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|Product Name:||Anavar (Anavar,Oxandrin)||Cas No.:||53-39-4|
|Molecular Formula:||C19H30O3||Molecular Weight:||306.4|
Oxandrolone Anavar Raw Powder,
Oral Anavar Raw Powder,
53-39-4 Oxandrolone Raw Powder
Chemical Name: 5alpha-androstan-2-oxa-17alpha-methyl-17beta-ol-3-one
Assay: 99% min.
Molecular Formula: C19H30O3
Molecular weight: 306.4
Delivery: Express courier.
Character: White crystalline powder.
Usage: pharmaceutical material, Steroid hormone, Anabolin. As a male hormone
Anavar is widely used due to its exceptionally small level of androgenicity accompanied by moderate anabolic effect. Although Anavar is a 17-alpha alkyloid, its liver toxicity is very small as well. Studies have showed that a daily dose of 20 mg Anavar used in the course of 12 weeks had only a negligible impact on the increase of liver enzymes. As a DHTderivative,Anavar does not aromatize (convert to estrogen, which causes gynecomastia or malebreast tissue). It also does not significantly influence the body's normal testosterone production (HPTAaxis) at low dosages (20 mg). When dosages are high, the human body reacts by reducing the production of LH (luteinizing hormone), thinking endogenous testosterone production is too high; this in turn eliminates further stimulation of Leydig cells in the testicles, causing testicular atrophy (shrinking)
Anavar has often been called a weak steroid. Part of the reason for this is that use of a Class I steroid alone never is maximally effective. The other cause is that bodybuilders and authors in the field sometimes make unfortunate and unreasonable comparisons when judging anabolic steroids.
Anavar has given optimistic consequences in taking care of anemia and hereditary angioedema. Proven studies though have given links linking expanded use of the medicine and problems of liver toxicity like to those found with additional 17α -alkylated steroids. Yet in little dosages, numerous patients shown gastro-intestinal troubles such as bloating, nausea, and diarrhea.
Cycles and Uses
Although Anavar has gained popularity as being a ‘cutting agent’ or ‘cutting steroid’ throughout the past, its capabilities are not limited strictly to this. Although it can perform and assist quite well in the area of achieving fat loss and physique definition, it is an excellent compound for mass gaining, strength, and bulking. Being that it is 3 – 6 times the anabolic strength of Testosterone, Anavar cycles can indeed be bulking cycles without issue.
However, because Anavar does impose some strain and toxicity in the area of liver function, it cannot be utilized for the same length of time as those core injectable compounds can. Therefore, it is often included at the beginning of any cycle for the first 6 – 8 weeks before it is discontinued. Anavar cycles can be extended to a maximum of 10 weeks at a reasonable dosage, however, due to its lower degree of liver toxicity than other oral compounds.
For the purposes of bulking, Anavar cycles are normally run with similar compounds used for bulking, such as a long-estered Testosterone (e.g. Enanthate) and possibly a compound such as Deca-Durabolin (Nandrolone Decanoate).
For its use in fat loss and cutting, Anavar cycles are often shorter and utilized with compounds used for achieving similar goals.
The vast majority of medical applications called for an Anavar dosage in the range of 2.5 – 20mg per day, which was of course heavily dependent on the type of sickness, disease, or disorder that Anavar was intended for. Within medicine, Anavar has been utilized as an example in AIDS patients within the range of 20 – 80mg per day in order to combat and/or reverse muscle wasting.
The same has also been demonstrated with burn victims. This is a solid indication of the general dosage range that would be effective for muscle growth and athletics. As Anavar is a drug with plenty of experience with different ages of patients, the effects of Anavar are also not dependent on age.
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|1||Testosterone enanthate||CAS: 315-37-7|
|2||Testosterone acetate||CAS: 1045-69-8|
|3||Testosterone propionate||CAS: 57-85-2|
|5||Testosterone cypionate||CAS: 58-20-8|
|6||Testosterone phenylpropionate||CAS: 1255-49-8|
|7||Testosterone isocaproate||CAS: 15262-86-9|
|8||Testosterone decanoate||CAS: 5721-91-5|
|9||Testosterone Sustanon 250||CAS: 68924-89-0|
|10||Testosterone undecanoate||CAS: 5949-44-0|
|11||Turinabol (4-Chlorotestosterone acetate)||CAS: 855-19-6|
|12||Oral turinabol||CAS: 2446-23-3|
|13||Stanolone (androstanolone)||CAS: 521-18-6|
|14||Nandrolone Decanoate (DECA)||CAS: 360-70-3|
|15||Nandrolone Cypionate||CAS: 601-63-8|
|16||Nandrolone Phenypropionate (Durabolin)||CAS: 62-90-8|
|17||Boldenone Undecylenate (Equipoise)||CAS: 13103-34-9|
|18||Boldenone Acetate||CAS :2363-59-9|
|19||Drostanolone Propionate (Masteron)||CAS: 521-12-0|
|20||Drostanolone Enanthate||CAS: 472-61-1|
|21||Superdrol Powder (methyl-drostanolone)||CAS: 3381-88-2|
|22||Trenbolone Acetate (Finaplix H/Revalor-H)||CAS: 10161-34-9|
|23||Trenbolone Enanthate (parabolan)||CAS: 10161-33-8|
|24||Trenbolone Hexahydrobenzyl Carbonate||CAS: 23454-33-3|
|26||Dehydroisoandrosterone Acetate||CAS: 853-23-6|
|27||7-keto DHEA (7-oxo DHEA)||CAS: 566-19-8|
|28||Methenolone Enanthate (Primobolan)||CAS: 303-42-4|
|29||Methenolone Acetate||CAS: 434-05-9|
|31||Tamoxifen Citrate (Nolvadex)||CAS: 54965-24-1|
|32||Clomiphene citrate||CAS: 50-41-9|
|33||Toremifene citrate||CAS: 89778-27-8|
|37||Dapoxetine HCl||CAS: 1071929-03-7|
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