Low aromatization steroids

I can't find any study establishing a relationship between higher/lower body fat and testosterone aromatization, if anything I found papers describing males with high aromatization due to a genetic condition who started taking inhibitors and found many advantages but no change in body composition. Does body fat level really have anything to do with testosterone/estradiol levels in the body?, if it does, is it substantial enough to justify the effort of staying at a low body fat? (this is discarding aesthetics and general health, I'm focusing on pure muscle building here)

A 31-year-old man presenting with an 18-month history of sexual dysfunction resulting from severe adult-onset IHH (LH U/L, FSH U/L, T nmol/L). Initial therapy with 50 mg of clomiphene citrate (CC) three times a day for 7 days, with overnight LH pulse profiling and 9 am T levels evaluated at baseline and on completion. A 2-month washout period, followed by low-dose maintenance therapy (25-50 mg/d) for 4 months.
MAIN OUTCOME MEASURE(S):Baseline and stimulated T levels and LH pulsatility; effect on sexual function.
RESULT(S):Clomiphene therapy resulted in complete normalization of pulsatile gonadotropin secretion, serum T level, and sexual function. CONCLUSION(S):Isolated hypogonadotropic hypogonadism may result from an acquired defect of enhanced hypothalamic sensitivity to E-mediated negative feedback. Whereas direct T replacement therapy can further suppress endogenous gonadotropin secretion, treating IHH men with gonadotropins can stimulate endogenous T secretion and enhance fertility potential. On theoretical grounds, reversal of gonadotropin deficiency with CC might be expected to have a similar biological effect.

Oxandrolone is most certainly a hepatotoxic steroid. It does not carry the strongest level of hepatotoxicity among anabolic steroids, but it is stronger than most. This is due to it being a C17-aa anabolic steroid. All C17-aa steroids are hepatic, but the level of toxicity varies greatly between them. Due to this steroid’s strong hepatotoxicity, this is why total use must be limited (see administration section).

Due to use, those who supplement with Anadrol will find their liver enzyme values increase. An increase in values is not a sign of damage but rather a sign of stress that can lead to damage if responsible practices are not followed and the stress is allowed to remain. Proper dosing and duration of use protocols are imperative when it comes to this steroid. Further, it is important the individual avoids excess alcohol consumption when supplementing with this steroid due to the liver stress such consumption will cause. In fact, most will find avoiding all alcohol to be best during use. If this is a problem and you are supplementing for the purpose of performance enhancement remember there is nothing on earth that is as anti-performance as alcohol. Those who supplement are also encouraged to limit their use of Over the Counter (OTC) medications. Many OTC medications carry strong hepatic natures, and the added stress can be extensive when coupled with Anadrol. Use should be limited to when only absolutely needed. If these rules can be followed, once use is discontinued liver enzyme values will return to normal and no damage will be done. As a final note, Anadrol should not be used if the liver is unhealthy.

The formation of polymers in this way accounts for the large molecular weights and diverse chemical compositions associated with kerogen. The smallest units are the fulvic acids, the medium units are the humic , and the largest units are the humins . When organic matter is contemporaneously deposited with geologic material, subsequent sedimentation and progressive burial or overburden provide significant pressure and a temperature gradient. When these humic precursors are subjected to sufficient geothermal pressures for sufficient geologic time , they begin to undergo certain specific changes to become kerogen. Such changes are indicative of the maturity stage of a particular kerogen. These changes include loss of hydrogen , oxygen , nitrogen , and sulfur , which leads to loss of other functional groups that further promote isomerization and aromatization which are associated with increasing depth or burial. Aromatization then allows for neat molecular stacking in sheets, which in turn increases molecular density and vitrinite reflectance properties, as well as changes in spore coloration, characteristically from yellow to orange to brown to black with increasing depth. [9]

I was reading in the university health news daily website that a study performed by researchers at the University of Texas . Anderson Cancer Center found that men with prostate cancer who ate 3 tablespoons of milled or ground flax seeds each day had decreased prostate cancer cell proliferation compared to similar men who did not eat flax seeds. According to the American Cancer Society, men who supplement their diets with flax seed have lower PSA levels and slower growth of benign as well as cancerous prostate cells.
Perhaps the effect of phytoestrogenic in humans it’s not fully understood as yet.
Cheers

Low aromatization steroids

low aromatization steroids

The formation of polymers in this way accounts for the large molecular weights and diverse chemical compositions associated with kerogen. The smallest units are the fulvic acids, the medium units are the humic , and the largest units are the humins . When organic matter is contemporaneously deposited with geologic material, subsequent sedimentation and progressive burial or overburden provide significant pressure and a temperature gradient. When these humic precursors are subjected to sufficient geothermal pressures for sufficient geologic time , they begin to undergo certain specific changes to become kerogen. Such changes are indicative of the maturity stage of a particular kerogen. These changes include loss of hydrogen , oxygen , nitrogen , and sulfur , which leads to loss of other functional groups that further promote isomerization and aromatization which are associated with increasing depth or burial. Aromatization then allows for neat molecular stacking in sheets, which in turn increases molecular density and vitrinite reflectance properties, as well as changes in spore coloration, characteristically from yellow to orange to brown to black with increasing depth. [9]

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