect can help athletes recover from injury and illness quicker that the average person. Some athletes that use steroids claim it helps “water and electrolyte storage in the muscles, which results in the swelling of the tissue” (Steroid Truth). This benefits the endurance of an athlete by allowing the muscles access to more “fuel” which is a combination of water and certain electrolytes. So why do users juggle theyre few benefits with hundreds of damaging and irreversible side effects? There are other safe supplements “than enhance performance but do not violate the rules of professional or college sports” (Farrey C1). Ask any user why so many severe side effects pop-up from the use of steroids and they will say that its the people taking the drug, not the drug itself. Remy blames it on the people who get severe side effects because they “use steroids continuously instead of cycling of and off of them” (Campbell A1). He also blames it on the “lack of education”; stating that most people dont think twice and do the research before going on their first steroid cycle (Campbell A1). According to Remy anti-doping advocates exaggerate the steroid side effects because they arise them people take them that do know what they are doing. Though even with
MCoy iiithe proper use steroids do carry side effects. Steroids contain synthetic testosterone, which “diffuses across the muscle cell membrane and blinds natural testosterone”
(Ormsby 60). With natural testosterone blinded, the hormones are affected causing physical changes such as testicle shrinkage and breast development in males.
The use of steroids has been linked to many emotional side effects, including depression, which can lead to suicide. One of the main emotional side effects is muscular dysmorphia, which is when one feels that their body is never toned and large enough. Men that are affected by this condition feel “that they look small and weak, even if they are large and muscular” (Anabolic Steroid Abuse). One of the causes of steroid addiction is muscular dysmorphia, because they feel they have to get bigger and bigger to satisfy the public. One cause of muscular dysmorphia is past sexual abuse or just abuse, in which one tries “to increase their muscle size to protect themselves” (Anabolic Steroid Abuse). This allows one feel comfortable because by building a sense of security that shields themselves from past experiences. Depression is the most commonly linked side effect with steroid use. Mostly because of stories on the news about steroid use, and depression that eventually leads to suicide. Especially people who are addicted to steroids “have a high risk of developing depression” (Sharma 89). Depression is considered one of the most dangerous side effects because it can lead to suicide. The symptoms of depression can be increasingly great for teens using the drug because they are “going though puberty and are already at a high risk for developing depression” (Ormsby 60).
Aggression, also know as “roid rage”, is prominent among steroid users. Studies have indicated that “anabolic steroids, particularly in high doses, increase irritability and
MCoy ivaggression” (Anabolic Steroid Abuse). Other steroid abuses have even gone as far as committing “property crimes, such as stealing [and] damaging or destroying others
property” (Anabolic Steroid Abuse). Steroids have not only been linked to emotional side effects but they have also been a known source of prominent and unusual physical changes. Since steroids are synthetic hormones they can cause unusual hormonal changes. The use of steroids has been known to cause “reduced sperm production and [the] shrinking of the testicles”