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Primary aldosteronism, also termed Conn syndrome. This increased secretion is caused by an abnormality within the gland. Primary hyperaldosteronism accounts for less than one percent of all cases of hypertension. Hyperaldosteronism can be caused by a tumor (usually a noncancerous adenoma) in the adrenal gland (a condition called Conn’s syndrome). The adrenal glands are orange-colored endocrine glands that are located on the top of both kidneys. The adrenal glands are triangular shaped and measure about one-half inch in height and three inches in length. Sometimes hyperaldosteronism is a response to certain diseases, such as very high blood pressure (hypertension). High aldosterone levels can lead to low potassium levels. Low potassium levels often produce no symptoms but may lead to weakness, tingling, muscle spasms, and periods of temporary paralysis. PH occurs worldwide. This appears particularly true of the IAH variant of the disease. It is more common in females than males.

Hyperaldosteronism can occur at any age, but most commonly when a person is in their 30s and 40s. Secondary hyperaldosteronism is generally related to hypertension (high blood pressure). It is also related to disorders such as cardiac failure, cirrhosis of the liver, and nephrotic (kidney) syndrome. In these disorders, various mechanisms from the individual disease cause the level of the hormone to be elevated. A renin producing tumour leads to increased aldosterone, as the body’s aldosterone production is normally regulated b
y renin levels. A neonatal idiopathic form of hyperaldosteronism has been described that presents with functional gastrointestinal tract symptoms associated with hypokalemia and hypertension. Constipation, muscle weakness (sometimes to the point of periodic paralysis), excessive urination, excessive thirst, headache, and personality changes are also possible symptoms. Some patients will show no obvious symptoms. There are several causes for this condition, including primary adrenal insufficiency, congenital adrenal hyperplasia, and medications.

Primary hyperaldosteronism resulting from an adenoma (tumor) is usually treated surgically. Medications used to treat hyperaldosteronism are the diuretic (“water pill”) spironolactone (Aldactone; Aldactazide) or eplerenone (Inspra), which blocks aldosterone action. Medical therapy is also a viable treatment option in patients who have lateralizable disease. It is also a viable treatment option in the rare setting of bilateral functional adrenal adenomas that would otherwise require bilateral adrenalectomy. GRA is treated with small doses of glucocorticosteroids (ie, hydrocortisone, prednisone). At optimal doses, glucocorticosteroids normalize aldosterone and blood pressure. Various antihypertensives may be added to achieve adequate blood pressure control. Spironolactone can usually control the symptoms, and drugs for high blood pressure are readily available. Blood pressure elevation needs to be controlled and monitored by frequent blood pressure measurements.

Hyperparathyroidism is excessive production of parathyroid hormone by the parathyroid glands. Hyperparathyroidism is overactivity of the parathyroid glands resulting in excess production of parathyroid hormone (PTH). This hormone helps maintain the proper levels of calcium and phosphorus in your body. Primary hyperparathyroidism is one of the most common causes of hypercalcemia and should be considered in any individual with an elevated calcium level. The incidence of this disease is approximately 25-28 cases/100,000 people per year. In women 60 years and older, two out of 1,000 will develop hyperparathyroidism each year. Syndromes to be considered include type I and type II multiple endocrine neoplasia (MEN) or less commonly familial hypocalciuric hypercalcemia and hyperparathyroidism-jaw tumor syndrome. Secondary hyperparathyroidism occurs when the parathyroid glands become hyperplastic after long-term hyperstimulation and release of PTH.

Hyperparathyroidism is rare in children. The symptoms frequently come on slowly and are usually subtle, such as a feeling of weakness or fatigue, or aches and pains. The most common symptoms of excess calcium in the bloodstream are loss of appetite, thirst, frequent urination, lethargy, fatigue, muscle weakness, joint pains, and constipation. More severe symptoms may include nausea and vomiting, abdominal pain, memory loss, and depression. Osteoporosis associated with hyperparathyroidism is caused by the high parathyroid hormone that is
secreted by the overactive parathyroid gland(s). This excess parathyroid hormone (PTH) acts directly on the bones to remove calcium from the bones. HPT is most often suspected when a high level of calcium is found in your blood on a routine blood test. Treatment depends upon the severity and cause of the condition. Secondary hyperparathyroidism is treated by giving calcium and vitamin D alone or together, depending on the underlying disorder.

Hypercalcemia is mild in most asymptomatic patients with hyperparathyroidism and may be controlled with gentle hydration with normal saline. Surgery to remove the tumor or removal of excess parathyroid tissue resulting from hyperplasia is necessary for severely high calcium levels. Surgery is also recommended for patients less than 50 years of age. Calcimimetics are a new class of drug that turnss. The drugoff secretion of PTH. Medication cinacalcet (Sensipar) has been approved to treat secondary hyperparathyroidism in people with kidney disease and parathyroid cancer. In clinical trials, it also appeared to effectively treat primary hyperparathyroidism. Estrogen therapy in postmenopausal women has been shown to cause a small reduction in serum calcium and increases in BMD. Chronic kidney failure is the most common disease causing secondary hyperparathyroidism. Vitamin D treatment can lose its effectiveness in some people, and excessively high levels of both calcium and phosphorus may occur. Getting the proper amount of calcium diet.

Hyperpituitarism, also called acromegaly and gigantism. Hyperpituitarism is the excessive production of growth hormone, which continues to be produced well. Hypersecretion of pituitary hormones secondary to macroadenomas can interfere with other pituitary hormone functions, resulting in target organ hormone deficiencies. Acromegaly occurs after epiphyseal closure, causing bone thickening and transverse growth and visceromegaly. This form of hyperpituitarism occurs equally among men and women, usually between the ages of 30 and 50. In most patients, the source of excessive growth hormone (GH) or human growth hormone secretion is a GH-producing adenoma of the anterior pituitary gland, usually macroadenoma (eosinophilic or mixed-cell). Since pituitary tumors (usually benign) are the most common cause of this condition, other areas controlled by the pituitary are often affected, such as Prolactin and thyroid hormones.

Hyperpituitarism causes are hyperplasias and carcinomas of the adenohypophysis, secretion by non-pituitary tumours and certain hypothalamic disorders and carcinoid tumors. Prolonged effects of excessive GH secretion include arthritis, carpal tunnel syndrome, osteoporosis, kyphosis, hypertension, arteriosclerosis, heart enlargement, and heart failure. Acromegaly develops slowly. In many people, the changes are so slow that they are not noticed for years. Observation reveals an enlarged jaw, thickened tongue, enlarged and weakened hands, coarsened facial features, oily or leathery skin, and a prominent supraorbital ridge. Gigantism develops abruptly, producing some of the same skeletal abnormalities seen in acromegaly. Gigantism affects infants and children, causing them to grow to as much as three times the normal height for their age. As they may eventually reach a height of more than 8′ (2.4 m).

Hypogonadism, leading to pube
rtal arrest, pubertal failure, or pubertal delay. Inspection reveals a highly arched palate, muscular hypotonia, slanting eyes, and exophthalmos. Nonfunctioning pituitary adenomas are rare in children, accounting for only 3-6% of all adenomas in 2 large series, while they comprise 30% of adenomas. Treatment can consist of pituitary microsurgery to remove tumor; pituitary radiation if surgery fails; gamma knife radiation treatment (a special type of focused radiation); bromocriptine (helps decrease growth hormone in some patients); octreotide (partially shrinks pituitary tumors). Adjunctive treatment may include bromocriptine, which inhibits GH synthesis, and octreotide acetate, a long-acting analogue of somatostatin that suppresses GH secretion in at least two-thirds of patients with acromegaly. Medical therapy for Cushing disease is adjunctive only. The goal is to inhibit the enzymes responsible for cortisol synthesis with adrenal enzyme inhibitors, such as metyrapone.

Treatment for Hyperpituitarism Tips

1. Treatment can consist of pituitary microsurgery to remove tumor.

2. Adjunctive treatment may include bromocriptine, which inhibits GH synthesis, and octreotide acetate, a long-acting analogue of somatostatin that suppresses GH secretion in at least two-thirds of patients with acromegaly.

3. GRA is treated with small doses of glucocorticosteroids (ie, hydrocortisone, prednisone).

4. Dietary sodium restriction and administration of medication may control the symptoms without surgery.

5. ACE inhibitors and angiotensin receptor blockers (ARBs) are also potential treatment options.

6. A low-salt diet, though helpful in achieving blood pressure control in this condition.

7. Blood pressure elevation needs to be controlled and monitored by frequent blood pressure measurements

Active Life: 14-16 days
Drug Class: Anabolic/Androgenic Steroid (injectable)
Average Dose: Men 300-800 mg/week…..Women 50-100 mg/week
Acne: Yes, in higher dosages or sensitive individuals
Water Retention: Yes, but less than testosterone
High Blood Pressure: Dose depandant
Liver Toxic: No
Aromatization: Low, converts to less active norestrogens
DHT Conversion: No, converts to NOR-DHT with low activity
Decrease HPTA function: Yes, extreme
Other Info: Highly anabolic/moderate androgenic effects

Deca-Durabolin is a brand name of Organon Company, the manufacturer of the drug containing the substance nandrolone decanoate. Although nandrolone decanoate is still contained in many generic compounds, almost every athlete connects this substance with Deca–Durabolin. Most common are the administrations of 5 0 mg/ml and 100 mg/ml. Deca-Durabolin is the most widespread and most commonly used injectable steroid.

Deca’s large popularity can be attributed to its numerous possible applications and, for its mostly positive results. Deca-Durabolin causes the muscle cell to store more nitrogen than it releases so that a positive nitrogen balance is achieved. A positive nitrogen balance is synonymous with muscle growth since the muscle cell, in this phase, assimilates (accumulates) a larger amount of pro-tein than usual.

The same manufacturer, however, points out on the package insert that a positive nitrogen balance and the protein building effect that accompany it will occur only if enough calories and proteins are supplied. One should know this since, otherwise, satisfying results with Deca cannot be obtained. The highly anabolic effect of Deca-Durabolin is linked to a moderately androgenic component, so that a good gain in muscle mass and strength is obtained. At the same time, most athletes notice considerable water retention which, no doubt, is not as distinct as that with injectable testosterones but which in high doses can also cause a smooth and watery appearance. Since Deca also stores more water in the connective tissues, it can temporarily case or even cure existing pain in joints. This is especially good for those athletes who complain about pain in the shoulder, elbow, and knee; they can often enjoy pain-free workouts during treatment with Deca-Durabolin.

Athletes use Deca, depending on their needs, for muscle buildup and in preparation for a competition. Deca is suitable, even above average, to develop muscle mass since it promotes the protein synthesis and simultaneously leads to water retention. The optimal dose for this purpose lies between 200 and 600 mg/week. Scientific research has shown that best results can be obtained by the intake of 2- mg/pound body weight. Those who take a dose of less than 200 mg/week will usually feel only a very light anabolic effect which, however, increases with a higher dosage. Most male athletes experience good re-sults by taking 400 mg/week. Steroid novices usually need only 200 mg/week. Deca works very well for muscle buildup when combined with Dianabol and Testosterone. The famous Dianabol/ Deca stack results in a a fast and strong gain in muscle mass. Most athletes usually take 15-40 mg Dianabol/day and 200-400 mg Deca/week. Even faster results can be achieved with 400 mg Deca/week and 500 mg 5ustanon 250/week. Athletes report an enormous gain in strength and muscle mass when taking 400 mg Deca/week, 500 mg Sustanon 250/week, and 30 mg Dianabol/day.

Deca is a good basic steroid which, for muscle buildup, can be combined with many other steroids. A conversion into estrogen, that means an aromatizing process, is possible with Deca-Durabolin but occurs at a lower rate than ex: testosterone. During competitions with doping tests Deca must not be taken since the metabo-lites in the body can be proven in a urine analysis up to 18 months late
r. The risk of potential water retention and aromatizing to estrogen can be successfully prevented by combining the use of Proviron with Nolvadex. A preparatory stack often observed in competing athletes includes 400 mg/week Deca-Durabolin, 50 mg/day Winstrol, 228 mg/week Parabolan, and 25 mg/day Oxandrolone.

Although the side effects with Deca are relatively low with dosages of 400 mg/week, androgenic-caused side effects can occur. Most problems manifest themselves in high blood pressure and a pro-longed time for blood clotting, which can cause frequent nasal bleed-ing and prolonged bleeding of cuts, as well as increased production of the sebaceous gland and occasional acne. Some athletes also report headaches and sexual overstimulation. When very high dos-ages are taken over a prolonged period, spermatogenesis can be inhibited in men, i.e. the testes produce less testosterone. The reason is that Deca-Durabolin, like almost all steroids, inhibits the release of gonadotropins from the hypophysis. Women with a dosage of up to 100 mg/week usually experience no major problems with Deca. At higher dosages androgenic-caused virilization symptoms can occur, including deep voice (irreversible), increased growth of body hair, acne, increased libido, and possibly clitorihypertrophy. Women who experience disturbance even at a weekly dose of only 50 mg/week of Deca-Durabolin, are often better off taking the earlier mentioned and faster-acting Durabolin.

Unlike the long-acting Deca, when Durabolin is administered once or twice weekly in a dosage of 50 mg, no concentration of undesired amounts of androgens occur. Since most female athletes get on well with Deca-Durabolin a dose of Deca 50 mg +/week is usually combined with Oxandrolone 10 mg +/day Both compounds, when taken in a low dosage, are only slightly androgenic so that masculinizing side effects only rarely occur. Deca, through its increased protein synthesis, also leads to a net muscle gain and Oxandrolone, based on the increased phosphocreatine synthesis, leads to a measurable strength gain with very low water retention. Other variations of administration used by female athletes are Deca and Winstrol tablets, as well as Deca and Primobolan S-tablets.

A great disadvantage of Deca-Durabolin is its high price. In the U.S. a 50 mg ampule costs approx. $10 – 12. Deca-Durabolin in strengths of 200 mg/2 ml ampules; usually cost around $30 per ampule. Because of its great popularity and the high demand that goes along with it, there are many fakes of Deca-Durabolin

Trade Names:

Anaboline 50 mg/ml; Adelco GR
Androlone-D 200 (o.c.) 200 mg/ml; Keene U.S.
Deca-Durabolin 25 mg/ml; Bender A; Donmed South Africa; Organon G, B, CH, D
Deca-Durabolin 50 mg/ml; Organon G, B, CH, DK, ES, FR, GB,U.S, GR, 1, ML, P
Deca-Durabolin ’100′ 100 mg/ml; Organon NL
Deca-Durabolin 100 mg/ml; Organon GB, GR, Fl, Canada, U.S., Steris U.S.
Deca-Durabolin 200 mg/ml; Steris U.S.
Deca-Durabol 25, 50, 100 mg/ml; Organon S
Elpihormo 50 mg/ml; Chemica GR
Extraboline 50, ml; Genepharm GR
Hybolin Decanoate 50, 100 mg/Ml; Hyrex U.S.
Jebolan 50 mg/ml; Etem TK
Nandrolone Dec. 50, 100, 200 mg/nil; Steris U.S.
Nandrol. Dec. (o.c.) 100 mg/ml; Lyphomed Us, Quad U.S.
Nandrobolic L.A. (o.c.) 100 mg/ml; Forest U.S.
Neo-Durabolic (o.c.) 100, 200 mg/ml; Hauck U.S.
Nurezan 50 mg/ml; RafarmGR
Retabolil 25 mg/ml; Gedeon Richter U,BG
Retabolil 50 mg/ml; Gedeon Richter HU,BG
Retabolin 50 mg/ml; Medexport Russia
Sterobolin (o.c.) 50 mg/ml; Orion FL
Turinabol Depot (o.c.) 50 mg/ml; Jenapharm G
Turinabol Depot 50 mg/ml; Jenapharm BG, CZ
Ziremilon 50 mg/ml; Demo GR
Veterinary: Anabolicum 25 mg/ml; 10 ml/50 ml Bela-Pharm G
Nandrolone 300 mg/ml; Ttokkyo Labs
Norandren 50 50 mg/ml; 10 ml/50 MI. Brovel Mexico

A car accident, sometimes called Road Traffic Accidents or RTA, are incidents where in cars and other possible objects collide in open traffic. Sometimes traffic collisions may also refer to an automobile striking a human or animal or even another vehicle. According to the World Health Organization, motor vehicle accidents kill an estimated 1.2 million people worldwide each year, and injure about forty times this number. People may not notice this, but the road is far more dangerous than being on air or at sea. Accidents may occur at any place and at any time to any one, even on the most unsuspecting moment.

Imagine getting involved in one of these car accidents. In every incident there may be several parties included but there is only one bottom line, every one gets to have damages done on their part. It can be small, large, physical, emotional, material, but still, there would be damages. Let us say you were the fortunate one who had the least injuries and damages. You may have minimal, if none, physical pain and discomfort. But the damages these accidents have brought extend far more than just that. The psychological effects that a car accident brings to a person varies from just experiencing mild depression to a more severe kind of trauma.

As we all know, depression is a state of mind caused by several factors, including prolonged stress at work or at home, separation from an important person, or loss of a loved one. Negative thoughts and events can influence a person’s state of mind, and can make or break their health as well.

Depression bought by traffic collisions or car accidents can bring a state of intense sadness. It can be a major depressive disorder that a person may have melancholies or despair that has advanced to a point of being disruptive to that person’s daily activities and social functioning. Flash backs of the event that has transpired will cause feelings of sadness and increase the person’s depression. Such a disaster like this would take away the person’s self control and could cause excessive emotional upheaval. A traumatic event like a car accident can give out more distress for one person than for another, and that alone could change a person’s life.

Recovering from depression can be affected by a traumatic event, in this case a car accident. The more difficult and stressful the ordeal on the accident is, the more depressed a person becomes. For example, if a family member is in a coma for several days from a car accident, it would prolong the state of depression of his/her other relatives as well. Car accidents do happen everyday, and it may happen to anyone you know. Keeping safety first, fastening seat belts, and having extra precautions on the surroundings, these little things would help in preventing such accidents on the road. As far as we know, depression often goes along with sadness, and by preventing accidents, one may also help in preventing the feelings of depression.

Active Life: Varies by injection method
Drug Class: Growth Hormone/IGF-1 Precursor (for injection)
Average Dose: Men 2-6 i.u. total daily
Acne: No
Water Retention: Rare
High Blood Pressure: Rare
Liver Toxic: No
Aromatization: No
Comments: High Anabolic/No Androgenic effects

“Wow, is this great stuff. It is the best drug for permanent muscle gains. This is the only drug that can remedy bad genetics, as it will make anybody grow. GH use is the biggest gamble that an athlete can take, as the side effects are irreversible. Even with all that, we LOVE the stuff.” (Daniel Duchaine, Underground Steroid Handbook, 1982.)

As with no other doping drug, growth hormones are still surrounded by an aura of mystery. Some call it a wonder drug which causes gigantic strength and muscle gains in the shortest time. Others con-sider it completely useless in improving sports performance and ar-gue that it only promotes the growth process in children with an early stunting of growth. Some are of the opinion that growth hor-mones in adults cause severe bone deformities in the form of over-growth of the lower jaw and extremities. And, generally speaking, which growth hormones should one take -the human form, the synthetically manufactured version, recombined or genetically pro-duced form- and in which dosage? All this controversy about growth hormones is so complex that the reader must have some basic information in order to understand them.

The growth hor-mone is a polypeptide hormone consisting of 191 amino acids. In humans it is produced in the hypophysis and released if there are the right stimuli (e.g. training, sleep, stress, low blood sugar level). It is now important to understand that the freed HGH (human growth hormone) itself has no direct effect but only stimulates the liver to produce and release insulin-like growth factors and so-matomedins. These growth factors are then the ones that cause various effects on the body The problem, however, is that the liver is only capable of producing a limited amount of these substances so that the effect is limited. If growth hormones are injected they only stimulate the liver to produce and release these substances and thus, as already mentioned, have no direct effect.

During the mid 1980′s only the human, biologically-active form was available as exogenous sour-cc of intake. It was obtained from the hypophysis of dead corpses, an expensive and costly procedure. In 1985 the intake of human growth hormones was linked with the very rare Creutzfeld-Jakob disease, an invariably fatal brain disease characterized by progressive dementia. In response, manufacturers removed this version from the market. Today, human growth hor-mones are no longer available for injection. Fortunately, science has not been asleep and has developed the synthetic growth hormone which is genetically produced either from Escherichia coli (E coli) or from the transformed mouse cell line. It has been available in nu-merous countries for years (see list with Trade Names . The use of these STH somatotropic hormone compounds offers the athlete three performanceenhancing effects. STH (somatotropic hormone) has a strong anabolic effect and causes an increased pro-tein synthesis which manifests itself in a muscular hypertrophy (enlargement of muscle cells) and in a muscular hyperplasia (in-crease of muscle cells.) The latter is very interesting since this in-crease cannot be obtained by the intake of steroids. This is probably also the reason why STH is called the strongest anabolic hormone.

The second effect of STH is its pronounced influence on the burning of fat. It turns more body fat into energy, leading to a drastic reduc-tion in fat or allowing the athlete to increase his caloric intake. Third, and often overlooked, is the fact that STH strengthens the connective tissue, tendons, and cartilages, which could be one of the main reasons for the significant increase in strength experienced by many athletes. Several bodybuilders and powerlifters report that through the simultaneous intake with steroids STH protects the athlete from injuries while increasing his strength. You will say that this sounds just wonderful. What is the problem, however, since there are still some who argue that STH offers nothing to athletes? There are, by all means, several athletes who have tried STH and who were sadly disappointed by its results. However, as with many things in life, there is a logical explanation or perhaps even more than one:

Amyotrophic lateral sclerosis (ALS) also called Lou Gehrig’s disease. Amyotrophic lateral sclerosis is a classic motor neuron disease. ALS is caused by a genetic defect. ALS is progressive and fatal. The usual causes of death of patients with motor neuron diseases are not directly related to the disease, but result from simultaneous additional illnesses which ultimately occur because of weakness of the body. These illnesses are often infections. Approximately 30,000 Americans currently have the disease. Genetic factors are thought to play a role; about 10 percent of cases are clearly genetic, with a family history. There are 3 types of ALS: classic sporadic, familial, and the Mariana Island forms. Classic ALS accounts for 90-95% of ALS patients in the U.S. The infrequent familial form is genetic, or inherited and tends to affect somewhat younger individuals (average 47 years of age). Most people with ALS die of respiratory failure, usually within three to five years after symptoms begin. Sometimes, people with amyotrophic lateral sclerosis develop pneumonia because they can’t swallow and they inhale (aspirate) food and oral secretions into their lungs.

Generalized weakness and muscle wasting with cramps and muscle twitches common. ALS usually leaves intellect intact and spares the senses of sight, hearing, smell, taste and touch. It doesn’t affect involuntary muscles, such as the muscles that control heartbeat and bladder and bowel function. Although the disease usually does not impair a person’s mind or intelligence, several recent studies suggest that some An estimated 5,000 people in the United States are diagnosed with amyotrophic lateral sclerosis each year. This disorder occurs in 4 to 8 per 100,000 individuals. Symptoms of lower motor neuron degeneration include muscle weakness and atrophy, muscle cramps, and fleeting twitches of muscles that can be seen under the skin (fasciculations). The treatment of ALS is also directed toward suppressing the immune inflammation felt to play a role in
the degeneration of the nervous system of these patients. Muscle cramps are common for patients with lower motor neuron involvement, while patients with upper motor neuron dysfunction can have clonus or painful extensor spasms.

ALS does not affect a person’s mental abilities or senses. ALS patients who have difficulty speaking may benefit from working with a speech therapist. Supportive therapies play a crucial role in the care of patients with ALS. Physical therapy, rehabilitation, use of braces or a wheelchair, or other orthopedic measures may be needed to maximize muscle function and general health. Choking is common. Patients may need a tube placed into their stomach for feeding (gastrostomy). Medications also may be prescribed to relieve pain (if any), depression, anxiety, sleep problems, and constipation. Medications such as baclofen (Lioresal) and tizanidine (Zanaflex) may be used to relieve severe spasticity. Physical therapy and special equipment can enhance patients’ independence and safety throughout the course of ALS. Gentle, low-impact aerobic exercise such as walking, swimming, and stationary bicycling can strengthen unaffected muscles, improve cardiovascular health, and help patients fight fatigue and depression. Regular exercise and a physical therapy program can strengthen muscles and reduce spasticity. This helps maintain movements for as long as possible.

Treatment for Amyotrophic Lateral Sclerosis Tips

1. Physical therapy and special equipment can enhance patients’ independence and safety throughout the course of ALS.

2. Insulin-like growth factor 1 has also been studied as treatment for ALS.

3. Drugs drug riluzole (Rilutek) also are available to help individuals with pain, depression, sleep disturbances, and constipation. Individuals with ALS.

4. Choking is Patients may need a tube placed into their stomach for feeding (gastrostomy).

5. This supportive care is best treatment for Amyotrophic Lateral Sclerosis.

Active Life: 64 hours
Drug Class: Leutenizing Hormone (LH) – Gonadotropin
Average Dose: debatable
Acne: Yes
Water Retention: Yes
High Blood Pressure: Yes
Liver Toxic: No
Aromatization: No, but it will raise testosterone levels and increased aromatization may occur.

HCG, is not an anabolic/an-drogenic steroid but a natural protein hormone which develops in the placenta of a pregnant woman. HCG is manufac-tured from the urine of pregnant women since it is excreted in un-changed form from the blood via the woman’s urine, passing through the kidneys. The commercially available HCG is sold as a dry substance and can be used both in men and women. in women injectable HCG allows for ovulation since it influences the last stages of the development of the ovum, thus stimulating ovulation. In a man HCG stimulates pro-duction of androgenic hormones (testosterone). For this reason athletes use injectable HCG to increase the testosterone produc-tion. HCG is often used in combination with anabolic/androgenic steroids during or after treatment.

Since the body usually needs a certain amount of time to get its testoster-one production going again, the athlete, after discontinuing ste-roid compounds, experiences a difficult transition phase which often goes hand in hand with a considerable loss in both strength and muscle mass. Administering HCG directly after steroid treat-ment helps to reduce this condition because HCG increases the testosterone production in the testes very quickly and reliably. In the event of testicular atrophy caused by mega doses and very long periods of usage, HCG also helps to quickly bring the testes back to their original condition (size). Since occasional injections of HCG during steroid intake can avoid a testicular atrophy, many athletes use HCG for two to three weeks in the middle of their steroid treatment. It is often observed that during this time the athlete makes his best progress with respect to gains in both strength and muscle mass. Those who are on the juice all year round, who might suffer psychological consequences or who would perhaps risk the breakup of a relationship because of this should consider this drawback when taking HCG in regular in-tervals. A reduced libido and spermatogenesis due to steroids, in most cases, can be successfully cured by treatment with HCG.

Most athletes, however, use HCG at the end of a treatment in order to avoid a “crash,” that is, to achieve the best possible transition into “natural training.” A precondition, however, is that the steroid intake or dosage be reduced slowly and evenly before taking HCG. Although HCG causes a quick and significant increase of the endogenic plasma- testosterone level, unfortunately it is not a perfect remedy to prevent the loss of strength and mass at the end of a steroid treatment. Although HCG does stimulate endogenous testosterone production, it does not help in re-estab-lishing the normal hypothalamic/pituitary testicular axis. The hypothalamus and pituitary are still in a refractory state after prolonged steroid usage, and remain this way while HCG is being used, because the endogenous testosterone produced as a-result of the exogenous HCG represses the endogenous LH production. Once the HCG is discontinued, the athlete must still go through a re-adjustment period. This is merely delayed by the HCG use.” For this reason experienced athletes often take Clomid and Clenbuterol followin
g HCG intake or they immediately begin an-other steroid treatment. Some take HCG merely to get off the “steroids” for at least two to three weeks.

HCG package insert states clearly that HCG “has no known effect of fat mobilization, appetite or sense of hunger, or body fat distribution.” It further states, “HCG has not been demonstrated to be effective adjunctive therapy in the treatment of obesity, it does not increase fat losses beyond that resulting from caloric restriction. 6000 I.U. of HCG in a single injection resulted in elevated testosterone levels for six days after the injection. At a dosage of 1500 I.U. the pharmatestosterone level increases by 250-300% (2.5-3fold) com-pared to the initial value. The athlete should inject one HCG ampule every 5 days. Since the testosterone level remains considerably elevated for several days, it is unnecessary to inject HCG more than once every 5 days. The effective dosage for ath-letes is usually 2000-5000 I.U. per injection and should-as al-ready mentioned-be injected every 5 days. HCG should only be taken for a few weeks. If HCG is taken by male athletes over many weeks and in high dosages, it is possible that the testes will respond poorly to a later HCG intake and a release of the body’s own LH. This could result in a permanent inadequate gonadal function.

HCG can in part cause side effects similar to those of injectable testosterone. A higher testosterone production also goes hand in hand with an elevated estrogen level which could result in gynecomastia. This could manifest itself in a temporary growth of breasts or reinforce already existing breast growth in men. Farsighted athletes thus combine HCG with an antiestrogen. Male athletes also report more frequent erections and an increased sexual desire. In high doses it can cause acne vulgaris and the storing of minerals and water. The last point must especially be observed since the water retention which is possible through the use of HCG could give the muscle system a puffy and watery appearance. Athletes who have already increased their endogenous test-osterone level by taking Clomid and intend subsequently to take HCG could experience considerable water retention and distinct feminization symptoms (gynecomastia, tendency toward fat de-posits on the hips). This is due to the fact that high testosterone leads to a high conversion rate to estrogens. In very young ath-letes HCG, like anabolic steroids, can cause an early stunting of growth since it prematurely closes the epiphysial growth plates. Mood swings and high blood pressure can also be attributed to the intake of HCG.

HCG’s form of administration is also unusual. The substance choriongonadotropin is a white powdery freeze-dried substance which is usually used as a compress. Each package, for each HCG ampule, includes another ampule with an injection solution containing isotonic sodium chloride. This liq-uid, after both ampules have been opened in a sterile manner, is injected into the HCG ampule and mixed with the dried substance. The solution is then ready for use and should be injected intra-muscularly. If only part of the substance is injected the residual solution should be stored in the refrigerator. It is not necessary to store the unmixed HCG in the refrigerator; however, it should be kept out of light and below a temperature of 25* C. HCG is a relatively expensive compound. It costs approx. $36 -45 for 3 ampules of 5000 I.U

Anemia comes from Greek, literally meaning “without blood.” This is a pretty good description. Although people suffering from anemia have the same volume of liquid pumping around their bodies as non-anemic people, the thing that makes blood what it is is lacking: hemoglobin. Hemoglobin is the protein contained in red-blood cells that gives blood its color and, more importantly, helps transports oxygen around the body. The cause of anemia could be any number of mineral deficiencies, and the treatment of anemia is usually targeted at replacing these.

One of the most commonly occurring forms of anemia is iron-deficiency anemia. The best anemia treatment for this is, predictably, to take more iron. In fact, anemia symptoms will probably clear up very quickly after taking iron supplements. So that’s it, right?

Well, to be honest, yes – but there are a number of other things that need to be kept in mind to make sure anemia treatment with iron is effective and safe.

Iron-Deficiency Anemia Treatment

Anemia treatment usually includes a change of diet for most people to more fruits, green vegetables, lean meat, beans, blackstrap molasses and whole-grain products. Dried fruit like figs, apricots and prunes as well as seaweed and yams are also g
ood in maintaining good levels of iron in the body. Whereas iron supplements can be used in the direct treatment of anemia, a good diet can often help prevent the condition.

Guidelines for taking Iron Supplements

Vitamin C is known to aid iron absorption, so taking this vitamin along with iron increases the effectiveness of anemia treatment. In addition, avoid tea or coffee, milk, soy and eggs as these inhibit the effective absorption of iron into the body.

Take care to never exceed the dosage of iron given on the supplement bottle, or recommended to you by your physician. There have been instances in anemia treatment where iron supplements have caused some side-effects, such as heartburn, constipation and tummy upsets. These are rare, but in case you notice any problems while undergoing anemia treatment, cease taking iron and make sure your doctor knows about it straightaway. A few more tips for anemia treatment using iron:

1 .It helps if you start with smaller dosages of iron and increase it slowly so your system gets used to it.

2 .Anemia treatment with supplements means you should up the fiber intake in your diet and make sure you take the supplements with food.

3 .Try and avoid taking supplements for the treatment of anemia at night in case it brings on problems.

4 .If you encounter any problems, inform your doctor immediately

To ensure the best treatment it is vital to know exactly the symptoms of scabies and to identify them  in order to prevent the infestation in community. Under the  outer layer of the skin the mite lays eggs in the burrows or tunnels. Its presence causes the inflammation of the skin with pimple irritations, rash, itch known as scabies. The mites are very small they can be seen only on microscope. Scabies is produced by some tiny mites, it is very contagious and transmitted by close contact as skin to skin.

Scabies infects only humans and can survive only for 1-4 days out of the human body, pets do not get infested with scabies.

Extreme itching is known as the obvious symptom of scabies, it is very intense during the night. The skin becomes red and blistered and the itchy is an allergic reaction ot the mites and their waste. Symptoms appear in few days in people who had scabies previously, but appear in 2-6 weeks in people who hadn’t the disease previously. The eggs may be spread during the scratching or may extend the infection to nails and fingers.

 Other affected areas are: abdomen, genitalia, buttocks, nipples, wrist, elbows, armpits, between the toes and fingers. Do not delay in presenting to the doctor, because scabies is highly contagious and it may take a while to get rid of it, its symptoms may
be disturbing(for example causing insomnia, discomfort, restlessness). Often it may be confused with other skin infestations such as : eczema, impetigo especially in young children.

The contamination with scabies is by close contact as skin to skin or by shaking hands and during the sexual contact, clothing, bedding. Although scabies mites can survive only for 2-4 days out of the human body one may spread scabies until all the mites and eggs are killed by the treatment. Not following the treatment as soon you dicovered you are infested with scabies means that you are a source of infection that spreads scabies mites all around.

The infected person should wash its clothes and bedding in hot water and ironed, this way all the mites and its eggs are killed, the washing up and ironing should be done all the time to prevent scabies and other possible infestations or  contagious skin diseases. The family of the infected person and other close contacts should be treated. The treatment should be applied at the same time to all persons in order to prevent re-infestation.

So, those are the basic information that you should know about scabies and its treatment. For more information you can visit some sites on the internet network which provide complete information regarding  the scabies matter.    

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