Weight Loss Homebrew Steroids , Trenbolone 10161-33-8 Powerful Anabolic Steroids - Product
Place of Origin : Shenzhen,China
Delivery Time : Within 24 Hours After Receiving The Payment
Product Description
Weight Loss Homebrew Steroids , Trenbolone 10161-33-8 Powerful Anabolic Steroids
Quick Detail:
Other name: beta-Trenbolone
CAS register number: 10161-33-8
Molecular formula: C18H22O2
Molecular weight: 270.37
Assay: 99%
Appearance: White to light yellow powder
Usage: It can be used for muscle building. Trenbolone is literally the most powerful anabolic steroid conventionally and commercially available. Trenbolone is an extremely powerful, impressive, and versatile anaboli
Physical Specification
Other Specification :
Weight Loss Homebrew Steroids , Trenbolone 10161-33-8 Powerful Anabolic Steroids
Quick Detail:
Other Name: Beta-Trenbolone
CAS Register Number: 10161-33-8
Molecular Formula: C18H22O2
Molecular Weight: 270.37
Assay: 99%
Appearance: White To Light Yellow Powder
Usage: It Can Be Used For Muscle Building. Trenbolone Is Literally The Most Powerful Anabolic Steroid Conventionally And Commercially Available. Trenbolone Is An Extremely Powerful, Impressive, And Versatile Anabolic Steroid That Tends To Suffer From A Heavy Shroud Of Rumor, Misunderstanding, And Mysticism.
Description:
Trenbolone Is Essentially A Derivative Of Nandrolone With Some Very Significant Differences In Its Chemical Properties And Strength. Trenbolone And Its Parent Hormone Nandrolone Both Belong To A Class/category Of Anabolic Steroids Known As 19-nor Compounds, Or 19-nors (short For 19-nortestosterone). 19-nor Anabolic Steroids Are Labeled As Such Because They Lack The 19th Carbon On Their Structure This Carbon Exists On Testosterone And All Other Anabolic Steroids With The Exception Of 19-nor Compounds, Such As Nandrolone And Trenbolone.
It Is These Additional Modifications Of Double-bonds At Carbon 19 And 11 That Grant Trenbolone To Be Not Just Resistant To Aromatization, But To Become Completely Immune To It And Be Unable To Interact What So Ever With The Aromatase Enzyme. These Modifications Are Also Responsible For Trenbolones Extremely Enhanced Andrognic Strength (its Ability To Bind At A Much Greater Strength To The Androgen Receptor) And Its Ability To Remain Highly Resistant To Metabolic Breakdown In The Body.
The Chemical Modifications Described Above Result In Trenbolone Becoming Dramatically More Potent Of An Androgen And An Anabolic Than Its Progenitor Hormone Nandrolone, Or Even Testosterone. Testosterone Is Used As The Baseline Referenc