VrillFatNoob24
RESEARCH or ROT — your favorite 14 y/o punjabi
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An Indepth Research of Exogenous Compounds
The only thread you will ever need
(THREAD HAS BEEN SPLIT, YOU CAN FIND IT BY GOING ON MY POSTS, THIS AND THE OTHER THREAD ARE APART OF PART 1 )
there are hundreds of threads on individual AAS/Peptides or compounds in general
BUT
no comprehensive resource that covers the major categories with actual depth
this is that cherry waiting to bloom.
in this thread ive explained the dictionary, mechanisms, effects, risks, and much more.... so you can make informed decisions and wether you want to run that compound
this covers the major classes. AAS, peptide.... wathever compound, you name it. each has distinct pharmacology, distinct risk profiles, distinct use cases, and here i am to explain each of them.
GRADE evidence is low to very low throughout. accept this uncertainty or do not proceed reading, since ascending all about risks
BUT
no comprehensive resource that covers the major categories with actual depth
this is that cherry waiting to bloom.
in this thread ive explained the dictionary, mechanisms, effects, risks, and much more.... so you can make informed decisions and wether you want to run that compound
this covers the major classes. AAS, peptide.... wathever compound, you name it. each has distinct pharmacology, distinct risk profiles, distinct use cases, and here i am to explain each of them.
GRADE evidence is low to very low throughout. accept this uncertainty or do not proceed reading, since ascending all about risks
this part covers abbreviations, slang, and terminology used in the thread( or elsewhere too) in discussions of exogenous compounds. understanding these terms is necessary for understading literature ; or to not seem like a retard when being put infront of meatheads who run grams and grams of steroid yearly (had to learn the hard way)
| Term | Meaning | Notes |
|---|---|---|
| ED | Every Day | Daily administration |
| EOD | Every Other Day | Administration every 2nd day |
| E3D | Every 3rd Day | Administration every 3 days |
| EOW | Every Other Week | Bi weekly administration |
| EW | Every Week | Weekly administration |
| IM | Intramuscular | Injection into muscle tissue |
| Sub Q | Subcutaneous | Injection under skin into fat layer |
| INJ | Inject/Injection | General term for needle administration |
| PIN | Needle/Syringe | Refers to injection equipment |
| Slang | Meaning | Context |
|---|---|---|
| Roids | Anabolic steroids | General slang term |
| Gear | Steroids and supplies | Including syringes and ancillaries |
| AAS | Anabolic Androgenic Steroids | Medical abbreviation |
| PEDs | Performance Enhancing Drugs | Broader category including non steroids |
| Compound | Slang | Notes |
|---|---|---|
| Testosterone | Test | Base of most cycles |
| Dianabol | Dbol, DBOL | Oral bulking steroid |
| Nandrolone Decanoate | Deca | Originally Deca Durabolin |
| Trenbolone | Tren, FINA | Available as acetate, enanthate (FINA≠FINASTERIDE) |
| Oxandrolone | Var, Anavar | Popular oral cutting steroid |
| Stanozolol | Winny, Winnie | Oral or injectable |
| Boldenone Undecylenate | EQ, Equipoise | Veterinary steroid |
| Oxymetholone | Abombs, A50, Drol | Powerful oral bulking |
| Methenolone | Primo, Primobolan | milder steroid |
| Sustanon | Sust, Sus 250 | Testosterone blend |
| Testosterone Cypionate | CYP(ionate) | Longester testosterone |
| Testosterone Enanthate | ENTH(ate), ETH | Long ester testosterone |
| Testosterone Propionate | PROP(ionate) | Short ester testosterone |
| Testosterone Suspension | Suspension | No ester, pure testosterone |
| Fluoxymesterone | HALOS, Halotestin | Very androgenic oral |
| Clenbuterol | Clen | Not a steroid, beta-2 agonist |
| Dinitrophenol | 2,4DNP | fat burner |
| Cycle Term | Meaning |
|---|---|
| Cycle | Period of steroid use followed by time off |
| Blast and Cruise | High doses then maintenance rather than coming off |
| Stacking | Using multiple steroids simultaneously |
| PCT | Post Cycle Therapy to restore natural production |
| Frontloading | Higher doses at cycle start to reach peak faster |
| Pyramiding | Escalating then tapering doses |
| Side Effect Term | Meaning |
|---|---|
| Gyno | Gynecomastia, male breast tissue development |
| Aromatize | Conversion of testosterone to estrogen |
| Shutdown | Cessation of natural testosterone production |
| HPTA | Hypothalamic Pituitary Testicular Axis |
| Support Compound | Abbreviation | Purpose |
|---|---|---|
| Human Growth Hormone | GH, HGH | Growth and recovery |
| Insulin | SLIN | Sometimes used with steroids |
| Human Chorionic Gonadotropin | HCG | Used during or after cycle |
| Tamoxifen | NOLVA, Nolvadex | SERM for PCT |
| Clomiphene Citrate | CLOMID | PCT drug |
| Androgen Receptor | AR | Target of AAS |
| Dihydrotestosterone | DHT | 5 alpha reduced testosterone |
| 17 Alpha Alkylated | 17 AA | Oral steroid structure |
| Measurement | Abbreviation | Notes |
|---|---|---|
| Milligrams | MG | Common dose unit |
| Micrograms | MCG | Used for some compounds |
| Milliliters | ML | Liquid volume |
| Cubic Centimeter | CC | 1cc equals 1ml |
| International Units | IU | Used for HGH |
| Other Term | Meaning |
|---|---|
| UG, UGL | Underground Lab |
| OTC | Over The Counter |
TERMINOLOGY THAT WASNT MENTIONED (SCIENTIFIC TERMS) WILL BE LINKED WITH WIKIPEDIA TO GIVE A BETTER UNDERSTAND OF THE PROCESS
this part covers administration techniques for all injectable compounds. proper technique reduces probality of you killing yourself by accidentally pinning 500 grams of test instead of 500mg, and also infection risk, tissue damage, and variable absorption. improper technique causes abscesses, scar tissue, nerve damage, and dream cycles that were given up by a new roider.... (R.I.P)
now....
"where do i inject bro?"
avoid injecting into skin that is inflamed, infected, scarred, or has lipodystrophy nodules. avoid areas with visible vessels.
Buh what duh i need?
Required items +
(alcohol swabs, sharps container, and compound to inject. optional but recommended. sterile gloves, drawing needles separate from injection needles, and injection site marker....)
PREPARATION AND INJECTION
... and for peptides
Intramuscular injection
IM deposits compound into muscle tissue. muscle has rich blood supply enabling rapid absorption and sustained release from esterified compounds.
required for
oil based anabolic steroids
most peptides
and some medications
use for compounds that require deep tissue deposit and slow release.
subcutaneous injection
it deposits compound into fat layer beneath skin. fat has poorer blood supply resulting in slower absorption.
suitable for
water based compounds
insulin
growth hormone
some peptides
low volume oil injections
use for compounds requiring rapid absorption or daily administration!
intravenous injection
delivers compound directly into bloodstream. immediate 100% bioavailability. dangerous for oil based preparations due to embolism risk, only used for specific water based compounds in medical enviorments. never use for oil based steroids.
the choice depends on the compound formulation, volume to inject, absorption rate desired, and injection frequency. oil based steroids require intramuscular. growth hormone and insulin require subcutaneous. peptides vary by compound.
heres a presentation showing where and the angle for those types
IM deposits compound into muscle tissue. muscle has rich blood supply enabling rapid absorption and sustained release from esterified compounds.
required for
oil based anabolic steroids
most peptides
and some medications
use for compounds that require deep tissue deposit and slow release.
subcutaneous injection
it deposits compound into fat layer beneath skin. fat has poorer blood supply resulting in slower absorption.
suitable for
water based compounds
insulin
growth hormone
some peptides
low volume oil injections
use for compounds requiring rapid absorption or daily administration!
intravenous injection
delivers compound directly into bloodstream. immediate 100% bioavailability. dangerous for oil based preparations due to embolism risk, only used for specific water based compounds in medical enviorments. never use for oil based steroids.
the choice depends on the compound formulation, volume to inject, absorption rate desired, and injection frequency. oil based steroids require intramuscular. growth hormone and insulin require subcutaneous. peptides vary by compound.
heres a presentation showing where and the angle for those types
oil based anabolic steroids like
testosterone esters
nandrolone
trenbolone
boldenone
masteron
these require intramuscular injection. these are viscous solutions that do not absorb properly from subcutaneous tissue. volumes typically 0.5 to 3 ml per site. larger volumes require larger muscles or split dosing across multiple sites.
water based peptides like
gh releasing peptides
insulin
require subcutaneous injection. these are fragile proteins that absorb well from fat tissue. volumes typically 0.1 to 0.5 ml.
intramuscular injection of peptides causes rapid degradation and variable absorption.
growth hormone is typically subcutaneous though some protocols suggest intramuscular. subcutaneous provides steadier levels and is standard practice.
reconstituted peptides from lyophilized powder requires careful handling. since they are not stable in liquid form long term. reconstitute with bac water immediately before use or store properly refrigerated.
testosterone esters
nandrolone
trenbolone
boldenone
masteron
these require intramuscular injection. these are viscous solutions that do not absorb properly from subcutaneous tissue. volumes typically 0.5 to 3 ml per site. larger volumes require larger muscles or split dosing across multiple sites.
water based peptides like
gh releasing peptides
insulin
require subcutaneous injection. these are fragile proteins that absorb well from fat tissue. volumes typically 0.1 to 0.5 ml.
intramuscular injection of peptides causes rapid degradation and variable absorption.
growth hormone is typically subcutaneous though some protocols suggest intramuscular. subcutaneous provides steadier levels and is standard practice.
reconstituted peptides from lyophilized powder requires careful handling. since they are not stable in liquid form long term. reconstitute with bac water immediately before use or store properly refrigerated.
now....
"where do i inject bro?"
ventrogluteal
hip muscle between anterior and posterior iliac crests. large muscle mass, minimal nerves and vessels, easy access, minimal pain. preferred site for most injections. can hold 2 to 3 milliliters comfortably.
Tutorial by some spic
(click)
hip muscle between anterior and posterior iliac crests. large muscle mass, minimal nerves and vessels, easy access, minimal pain. preferred site for most injections. can hold 2 to 3 milliliters comfortably.
Tutorial by some spic
(click)
abdominal fat
2 inches away from navel in any direction. easy access, large area for rotation, minimal discomfort, consistent absorption. preferred for insulin, growth hormone, and peptides. rotate sites to avoid lipodystrophy.
tutorial (skip to 4:20)
tutorial but.... by foid
2 inches away from navel in any direction. easy access, large area for rotation, minimal discomfort, consistent absorption. preferred for insulin, growth hormone, and peptides. rotate sites to avoid lipodystrophy.
tutorial (skip to 4:20)
tutorial but.... by foid
avoid injecting into skin that is inflamed, infected, scarred, or has lipodystrophy nodules. avoid areas with visible vessels.
Buh what duh i need?
Required items +
(alcohol swabs, sharps container, and compound to inject. optional but recommended. sterile gloves, drawing needles separate from injection needles, and injection site marker....)
syringes
syringe volume should match or slightly exceed injection volume. using 3 ml syringe for 3 ml injection causes difficulty. use appropriate size for precision. 1 ml syringes for peptides. 3 ml for most steroids
steroidical
pepditical
syringe volume should match or slightly exceed injection volume. using 3 ml syringe for 3 ml injection causes difficulty. use appropriate size for precision. 1 ml syringes for peptides. 3 ml for most steroids
steroidical
pepditical
needles
needle are measured in gauge (diameter.) lower numbers are big and viceversa for oil based intramuscular injections use 21 to 25 gauge. 21 to 23 gauge for drawing from vials. 23 to 25 gauge for injection. larger gauges reduce injection time but cause more tissue trauma.
i prefer using 23 g for everything, just change them.
needle length refers to the depth the penetration will go through. for IM use 1 to 1.5 inch length depending on site and body fat. ventrogluteal and dorsogluteal need 1.25 to 1.5 inches. deltoid and vastus lateralis need 1 to 1.25 inches. for subcutaneous use 0.5 to 0.625 inch length. half inch is standard.
needle are measured in gauge (diameter.) lower numbers are big and viceversa for oil based intramuscular injections use 21 to 25 gauge. 21 to 23 gauge for drawing from vials. 23 to 25 gauge for injection. larger gauges reduce injection time but cause more tissue trauma.
i prefer using 23 g for everything, just change them.
needle length refers to the depth the penetration will go through. for IM use 1 to 1.5 inch length depending on site and body fat. ventrogluteal and dorsogluteal need 1.25 to 1.5 inches. deltoid and vastus lateralis need 1 to 1.25 inches. for subcutaneous use 0.5 to 0.625 inch length. half inch is standard.
PREPARATION AND INJECTION
... and for peptides
repeated injection into same site causes scar tissue accumulation.
scar tissue is fibrous non functional tissue that reduces absorption, increases pain, and alters appearance. lipodystrophy is fat tissue breakdown or hypertrophy from repeated subcutaneous injection. appears as lumps or dents.
prevention through rotation is essential.
IM sites need 7 day minimum between uses. subcutaneous sites need daily rotation.
track sites
signs of problematic scar tissue include
increasing injection pain
resistance to needle insertion
lumps under skin
reduced compound effectiveness
visible tissue change.
severe cases may require surgical intervention. prevention is vastly superior to treatment.
always check for particulate matter, discoloration, or cloudiness before injection. discard if visual changes occur. assume contamination if seal is broken.
pain increasing after 48 hours suggests infection. seek medical attention if infection suspected. do not attempt to drain or treat yourself, you are not a low inhib chad.
scar tissue is fibrous non functional tissue that reduces absorption, increases pain, and alters appearance. lipodystrophy is fat tissue breakdown or hypertrophy from repeated subcutaneous injection. appears as lumps or dents.
prevention through rotation is essential.
IM sites need 7 day minimum between uses. subcutaneous sites need daily rotation.
track sites
signs of problematic scar tissue include
increasing injection pain
resistance to needle insertion
lumps under skin
reduced compound effectiveness
visible tissue change.
severe cases may require surgical intervention. prevention is vastly superior to treatment.
always check for particulate matter, discoloration, or cloudiness before injection. discard if visual changes occur. assume contamination if seal is broken.
pain increasing after 48 hours suggests infection. seek medical attention if infection suspected. do not attempt to drain or treat yourself, you are not a low inhib chad.
B-but what do i start with? 19nors?? Dht derivatives?? Vitamins?Herbs?
WHAT THE FUCK DO I DO??
This is what you should use firstly..
WHAT THE FUCK DO I DO??
This is what you should use firstly..
Testosterone
testosterone is the reference standard for all anabolic androgenic steroids. it is the primary male sex hormone produced in leydig cells of the testes in men.
testosterone is less anabolic per mg than many synthetic compounds. however it has the most favorable side effect profile at replacement doses and the most extensive safety data.
testosterone is the only compound that supports fertility when used with hCG. other compounds suppress more severely and recovery is less certain.
testosterone is the reference standard for all anabolic androgenic steroids. it is the primary male sex hormone produced in leydig cells of the testes in men.
testosterone is a steroid hormone synthesized from cholesterol through alot of enzymatic steps. the rate limiting step is conversion of cholesterol to pregnenolone by the enzyme CYP11A1. this occurs in mitochondria of steroidogenic cells.
in men the hypothalamus releases gonadotropin releasing hormone in pulses. this signals the pituitary to release luteinizing hormone and follicle stimulating hormone. LH travels to testes and stimulates leydig cells to produce testosterone. FSH supports spermatogenesis in sertoli cells which also require intratesticular testosterone.
negative feedback occurs when testosterone and its metabolites estradiol and dht signal back to hypothalamus and pituitary to reduce GnRH and LH output. this maintains homeostasis.
in blood testosterone travels mostly bound to sex hormone binding globulin and albumin. only free testosterone enters cells and exerts effects. SHBG levels vary by the person and affect bioavailable hormone.
in men the hypothalamus releases gonadotropin releasing hormone in pulses. this signals the pituitary to release luteinizing hormone and follicle stimulating hormone. LH travels to testes and stimulates leydig cells to produce testosterone. FSH supports spermatogenesis in sertoli cells which also require intratesticular testosterone.
negative feedback occurs when testosterone and its metabolites estradiol and dht signal back to hypothalamus and pituitary to reduce GnRH and LH output. this maintains homeostasis.
in blood testosterone travels mostly bound to sex hormone binding globulin and albumin. only free testosterone enters cells and exerts effects. SHBG levels vary by the person and affect bioavailable hormone.
testosterone enters cells by diffusion through lipid membranes. inside it binds androgen receptor in cytoplasm. the hormone receptor complex undergoes conformational change, dimerizes, and translocates to nucleus.
in the nucleus the complex binds androgen response elements on DNA. this recruits coactivators and corepressors altering gene transcription.
thousands of genes are regulated including those for
muscle proteins
erythropoietin
enzymes of lipid metabolism
neurotransmitter receptors
the androgen receptor is expressed in most tissues but density varies.
highest in:
prostate
seminal vesicles
muscle
skin
lower in
liver
brain region
immune cells
testosterone also converts to active metabolites. 5 alpha reductase converts it to DiHydroTestosterone which binds androgen receptor with 2 to 5 times greater the affinity.
aromatase converts it to estradiol which activates estrogen receptors. both conversions are essential for full effects.
in the nucleus the complex binds androgen response elements on DNA. this recruits coactivators and corepressors altering gene transcription.
thousands of genes are regulated including those for
muscle proteins
erythropoietin
enzymes of lipid metabolism
neurotransmitter receptors
the androgen receptor is expressed in most tissues but density varies.
highest in:
prostate
seminal vesicles
muscle
skin
lower in
liver
brain region
immune cells
testosterone also converts to active metabolites. 5 alpha reductase converts it to DiHydroTestosterone which binds androgen receptor with 2 to 5 times greater the affinity.
aromatase converts it to estradiol which activates estrogen receptors. both conversions are essential for full effects.
View attachment 4814965
DHT pathway uses 5 alpha reductase enzymes.
type 1 is found
in skin and liver
type 2
in prostate and genital skin.
DHT drives fetal genital development, prostate growth, facial and body hair growth, and male pattern baldness in genetically susceptible individuals. DHT does not aromatize to estrogen, making DHT derivatives powerfull.
estradiol pathway uses aromatase enzyme expressed in
adipose tissue
brain
bone
testes
estradiol
maintains bone mineral density
supports cognitive function
regulates libido
provides cardiovascular protection
without estradiol testosterone alone causes osteoporosis and cognitive impairment,
meaning
the "Biohacker" that blessed you with the information "Blast estrogen off cuz gay" Is probaly also retarded himself.
View attachment 4814968
the ratio of testosterone to its metabolites varies by tissue depending on local enzyme expression.
muscle has little aromatase so sees mostly testosterone. brain and bone have abundant aromatase so see significant estradiol effects (hence why estrodial is important to not crash)
DHT pathway uses 5 alpha reductase enzymes.
type 1 is found
in skin and liver
type 2
in prostate and genital skin.
DHT drives fetal genital development, prostate growth, facial and body hair growth, and male pattern baldness in genetically susceptible individuals. DHT does not aromatize to estrogen, making DHT derivatives powerfull.
estradiol pathway uses aromatase enzyme expressed in
adipose tissue
brain
bone
testes
estradiol
maintains bone mineral density
supports cognitive function
regulates libido
provides cardiovascular protection
without estradiol testosterone alone causes osteoporosis and cognitive impairment,
meaning
the "Biohacker" that blessed you with the information "Blast estrogen off cuz gay" Is probaly also retarded himself.
View attachment 4814968
the ratio of testosterone to its metabolites varies by tissue depending on local enzyme expression.
muscle has little aromatase so sees mostly testosterone. brain and bone have abundant aromatase so see significant estradiol effects (hence why estrodial is important to not crash)
MUSCLE
testosterone increases protein synthesis through mTOR pathway activation
it increases satellite cell proliferation and fusion adding myonuclei to fibers. it decreases myostatin expression removing a brake on growth. net effect is hypertrophy and strength gain.
studies show 1 to 3 kilogram lean mass increase in hypogonadal men given replacement.
View attachment 4814975
FAT
testosterone increases lipolysis and decreases lipoprotein lipase activity in adipose. it shifts fat distribution from subcutaneous to visceral in men. net effect is modest fat loss especially in deficiency.
View attachment 4814982
Bone (the part you WONT dnr)
testosterone increases osteoblast activity and decreases osteoclast activity indirectly through estradiol conversion. it increases bone mineral density and reduces fracture risk. hypogonadal men have increased osteoporosis prevalence.
View attachment 4814988
Blood
testosterone stimulates erythropoietin production in kidney and directly stimulates bone marrow. hemoglobin increases 5 - 10 % in replacement studies. polycythemia can occur at supraphysiological doses.
View attachment 4814997
Brain
testosterone modulates dopaminergic and serotonergic circuits.
it affects
libido
mood
motivation
cognitive function
effects on aggression are inconsistent whatsoever and environment dependent.
it supports spatial reasoning and memory.
reproductive
intratesticular testosterone is required for spermatogenesis.
external testosterone suppresses LH and FSH through negative feedback causing testicular atrophy and infertility.
this is reversible if caught early but prolonged suppression may cause permanent damage.
Skin
testosterone increases sebaceous gland activity causing acne.
it stimulates hair follicle growth in androgen dependent areas like face and chest. it causes temporal hair loss in genetically susceptible individuals through DHT.
testosterone increases protein synthesis through mTOR pathway activation
it increases satellite cell proliferation and fusion adding myonuclei to fibers. it decreases myostatin expression removing a brake on growth. net effect is hypertrophy and strength gain.
studies show 1 to 3 kilogram lean mass increase in hypogonadal men given replacement.
View attachment 4814975
FAT
testosterone increases lipolysis and decreases lipoprotein lipase activity in adipose. it shifts fat distribution from subcutaneous to visceral in men. net effect is modest fat loss especially in deficiency.
View attachment 4814982
Bone (the part you WONT dnr)
testosterone increases osteoblast activity and decreases osteoclast activity indirectly through estradiol conversion. it increases bone mineral density and reduces fracture risk. hypogonadal men have increased osteoporosis prevalence.
View attachment 4814988
Blood
testosterone stimulates erythropoietin production in kidney and directly stimulates bone marrow. hemoglobin increases 5 - 10 % in replacement studies. polycythemia can occur at supraphysiological doses.
View attachment 4814997
Brain
testosterone modulates dopaminergic and serotonergic circuits.
it affects
libido
mood
motivation
cognitive function
effects on aggression are inconsistent whatsoever and environment dependent.
it supports spatial reasoning and memory.
reproductive
intratesticular testosterone is required for spermatogenesis.
external testosterone suppresses LH and FSH through negative feedback causing testicular atrophy and infertility.
this is reversible if caught early but prolonged suppression may cause permanent damage.
Skin
testosterone increases sebaceous gland activity causing acne.
it stimulates hair follicle growth in androgen dependent areas like face and chest. it causes temporal hair loss in genetically susceptible individuals through DHT.
Pharmacokinetics
oral testosterone has poor bioavailability due to first pass hepatic metabolism. 17 alpha alkylation prevents this but causes hepatotoxicity. modern oral formulations use undecanoate ester and lymphatic absorption bypassing liver.
IM esters are standard. propionate has half life of 20 hours requiring EOD injection. enanthate and cypionate have half lives of 4 - 7 days allowing weekly injection. undecanoate has half life of 20 - 34 days allowing monthly injection.
all esters are testosterone once diveded (Esters are chemical structures attached to the Testosterone, they dont lower nor make the quality higher) differences are only pharmacokinetic.
BUT
They do have their own pros
blood levels fluctuate less with longer esters improving mood stability and reducing injection frequency, but shorter esters are shown to reduce facial bloating.
transdermal gels provide daily application with steady levels but risk of transfer to others. patches cause skin irritation. subcutaneous pellets provide 3 to 6 month duration but difficult to remove if problems occur.
oral testosterone has poor bioavailability due to first pass hepatic metabolism. 17 alpha alkylation prevents this but causes hepatotoxicity. modern oral formulations use undecanoate ester and lymphatic absorption bypassing liver.
IM esters are standard. propionate has half life of 20 hours requiring EOD injection. enanthate and cypionate have half lives of 4 - 7 days allowing weekly injection. undecanoate has half life of 20 - 34 days allowing monthly injection.
all esters are testosterone once diveded (Esters are chemical structures attached to the Testosterone, they dont lower nor make the quality higher) differences are only pharmacokinetic.
BUT
They do have their own pros
blood levels fluctuate less with longer esters improving mood stability and reducing injection frequency, but shorter esters are shown to reduce facial bloating.
transdermal gels provide daily application with steady levels but risk of transfer to others. patches cause skin irritation. subcutaneous pellets provide 3 to 6 month duration but difficult to remove if problems occur.
testosterone is less anabolic per mg than many synthetic compounds. however it has the most favorable side effect profile at replacement doses and the most extensive safety data.
testosterone is the only compound that supports fertility when used with hCG. other compounds suppress more severely and recovery is less certain.
For the dosage its totally up to you, the least id ever run is 200mg, 250 is optimal when first starting, 500mg is the best dosage, Low sides high pros. its perfection
intramuscular into vastus lateralis or ventrogluteal. rotate sites. use 25 gauge 1 inch needle. aspirate to avoid intravascular injection.
aromatase management
some estrogen is necessary. total suppression causes low mood, joint pain, and bone loss. let estradiol run 20 to 40 picograms/Ml. use aromatase inhibitors only if above 50 or if gynecomastia symptoms occur
DO NOT MEGADOSE AROTMASE INHIBITORS
injection frequency
daily or every other day with propionate. twice weekly with enanthate or cypionate. weekly with undecanoate. more frequent injections reduce peaks and troughs improving stability.
post cycle therapy
if coming off, use clomiphene or tamoxifen to stimulate natural production. hCG before PCT maintains testicular size and speeds recovery. recovery time depends on duration and dose used.
intramuscular into vastus lateralis or ventrogluteal. rotate sites. use 25 gauge 1 inch needle. aspirate to avoid intravascular injection.
aromatase management
some estrogen is necessary. total suppression causes low mood, joint pain, and bone loss. let estradiol run 20 to 40 picograms/Ml. use aromatase inhibitors only if above 50 or if gynecomastia symptoms occur
DO NOT MEGADOSE AROTMASE INHIBITORS
injection frequency
daily or every other day with propionate. twice weekly with enanthate or cypionate. weekly with undecanoate. more frequent injections reduce peaks and troughs improving stability.
post cycle therapy
if coming off, use clomiphene or tamoxifen to stimulate natural production. hCG before PCT maintains testicular size and speeds recovery. recovery time depends on duration and dose used.
19nor steroids
are testosterone derivatives missing the carbon 19 methyl group. this small structural change alters receptor binding, metabolism, and endocrine feedback is very high. they exhibit high anabolic activity, disproportionately strong suppression of the HPGA, and unique progestogenic activity not seen in other AAS
the removal of the 19th carbon changes molecular shape for better androgen receptor fit
reduces compatibility with aromatase enzyme
increases binding affinity for progesterone receptor
this makes a list of compounds that are not "simply" stronger Test but fundamentally different modulators.
all 19nors share
high anabolic potency
strong HPG axis suppression
progestogenic effects
significant cardiovascular risks
they differ in
aromatization potential
androgen receptor affinity
and specific tissue effects.
are testosterone derivatives missing the carbon 19 methyl group. this small structural change alters receptor binding, metabolism, and endocrine feedback is very high. they exhibit high anabolic activity, disproportionately strong suppression of the HPGA, and unique progestogenic activity not seen in other AAS
the removal of the 19th carbon changes molecular shape for better androgen receptor fit
reduces compatibility with aromatase enzyme
increases binding affinity for progesterone receptor
this makes a list of compounds that are not "simply" stronger Test but fundamentally different modulators.
all 19nors share
high anabolic potency
strong HPG axis suppression
progestogenic effects
significant cardiovascular risks
they differ in
aromatization potential
androgen receptor affinity
and specific tissue effects.
nandrolone is the most clinically studied
19nor with used medical use in wasting diseases, anemia, and osteoporosis. it offers mid potency with a side effect profile often described as milder than trenbolone though suppression remains significant and prolactin related issues are common.
it binds the AR with higher affinity than testosterone and activates progesterone receptor. it aromatizes at roughly 20% the rate of test:estrogen that contributes some estrogenic support without significant water retention. 5 alpha reduction produces dihydronandrolone which is a weaker androgen than parent compound,
reducing androgenic effects in tissues with high 5 alpha reductase like scalp and prostate. this conversion explains why hair loss and acne are less pronounced than with testosterone for many users.
behavior favors anabolic effects over androgenic ones.
users report steady gains rather than rapid
changes
collagen synthesis:
supporting joint comfort and connective tissue health which is frequently cited reason for use among older athletes or those with chronic joint issues
bone density:
improves through both direct androgen receptor activation and weak estrogenic metabolites supporting skeletal health.
progestogenic activity is the deciding challenge of nandrolone.
why?
activation of progesterone receptor suppresses GnRH and LH creating deep hypothalamic shutdown. prolactin elevation can occur indirectly,
resulting in
libido dysfunction
erectile issues
emotional blunting
gynecomastia risk
with the cardiovascular problems like HDL suppression and LDL elevation (though generally less severe than trenbolone) blood pressure increases and erythrocytosis occurs increasing hematocrit and blood viscosity.
dosing and administration
depends on ester choice
nandrolone decanoate
is the most common ester with 6 to 12 day half life with weekly or twice weekly injection for stable levels.
nandrolone phenylpropionate
has shorter 2 to 4 day half life requiring EOD or E3D administration which some prefer for faster clearance( if side effects emerge)
average dose for decanoate
200 to 400 mg
medium dose
400 to 600 mg
high dose
600 to 800 mg
phenylpropionate dosing runs roughly 30% lower due to more frequent administration maintaining steadier levels.
average dose
150 to 300 mg
medium dose
300 to 450 mg
high doss
450 to 600 mg
duration
10 to 16 weeks
prolactin management requires dopamine agonists like
cabergoline at 0.25 0.5 mg twice weekly
or
pramipexole at 0.125 to 0.25 mg daily.
start these when prolactin symptoms emerge.
proactive use prevents symptoms but adds burden.
estrogen management may need aromatase inhibitors at low doses though conversion is minimal.
pct requires standard SERMs like clomiphene or tamoxifen. recovery time is longer than testosterone cycles due to deeper suppression and prolactin axis involvement. HCG use during cycle or before PCT helps maintain testicular size and speeds recovery.
19nor with used medical use in wasting diseases, anemia, and osteoporosis. it offers mid potency with a side effect profile often described as milder than trenbolone though suppression remains significant and prolactin related issues are common.
it binds the AR with higher affinity than testosterone and activates progesterone receptor. it aromatizes at roughly 20% the rate of test:estrogen that contributes some estrogenic support without significant water retention. 5 alpha reduction produces dihydronandrolone which is a weaker androgen than parent compound,
reducing androgenic effects in tissues with high 5 alpha reductase like scalp and prostate. this conversion explains why hair loss and acne are less pronounced than with testosterone for many users.
behavior favors anabolic effects over androgenic ones.
users report steady gains rather than rapid
changes
collagen synthesis:
supporting joint comfort and connective tissue health which is frequently cited reason for use among older athletes or those with chronic joint issues
bone density:
improves through both direct androgen receptor activation and weak estrogenic metabolites supporting skeletal health.
progestogenic activity is the deciding challenge of nandrolone.
why?
activation of progesterone receptor suppresses GnRH and LH creating deep hypothalamic shutdown. prolactin elevation can occur indirectly,
resulting in
libido dysfunction
erectile issues
emotional blunting
gynecomastia risk
with the cardiovascular problems like HDL suppression and LDL elevation (though generally less severe than trenbolone) blood pressure increases and erythrocytosis occurs increasing hematocrit and blood viscosity.
dosing and administration
depends on ester choice
nandrolone decanoate
is the most common ester with 6 to 12 day half life with weekly or twice weekly injection for stable levels.
nandrolone phenylpropionate
has shorter 2 to 4 day half life requiring EOD or E3D administration which some prefer for faster clearance( if side effects emerge)
average dose for decanoate
200 to 400 mg
medium dose
400 to 600 mg
high dose
600 to 800 mg
phenylpropionate dosing runs roughly 30% lower due to more frequent administration maintaining steadier levels.
average dose
150 to 300 mg
medium dose
300 to 450 mg
high doss
450 to 600 mg
duration
10 to 16 weeks
prolactin management requires dopamine agonists like
cabergoline at 0.25 0.5 mg twice weekly
or
pramipexole at 0.125 to 0.25 mg daily.
start these when prolactin symptoms emerge.
proactive use prevents symptoms but adds burden.
estrogen management may need aromatase inhibitors at low doses though conversion is minimal.
pct requires standard SERMs like clomiphene or tamoxifen. recovery time is longer than testosterone cycles due to deeper suppression and prolactin axis involvement. HCG use during cycle or before PCT helps maintain testicular size and speeds recovery.
trenbolone
my love
is the most potent 19nor with approximately 3-5 times the AR binding affinity of test. it was developed for veterinary use in cattle.
it represents the extreme end of anabolic potency and systemic disruption with effects that are dramatic but commonly unsustainable for many users.
it binds AR with extreme affinity, activates progesterone receptor strongly, exhibits essentially zero aromatization, and potently antagonizes glucocorticoid receptor. this quadruple mechanism produces rapid recomposition effects unmatched by other compounds. the combination of strong androgen signaling, anti catabolic protection, and lack of estrogen makes this mogger compound.
anti glucocorticoid activity interferes with cortisol signaling at receptor level reducing muscle breakdown and shifting protein balance strongly anabolic. this is particularly valuable during calorie restriction when cortisol rises naturally, making it optimal for cutting phases. nutrient partitioning improves dramatically directing calories toward lean tissue over fat storage even in energy deficit.
AMPK activation and mitochondrial efficiency increases are (suggested in animal models though human confirmation is absent and should not be assumed)
net biological behavior is very highly anabolic combined with very high androgenic effects. suppression of HPG axis is extreme and rapid often noticed within days of initiation. the dry appearance from zero estrogen conversion is very good for physique competition but contributes to joint discomfort, mood instability, and cardiovascular strain from lack of estrogenic protection.
in the system effects are dream like:
rapid muscle hypertrophy with fibers appearing dense and hard
reduced fat storage even with increased caloric intake
severe HDL cholesterol suppression often exceeding 70 percent reduction
increased arterial stiffness measurable by pulse wave velocity, and significant CNS impact.
insomnia is nearly universal with timing of doses affecting sleep significantly. many users cannot sleep more than 4 to 6 hours even with fatigue. mood can go from increased aggression to anxiety to depressive symptoms with some experiencing what they describe as tren cough from acute cardiovascular stress or pulmonary oil microembolism. libido changes are unpredictable with some reporting hypersexuality and others complete dysfunction often switching between extremes.
dosing and administration
trenbolone acetate has 2 to 3 day half life requiring EOD injection minimum to maintain stable levels and minimize side effect peaks.( some users inject daily for maximum stability)
trenbolone enanthate has 7 to 10 day half life allowing twice weekly administration which many prefer for reduced injection frequency though side effects persist longer if they emerge.
trenbolone hex(ahydrobenzylcarbonate) has similar kinetics to enanthate with slightly longer half life.
acetate
average dose
200 to 300 mg
medium dose
300 to 400 mg
high dose
400 to 600 mg
enthate
average dose
200 to 300 mg
medium
300 to 400 mg
high
400 to 500 mg
hex follows similar dosing to enanthate with slightly lower mg requirements due to extended release
duration
typically 8 to 12 weeks
post cycle recovery is prolonged and difficult. suppression is deep and multi axis involving androgen, progesterone, and prolactin systems. SERMs are necessary but may take longer to show effect. HCG use is strongly recommended to maintain testicular architecture during cycle.
some users use nandrolone or testosterone tapering before full discontinuation to ease transition.
my love
is the most potent 19nor with approximately 3-5 times the AR binding affinity of test. it was developed for veterinary use in cattle.
it represents the extreme end of anabolic potency and systemic disruption with effects that are dramatic but commonly unsustainable for many users.
it binds AR with extreme affinity, activates progesterone receptor strongly, exhibits essentially zero aromatization, and potently antagonizes glucocorticoid receptor. this quadruple mechanism produces rapid recomposition effects unmatched by other compounds. the combination of strong androgen signaling, anti catabolic protection, and lack of estrogen makes this mogger compound.
anti glucocorticoid activity interferes with cortisol signaling at receptor level reducing muscle breakdown and shifting protein balance strongly anabolic. this is particularly valuable during calorie restriction when cortisol rises naturally, making it optimal for cutting phases. nutrient partitioning improves dramatically directing calories toward lean tissue over fat storage even in energy deficit.
AMPK activation and mitochondrial efficiency increases are (suggested in animal models though human confirmation is absent and should not be assumed)
net biological behavior is very highly anabolic combined with very high androgenic effects. suppression of HPG axis is extreme and rapid often noticed within days of initiation. the dry appearance from zero estrogen conversion is very good for physique competition but contributes to joint discomfort, mood instability, and cardiovascular strain from lack of estrogenic protection.
in the system effects are dream like:
rapid muscle hypertrophy with fibers appearing dense and hard
reduced fat storage even with increased caloric intake
severe HDL cholesterol suppression often exceeding 70 percent reduction
increased arterial stiffness measurable by pulse wave velocity, and significant CNS impact.
insomnia is nearly universal with timing of doses affecting sleep significantly. many users cannot sleep more than 4 to 6 hours even with fatigue. mood can go from increased aggression to anxiety to depressive symptoms with some experiencing what they describe as tren cough from acute cardiovascular stress or pulmonary oil microembolism. libido changes are unpredictable with some reporting hypersexuality and others complete dysfunction often switching between extremes.
dosing and administration
trenbolone acetate has 2 to 3 day half life requiring EOD injection minimum to maintain stable levels and minimize side effect peaks.( some users inject daily for maximum stability)
trenbolone enanthate has 7 to 10 day half life allowing twice weekly administration which many prefer for reduced injection frequency though side effects persist longer if they emerge.
trenbolone hex(ahydrobenzylcarbonate) has similar kinetics to enanthate with slightly longer half life.
acetate
average dose
200 to 300 mg
medium dose
300 to 400 mg
high dose
400 to 600 mg
enthate
average dose
200 to 300 mg
medium
300 to 400 mg
high
400 to 500 mg
hex follows similar dosing to enanthate with slightly lower mg requirements due to extended release
duration
typically 8 to 12 weeks
post cycle recovery is prolonged and difficult. suppression is deep and multi axis involving androgen, progesterone, and prolactin systems. SERMs are necessary but may take longer to show effect. HCG use is strongly recommended to maintain testicular architecture during cycle.
some users use nandrolone or testosterone tapering before full discontinuation to ease transition.
trestolone
trestolone is an experimental 19nor
it is ultra potent with unique pharmacology including significant estrogenic activity despite 19nor structure and no requirement for 5 alpha reduction.
it shows a different branch of 19nor development prioritizing complete reproductive suppression over anabolic effects though muscle building properties are substantial.
it binds androgen receptor with very high affinity similar to trenbolone, activates progesterone receptor moderately, and produces strong estrogenic signaling through mechanisms not fully characterized in literature. the estrogenic activity is particularly unusual for a 19nor and distinguishes it from trenbolone. it completely suppresses LH and FSH at remarkably low doses
testicular function shuts down rapidly and thoroughly with spermatogenesis suppressed to azoospermia in most users within weeks.
its extremely anabolic with water retention from estrogenic effects unlike the dry trenbolone. this creates appearance more similar to testosterone with fuller muscles and some subcutaneous water. libido is often maintained better than nandrolone or trenbolone due to estrogen support preventing the low estrogen symptoms that plague other 19nors. muscle gains are substantial with quality similar to other potent compounds.
it also gives you rapid mass gain with wet appearance, increased water retention elevating blood pressure from fluid volume,
strong suppression requiring extended recovery with fertility implications
less predictable lipid effects than trenbolone due to estrogenic protection possibly offering some cardiovascular benefit
though this is speculative
dosing and administration
trestolone acetate has short half life approximately 8 to 12 hours requiring ED or EOD administration for stability.
this is demanding
trestolone enanthate allows twice weekly injection improving adherence significantly.
acetate
average dose
10 to 20 mg daily or 20 to 40 mg EOD
medium dose
20 to 30 mg daily
high dose
30 to 50 mg daily.
enanthate
average dose
100 to 200 mg weekly split twice weekly
medium
200 to 300 mg weekly
high
300 to 400 mg weekly
duration is typically 8 to 12 weeks.
fertility suppression is the intended effect(medically) at dose of 5 10 mg daily. recovery of spermatogenesis after cessation is variable and potentially prolonged.
this compound is
specifically designed to shut down reproductive function making it unsuitable for those concerned with fertility preservation or uncertain about future reproductive goals.
estrogen management is unusual for a 19nor. some users require aromatase inhibitors if estrogenic effects become problematic though many find the estrogenic support beneficial for mood, libido, and joint comfort.
trestolone is an experimental 19nor
it is ultra potent with unique pharmacology including significant estrogenic activity despite 19nor structure and no requirement for 5 alpha reduction.
it shows a different branch of 19nor development prioritizing complete reproductive suppression over anabolic effects though muscle building properties are substantial.
it binds androgen receptor with very high affinity similar to trenbolone, activates progesterone receptor moderately, and produces strong estrogenic signaling through mechanisms not fully characterized in literature. the estrogenic activity is particularly unusual for a 19nor and distinguishes it from trenbolone. it completely suppresses LH and FSH at remarkably low doses
testicular function shuts down rapidly and thoroughly with spermatogenesis suppressed to azoospermia in most users within weeks.
its extremely anabolic with water retention from estrogenic effects unlike the dry trenbolone. this creates appearance more similar to testosterone with fuller muscles and some subcutaneous water. libido is often maintained better than nandrolone or trenbolone due to estrogen support preventing the low estrogen symptoms that plague other 19nors. muscle gains are substantial with quality similar to other potent compounds.
it also gives you rapid mass gain with wet appearance, increased water retention elevating blood pressure from fluid volume,
strong suppression requiring extended recovery with fertility implications
less predictable lipid effects than trenbolone due to estrogenic protection possibly offering some cardiovascular benefit
though this is speculative
dosing and administration
trestolone acetate has short half life approximately 8 to 12 hours requiring ED or EOD administration for stability.
this is demanding
trestolone enanthate allows twice weekly injection improving adherence significantly.
acetate
average dose
10 to 20 mg daily or 20 to 40 mg EOD
medium dose
20 to 30 mg daily
high dose
30 to 50 mg daily.
enanthate
average dose
100 to 200 mg weekly split twice weekly
medium
200 to 300 mg weekly
high
300 to 400 mg weekly
duration is typically 8 to 12 weeks.
fertility suppression is the intended effect(medically) at dose of 5 10 mg daily. recovery of spermatogenesis after cessation is variable and potentially prolonged.
this compound is
specifically designed to shut down reproductive function making it unsuitable for those concerned with fertility preservation or uncertain about future reproductive goals.
estrogen management is unusual for a 19nor. some users require aromatase inhibitors if estrogenic effects become problematic though many find the estrogenic support beneficial for mood, libido, and joint comfort.
Dihydrotestosterone
is at the top of natural androgen potency. it binds androgen receptor 2-5x times better than testosterone and cannot turn into estrogen. most tissues make their own DHT locally using 5 alpha reductase enzymes rather than importing it from blood. this local production means serum levels dont tell you alot about what tissues actually experience.
type I 5 alpha reductase is
in skin and liver
type II concentrates in
prostate and genital skin
type III s less mapped.
fetal development relies on DHT for penile and scrotal formation. puberty uses it for facial and body hair growth. adult life uses it to maintain prostate size and unfortunately to miniaturize scalp follicles in genetically prone men. muscle has little benefit from DHT compared to testosterone making it primarily a cosmetic and developmental hormone rather than an anabolic one.
the brain handles DHT differently
converting it to 3 beta diol which activates estrogen receptor beta and modulates stress response. this neurosteroid pathway operates parallel to classical androgen signaling and explains some mood swings.
chemists took this and modified it.
17 alpha alkylation created oral bioavailability at the cost of liver stress. 2 position substitutions tweaked anabolic versus androgenic bias. ring fusions altered gene transcription patterns.
the result is a shit ton of compounds that share non aromatization but diffrentiate sharply in practical effecte, having a similar structure of DHT.
is at the top of natural androgen potency. it binds androgen receptor 2-5x times better than testosterone and cannot turn into estrogen. most tissues make their own DHT locally using 5 alpha reductase enzymes rather than importing it from blood. this local production means serum levels dont tell you alot about what tissues actually experience.
type I 5 alpha reductase is
in skin and liver
type II concentrates in
prostate and genital skin
type III s less mapped.
fetal development relies on DHT for penile and scrotal formation. puberty uses it for facial and body hair growth. adult life uses it to maintain prostate size and unfortunately to miniaturize scalp follicles in genetically prone men. muscle has little benefit from DHT compared to testosterone making it primarily a cosmetic and developmental hormone rather than an anabolic one.
the brain handles DHT differently
converting it to 3 beta diol which activates estrogen receptor beta and modulates stress response. this neurosteroid pathway operates parallel to classical androgen signaling and explains some mood swings.
chemists took this and modified it.
17 alpha alkylation created oral bioavailability at the cost of liver stress. 2 position substitutions tweaked anabolic versus androgenic bias. ring fusions altered gene transcription patterns.
the result is a shit ton of compounds that share non aromatization but diffrentiate sharply in practical effecte, having a similar structure of DHT.
Oxandrolone
chemists added an oxygen at carbon 17 and removed carbon 2 entirely from the DHT molecule.
this single change drops androgenic punch while preserving muscle protein synthesis activation. the compound passes through liver with moderate resistance and shows up in bloodstream ready to enter muscle cells.
inside muscle it turns on mTOR and ribosomal biogenesis without hammering prostate or skin nor androgen receptors as hard as actual DHT. this selectivity makes it useful for preserving lean mass when cutting.
the liver gets less toxicity compared to its brothers.
HDL drops and LDL rises on standard lipid panels. enzymes may elevate with prolonged use. suppression of natural testosterone occurs but gentler than heavier orals. the high cost reflects difficult synthesis and constant faking. some source's tablets frequently contain cheaper stuff like winstrol or dianabol instead.
dosing and administration
oral bioavailability requires no ester. half life is 8 to 12 hours meaning you can dose twice daily for stable levels. many users take entire dose pre workout for raw strength effect though this increases peak trough variation.
average dose:
20 to 30 mg daily split morning and evening
medium dose:
40 to 50 MG ED
high dose:
60 to 100 mg ED
cycle duration
6 to 12 weeks
chemists added an oxygen at carbon 17 and removed carbon 2 entirely from the DHT molecule.
this single change drops androgenic punch while preserving muscle protein synthesis activation. the compound passes through liver with moderate resistance and shows up in bloodstream ready to enter muscle cells.
inside muscle it turns on mTOR and ribosomal biogenesis without hammering prostate or skin nor androgen receptors as hard as actual DHT. this selectivity makes it useful for preserving lean mass when cutting.
the liver gets less toxicity compared to its brothers.
HDL drops and LDL rises on standard lipid panels. enzymes may elevate with prolonged use. suppression of natural testosterone occurs but gentler than heavier orals. the high cost reflects difficult synthesis and constant faking. some source's tablets frequently contain cheaper stuff like winstrol or dianabol instead.
dosing and administration
oral bioavailability requires no ester. half life is 8 to 12 hours meaning you can dose twice daily for stable levels. many users take entire dose pre workout for raw strength effect though this increases peak trough variation.
average dose:
20 to 30 mg daily split morning and evening
medium dose:
40 to 50 MG ED
high dose:
60 to 100 mg ED
cycle duration
6 to 12 weeks
a pyrazole ring fused onto the nucleus distinguishes this derivative.
the modification changes how androgen receptor interacts with DNA and cofactors producing a gene expression profile favoring strength over bulk. it also annihilates sex hormone binding globulin freeing up testosterone and other androgens to circulate unbound, but proviron is better itself at this.
the SHBG crash matters because free hormone is active hormone. users report strength jumping before scale weight moves much.
although
the same mechanism causes trouble
collagen synthesis drops
tendons lose resilience
joints dry out and ache
lipid panels look worse than many alternatives with HDL suppression severe even at moderate durations. liver stress is big though not the worst. the injectable version circulates as micronized crystals in water avoiding first pass liver metabolism somewhat but cardiovascular and lipid risks remain the same. joint pain drives many users to throw it regardless of strength benefits.
dosing and administration
oral form is 17 alpha alkylated with 9 hour half life requiring twice ed dosing. injectable form is aqueous suspension not oil based with similar pharmacokinetics. both routes share identical effects and risks despite popular belief that injectable spares liver. IT DOES NOT
average oral dose :
25 to 50 mg daily split AM and PM
medium dose
50 to 75 mg daily
high dose
100mg
injectable dose is similar ranging 50 to 100 mg daily or EOD
duration
6 weeks
not suitable for long bulking phases due to tissue injury risk.
the modification changes how androgen receptor interacts with DNA and cofactors producing a gene expression profile favoring strength over bulk. it also annihilates sex hormone binding globulin freeing up testosterone and other androgens to circulate unbound, but proviron is better itself at this.
the SHBG crash matters because free hormone is active hormone. users report strength jumping before scale weight moves much.
although
the same mechanism causes trouble
collagen synthesis drops
tendons lose resilience
joints dry out and ache
lipid panels look worse than many alternatives with HDL suppression severe even at moderate durations. liver stress is big though not the worst. the injectable version circulates as micronized crystals in water avoiding first pass liver metabolism somewhat but cardiovascular and lipid risks remain the same. joint pain drives many users to throw it regardless of strength benefits.
dosing and administration
oral form is 17 alpha alkylated with 9 hour half life requiring twice ed dosing. injectable form is aqueous suspension not oil based with similar pharmacokinetics. both routes share identical effects and risks despite popular belief that injectable spares liver. IT DOES NOT
average oral dose :
25 to 50 mg daily split AM and PM
medium dose
50 to 75 mg daily
high dose
100mg
injectable dose is similar ranging 50 to 100 mg daily or EOD
duration
6 weeks
not suitable for long bulking phases due to tissue injury risk.
Drostanolone
2 alpha methylation adds metabolic armor and boosts androgen receptor binding. the molecule skips 17 alpha alkylation entirely making it injectable only and liver sparing from direct chemical stress. once in muscle from propionate or enanthate ester it migrates to target tissues and binds AR with conviction.
the binding produces cosmetic effects disproportionate to scale weight changes.
muscle looks denser and harder since the skin also tightens.
estrogen mediated water retention faces opposition through competitive mechanisms at target tissue level despite the compound having no affinity for estrogen receptor itself. this anti estrogenic quality makes it popular for final weeks before physique competition when every detail matters.
androgenic side effects are high relative to muscle building capacity.
hairlines recede faster
you turn into pepperoni pizza
prostate symptoms worsen in older users
will experience little to those carrying significant bf%
requiring leanness (its law anyways) to reveal its aesthetic effects.
dosing and administration
propionate
has 2 day half life requiring Eod injection minimum.
enthate
has 5 to 7 day half life allowing twice weekly or every three day injection.
( acetate ester exists but less common with similar to propionate.)
average P low dose
300 to 400 mg weekly split EOD
medium dose
400 to 500 mg weekly.
high dose
500 to 700 mg weekly
duration
8 to 12 weeks.
some use only final 2 to 4 weeks pre contest for peak hardness.
2 alpha methylation adds metabolic armor and boosts androgen receptor binding. the molecule skips 17 alpha alkylation entirely making it injectable only and liver sparing from direct chemical stress. once in muscle from propionate or enanthate ester it migrates to target tissues and binds AR with conviction.
the binding produces cosmetic effects disproportionate to scale weight changes.
muscle looks denser and harder since the skin also tightens.
estrogen mediated water retention faces opposition through competitive mechanisms at target tissue level despite the compound having no affinity for estrogen receptor itself. this anti estrogenic quality makes it popular for final weeks before physique competition when every detail matters.
androgenic side effects are high relative to muscle building capacity.
hairlines recede faster
you turn into pepperoni pizza
prostate symptoms worsen in older users
will experience little to those carrying significant bf%
requiring leanness (its law anyways) to reveal its aesthetic effects.
dosing and administration
propionate
has 2 day half life requiring Eod injection minimum.
enthate
has 5 to 7 day half life allowing twice weekly or every three day injection.
( acetate ester exists but less common with similar to propionate.)
average P low dose
300 to 400 mg weekly split EOD
medium dose
400 to 500 mg weekly.
high dose
500 to 700 mg weekly
duration
8 to 12 weeks.
some use only final 2 to 4 weeks pre contest for peak hardness.
Mesterolone
1 methylation changes binding preferences so dramatically that SHBG attracts it more strongly than androgen receptor itself. the molecule functions as destroying rather than building
by occupying SHBG binding sites it frees testosterone and other androgens to circulate unbound and active. total androgen load increases without adding much direct signaling itself. libido often improves through mechanisms involving both free hormone availability and direct neural effects.
muscle building is minimal. suppression of natural production is mild at moderate doses because hypothalamic feedback sees little androgenic signal. bridge use between cycles maintains some androgenic tone without full recovery commitment though this strategy delays HPTA restoration.
dosing and administration
oral only with 8 to 12 hour half life. typically dosed twice daily for stable levels though many take once daily.
average dose
25 to 50 mg daily split AM and PM
medium dose
50 to 100 mg daily.
high dose
100 to 150 milligrams daily.
duration is highly variable. some use continuously for months during cruise phases. others use 4 to 8 week blocks during cycles for libido support. it is not cycled in traditional sense due to minimal suppression and low toxicity.
cost is low per tablet.
1 methylation changes binding preferences so dramatically that SHBG attracts it more strongly than androgen receptor itself. the molecule functions as destroying rather than building
by occupying SHBG binding sites it frees testosterone and other androgens to circulate unbound and active. total androgen load increases without adding much direct signaling itself. libido often improves through mechanisms involving both free hormone availability and direct neural effects.
muscle building is minimal. suppression of natural production is mild at moderate doses because hypothalamic feedback sees little androgenic signal. bridge use between cycles maintains some androgenic tone without full recovery commitment though this strategy delays HPTA restoration.
dosing and administration
oral only with 8 to 12 hour half life. typically dosed twice daily for stable levels though many take once daily.
average dose
25 to 50 mg daily split AM and PM
medium dose
50 to 100 mg daily.
high dose
100 to 150 milligrams daily.
duration is highly variable. some use continuously for months during cruise phases. others use 4 to 8 week blocks during cycles for libido support. it is not cycled in traditional sense due to minimal suppression and low toxicity.
cost is low per tablet.
Oxymetholone
despite DHT ancestry this one acts through poorly. androgen receptor binding is weak yet anabolic effects are among the strongest of any oral.
estrogenic effects appear without aromatization possibly through progesterone receptor interaction or non genomic membrane signaling.
mass accumulates rapidly therefore strength rises too appetite increases dramatically. water retention bloats appearance despite no direct estrogen conversion.
hepatotoxicity is severe among the worst.
the water retention is functionally estrogenic despite chemical non aromatization so dont worry and dont use arotmase inhibitors.
dosing and administration
oral with 8 to 9 hour half life. typically dosed once daily due to potency and tolerance.
average dose
25 to 50mg daily
medium dose
50 to 100 mg daily
high dose
100 to 150 mg daily
duration
4 to 6 weeks
time off must equal or exceed time on to allow organ recovery.
despite DHT ancestry this one acts through poorly. androgen receptor binding is weak yet anabolic effects are among the strongest of any oral.
estrogenic effects appear without aromatization possibly through progesterone receptor interaction or non genomic membrane signaling.
mass accumulates rapidly therefore strength rises too appetite increases dramatically. water retention bloats appearance despite no direct estrogen conversion.
hepatotoxicity is severe among the worst.
the water retention is functionally estrogenic despite chemical non aromatization so dont worry and dont use arotmase inhibitors.
dosing and administration
oral with 8 to 9 hour half life. typically dosed once daily due to potency and tolerance.
average dose
25 to 50mg daily
medium dose
50 to 100 mg daily
high dose
100 to 150 mg daily
duration
4 to 6 weeks
time off must equal or exceed time on to allow organ recovery.
@annenisikeyim
@Uraniumescent
@AppealGod123
@incelincel
@Uraniumescent
@AppealGod123
@incelincel
I'm just saying if youre advertising it as "the only thread you ever need" its a good idea to cover all bases... just one mention of one site for im injections? most high level guys are going to rotate 6-10 different sites. No mention of these other areas or how much volume any of them can typically hold? Way more goes into this
