Showing posts with label estrogen. Show all posts
Showing posts with label estrogen. Show all posts

Friday, July 4, 2014

Anabolic Steroids and Proper Estrogen Control for Maximizing Fat Loss


Q: “I’ve found a lot of information referring to cutting steroids and cutting cycles and it’s really not clear to me what I need to do. Are there particular anabolic steroids that I really need to include if I’m cutting, or any that I particularly need to avoid?”

A: I haven’t found any great difference in fat loss between different anabolic steroids provided that estradiol is kept in the normal range and the total dosage of anabolic steroids is sufficient. There’s no anabolic steroid that must be included where cutting is needed, and no anabolic steroid that must be avoided.

Prior to proper estrogen control with antiaromatases such as Letrozole or Arimidex, care ordinarily would be taken in cutting cycles to limit the amount of aromatizing steroids used. Particularly, testosterone and Dianabol would be limited, if used at all. So this resulted in their having a reputation of “not being cutting steroids.”

There were two factors involved here.
  1. Estrogenic bloating could to the eye be confused with fatness.
  2. Abnormally high estrogen levels can make fat loss more difficult.
Where estradiol level is controlled with an antiaromatase or with a suitably balanced combination of anabolic steroids, then these are not issues, and testosterone becomes about as good for cutting as anything else. Dianabol also can aid fat loss quite well.

By suitably balanced, I mean of combination of aromatizing and non-aromatizing anabolic steroids where the total amount is sufficient for the desired anabolic effect, and the amount of aromatizing anabolic steroids is suitable to yield only normal estradiol levels. This typically would be between 100-300 mg/week, but good results can often be had with more than this, depending on the individual. Where for example a person already knows from experience that he suffers little or no noticeable adverse estrogenic effect from say 500 mg/week of testosterone, then that amount certainly can be included in a cutting cycle without need of an antiaromatase. But another person might even get gyno on 250 mg/week testosterone.

It’s certainly possible that some fat-loss differences remain between anabolic steroids, but even so this may only be dose related. For example, 50 mg/day Trenbolone Acetate is certainly better for cutting than 50 mg/day Testosterone, but is it better than 150 mg/day Testosterone? Probably not.

Basically, I’d say it’s not necessary to seek out particular anabolic steroids for fat loss. I would make the choice based on achieving desired positive effects with minimization of the side effects of personal concern, which can vary according to the situation.

Monday, January 28, 2013

Anabolic steroids: why they are important for the body?

     

Anabolic steroids - an image rather collective. These include estrogens and androgens, corticosteroids (corticoids), produced exclusively in the adrenal cortex, are divided into glucocorticoid hormones (cortisol, corticosterone, cortisol, etc.) and mineralocorticoid hormone (aldosterone, deoxycorticosterone). 

Glucocorticoids affect the metabolism of carbohydrates, fats, proteins, and nucleic acids. Their main function - weight loss through the withdrawal of harmful substances in the urine. Mineral-corticosteroids stimulate the regulation of water-salt metabolism, salivary glands and sweat glands.

Female sex hormones (estrogens) are produced by the ovaries, they are responsible for the menstrual cycle, gestation and promote successful delivery. Estrogens as steroid hormones, form fat cells in the body, distributing them in the chest, buttocks, thighs and knees, creating a feminine silhouette. As they determine the calcium metabolism, hydration and functioning of the sebaceous glands.

Androgens are produced in women in lesser extent than in men. At puberty Androgens as steroid hormones, form genitals affect pubic and axillary hair growth, promote bone growth. In women, these hormones are produced all life and maintain the normal operation of the uterus and ovaries.