Description

Decaland Depot Landerland

Adult Use

Formula:

Every 1ml. Continue:

Nandrolone decanoate……………………………………………… 200 mg.

Excipient………………………………………… q.s.

5ml vial.

Properties:

The Decaland Depot it is an injectable anabolic preparation. The pharmacologically active substance is nandrolone. The decanoate ester provides the preparation with a duration of action of approximately 3 weeks after injection. Nandrolone is chemically related to the male hormone.

Compared to testosterone, it has a marked anabolic activity and a reduced androgenic activity. This has been demonstrated in animal bioassays and clarified by receptor binding studies. The low androgenicity of nandrolone is confirmed by clinical use.

Nandrolone decanoate has been shown to positively influence calcium metabolism and increase bone mass in osteoporosis. In women with disseminated carcinoma of the breast, it has been reported to produce objective regressions over many months. In addition, nandrolone has a nitrogen-sparing action.

This effect on protein metabolism was confirmed in metabolic studies and it is used therapeutically in states where there is a protein deficiency, such as during debilitating chronic diseases and after major surgery and severe trauma.

In these states, nandrolone serves as a support adjuvant in specific treatments and dietary measures, as well as parenteral nutrition.

At recommended doses, androgenic effects (eg virilization) are relatively rare. Nandrolone lacks the C 17 alpha-alkyl group which is associated with the occurrence of hepatic dysfunction and cholestasis.

Nandrolone decanoate is slowly released from the injection site into the blood with a half-life of 6 days. In the blood, the ester is rapidly hydrolyzed to nandrolone with a half-life of one or less.

The half-life for the combined process of nandrolone decanoate hydrolysis and nandrolone distribution and elimination is 4.3 hours.

Nandrolone is metabolized by the liver.

The substances 19-norandrosterone, 19-norethocolanolone and 19-norepiandrosterone have been identified as metabolites in urine. It is not known whether these metabolites have any pharmacological action.

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