50 tabs each 20 mcg Clenbuterol hydrochloride

Reported Characteristics Active-Life: Up to 68 hours Drug Class: Beta-2-symphatonimetic, thermalgenic/anticatabolic (Oral) Average Reported Dosage: Men 100-140 mcg per day Women 80-100 mcg per day Acne: None Water Retention: None High Blood Pressure: Some reported high blood pressure Aromatization: None Liver Toxic: Unknown Strong Anti-Catabolic/Thermalgenic

Clenbuterol is a very interesting and remarkable compound. It is not a steroid hormone but a beta-2- symphatomimetic. Clenbuterol, above all, has a strong anticatabolic effect, which means it decreases the rate at which protein is reduced in the muscle cell, consequently causing an enlargement of muscle cells. For this reason, numerous athletes use Clenbuterol after steroid treatment to balance the resulting catabolic phase and thus obtain maximum strength and muscle mass.

A further aspect of Clenbuterol is its distinct fat-burning effect. Clenbuterol burns fat without dieting because it increases the body temperature slightly, forcing the body to burn fat for this process. Due to the higher body temperature Clenbuterol magnifies the effect of anabolic/androgenic steroids taken simultaneously, since the protein processing is increased.

Athletes usually take 5-7 tablets, 100-140 mcg per day For women 80-100 mcg//day are usually sufficient, It is important that the athlete begin by taking only one tablet on the first day and then increasing the dosage by one tablet each of the following days until the desired maximum dosage is reached. The compound is usually taken over a period of 8-10 weeks. Since Clenbuterol is not a hormone compound it has no side effects typical of anabolic steroids. For this reason it is also liked by women.

Possible side effects of Clenbuterol include restlessness, palpitations, tremor (involuntary trembling of fingers), headache, increased per-spiration, insomnia, possible muscle spasms, increased blood pressure, and nausea. Note that these side effects are of a temporary nature and usually subside after 8-10 days.

Medical Abstract

Effects of clenbuterol on skeletal muscle mass, body composition, and recovery from surgical stress in senescent rats.

Aging decreases skeletal muscle mass and strength, which may be exacerbated by age-related diseases. There is a need for therapeutic agents to prevent or restore loss of skeletal muscle in elderly subjects with muscle wasting disorders. Clenbuterol, a beta 2-adrenergic agonist, dramatically increases skeletal muscle mass in young animals and partially prevents or restores muscle loss in experimental models of muscle wasting. However, the protein anabolic and fat catabolic effects of clenbuterol have not been studied in senescent animals. To determine whether this drug has potential for preventing or repairing muscle loss in elderly subjects, we have examined its effects in young and old rats. Clenbuterol was administered by implanted osmotic minipumps to Fischer-344 rats ages 3, 12, and 23 months, at a dose of 1.5 mg/kg/24 h for 3 weeks. The weights of five hindlimb muscles and carcass protein and fat content were determined. Clenbuterol treatment increased the weight of skeletal muscles 22% to 39% in 3-month-old rats, 19% to 35% in 12-month-old rats, and 22% to 25% in 23-month-old animals. Likewise, clenbuterol increased carcass protein content 19% in 3-month-old rats, 16% in 12-month-old rats, and 24% in 23-month-old animals. Conversely, the drug reduced carcass fat content 36% in 3-month-old rats, 32% in 12-month-old rats, and 38% in 23-month-old rats. Therefore, clenbuterol had similar anabolic and catabolic effects in all age groups. In addition, clenbuterol stimulated recovery of skeletal muscle protein lost following pump implantation in senescent rats.