It’s one of the older anabolic steroids on the market today, used since the mid-1960s. Oxandrolone is a synthetic variation of dihydrotestosterone.
Most generally recommended in the treatment of growth disorders, oxandrolone is a Schedule III prescription-only drug that is not recommended for bodybuilding or athletic performance enhancement.
Before using it for such reasons, know the effects it can have on the body. Oxandrolone results vary, because what you expect might not always be what you get. Click here to visit our recommended supplier.
Table of Contents
Oxandrolone, in addition to being marketed under the brand Anavar, is also sold under the brand name Oxandrin.
It’s also known by its chemical name 17 beta-hydroxy-17alpha-methyl-2-oxa-5a-androstan-3-one.
Exogenous dosages inhibit the release of endogenous or body-produced testosterone, and if taken in high enough doses for long periods of time may contribute to testicular atrophy.
Anabolic steroids likes oxandrolone have also been studied and reported to increase levels of bad cholesterol (low-density lipoprotein), as well as to decrease levels of good (high-density lipoprotein) cholesterol.
In most cases, levels will eventually return to normal after the steroid is discontinued.
In some cases, however long-term damage can result, especially in regard to the development of high blood pressure, atherosclerosis, and coronary artery disease.
In medical scenarios, the drug was used to help people gain weight, especially those recovering from injury, surgery, or serious illnesses.
In this regard, Oxandrolone results were generally positive. In non-medical environments, athletes and bodybuilders often combine oxandrolone with their anabolic steroid regimen.
Oxandrolone has the potential to somewhat negate or reduce the catabolism of proteins that are often associated with long-term anabolic androgenic steroid usage.
Basically, the main function of oxandrolone, as an anabolic steroid, is to encourage the synthesis of testosterone, which in turn promotes muscle growth, size, or mass.
No studies to date have determined the efficacy of oxandrolone to enhance physical size, strength, or athletic ability and is not recommended for nonmedical usage.
In medical situations, oxandrolone tablets were commonly found within a 2.5 mg to 10 mg strength.
In a medical supervised situation to promote weight gain following weight loss associated with surgical procedures, chronic infections like HIV, or in adult failure to thrive, dosage ranging between 2.5 mg to 20 mg per day divided into two to four increments was often recommended.
Oxandrolone has also been used as part of a treatment plan for liver damage caused by alcoholism. Dosage recommendations averaged a dosage range of 2.5 mg to 20 mg two to four times daily.
Oxandrolone results after a 6-week cycle depend on gender, age, dosage, and frequency of dosage, among other factors.
Length of cycles, combination of other drugs with oxandrolone, exercise regimens, and overall body composition can have an impact on results.
In younger individuals, the half-life of oxandrolone is approximately 10.5 hours and is generally taken in the morning.
Typically used during cutting cycles or phases, oxandrolone acts much like a diuretic while at the same time increasing synthesis of phosphocreatine (greater endurance and stamina and short energy bursts).
It doesn’t tend to aromatize (convert from testosterone to estrogen) like other anabolic steroids.
In addition to common side effects associated with anabolic steroid use, oxandrolone results in regard to body functions may cause some unexpected issues with overall health and wellness that can include:
Oxandrolone is not recommended for any woman who is pregnant, planning to become pregnant, or breast-feeding due to its potential effect on fetal development and or infant growth.
In regard to fetal development, oxandrolone may contribute to a masculinization of female fetal development, as well as toxicity of the embryo, to the fetus.
While several of these potential side effects for pregnant or breast-feeding women is linked to higher doses, dangers still persist and extreme caution by women should be used.
Studies have determined that anabolic steroids such as oxandrolone can contribute to liver damage.
Oxandrolone results in this aspect may trigger Peliosis hepatis, hepatic dysfunction, liver failure and a potentially life threatening aspect of liver failure (intra-abdominal hemorrhage).
Development of liver tumors has also been reported. While the majority are benign, malignant tumors have also been reported.
One growing concern is that hepatic tumors linked to androgenic-anabolic steroids are more vascular in nature than others and may not be diagnosed until life-threatening hemorrhage develops.