Stack for Height and Dimo - GTFIH

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Yo seem like you know what you are doing instead of blasting everything inside of your body to hope that it works could you explain further, I saw you post about letrozole being to much what were the side-effects you experienced (thinking about taking 2.5mgED)?
Tearing up daily, insanely depressed, zero motivation, fatigue and having to distract myself in every way possible to keep on going

If you already are in a bad place mentally, lack motivation or have body dysmorphia like 99% of users here do not take it without an SSRI or even ERb agonists

You will become miserable on it
 
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Reactions: Paul.jnxy and AtrophicPyra
Am too lazy and busy rn in all seriousness but look at this thread I made I made more on other forums too
click on the second thread scroll in the study,
You will see tren+excerise was taller but it’s solely because rats get bigger under tension more than humans but if we remove that variable u can see their femurs r actually smaller than the control group
 
  • Hmm...
Reactions: Paul.jnxy
Am too lazy and busy rn in all seriousness but look at this thread I made I made more on other forums too

click on the second thread scroll in the study,
You will see tren+excerise was taller but it’s solely because rats get bigger under tension more than humans but if we remove that variable u can see their femurs r actually smaller than the control group
Without nuking E2 it surely will rape any existing growth and just from looking at the results none are statistically significant as the paper states itself, as ive said not nuking E2 (thereby progesterone being net-negative) or controlling other things such as prolactin could be negative i guess.

The rats had a weight of 61.80 grams and with a dosage of 500mcg once a week even less considering the enanthate ester so 70% active trenbolone 350mcg once a week in their weaning phase (28 days old) when they're still pups/baby rats, hard to extrapolate from here honestly.

The p-values are not supporting anything aswell as there is a 35.5% probability of the results being a coincidence and the f-value proves further that there isn't anything that statistically significant among all groups.

The reason for the slightly reduced length can be caused by a plethora of causes, not controlled estrogen + high progesterone from trenbolone is very likely to "rape" any existing growth adding on the prolactin problems aswell. The effects aren't as pronounced because of the low dosages used probably, and possible would cause centimetres of height loss in pre-adolescent children but you have to consider the fact that you still gain positive effects on primarily on IGF-1, glucocorticoids, androgens and etc so it wont be as dramatic maybe.

Now that ive read it again this may be all bullshit because tren would suppress the endogenous testosterone production thereby lowering systemic estrogen levels but still amplifying the effect of the remaining local estrogen so the body would still compensate greatly with sensitivity etc. This is if the dose was enough to suppress it adequately.

Just wrote a lot of shit here for you to explain how many theories there could be and that this isn't enough information, not even close by miles, to make a consensus on anything
 
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Reactions: fraudster#1 and Paul.jnxy
Without nuking E2 it surely will rape any existing growth and just from looking at the results none are statistically significant as the paper states itself, as ive said not nuking E2 (thereby progesterone being net-negative) or controlling other things such as prolactin could be negative i guess.

The rats had a weight of 61.80 grams and with a dosage of 500mcg once a week even less considering the enanthate ester so 70% active trenbolone 350mcg once a week in their weaning phase (28 days old) when they're still pups/baby rats, hard to extrapolate from here honestly.

The p-values are not supporting anything aswell as there is a 35.5% probability of the results being a coincidence and the f-value proves further that there isn't anything that statistically significant among all groups.

The reason for the slightly reduced length can be caused by a plethora of causes, not controlled estrogen + high progesterone from trenbolone is very likely to "rape" any existing growth adding on the prolactin problems aswell. The effects aren't as pronounced because of the low dosages used probably, and possible would cause centimetres of height loss in pre-adolescent children but you have to consider the fact that you still gain positive effects on primarily on IGF-1, glucocorticoids, androgens and etc so it wont be as dramatic maybe.

Now that ive read it again this may be all bullshit because tren would suppress the endogenous testosterone production thereby lowering systemic estrogen levels but still amplifying the effect of the remaining local estrogen so the body would still compensate greatly with sensitivity etc. This is if the dose was enough to suppress it adequately.

Just wrote a lot of shit here for you to explain how many theories there could be and that this isn't enough information, not even close by miles, to make a consensus on anythin

my opinion is that androgens ALONE arent good for longitudinal growth. look at androgens effects on mineralization and then look at how negligible the results of non aromatizable androgens are on longitudinal bone growth or even isolated lab setting growth plate cartilage. tho tren upregulating igf-1 (not proven in bone cells) may be controversial after reading this study
 
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@peterk1287
 
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you can go up to 80mg test a week and up tren
choose 1 ai(letro is for rtds)
go up 5mg ed erda and dnr sides
i do not reccomend serm,
halo is will give linear height/spurt), but it will accelerate bone age and will lowere fah
t4, t3 ancillaries jfl
No point in really upping by 10 mgs. Care to explain and give an argument? No sir I won't be DNRing CATSHL syndrome. Why not SERMs are peak. t3 and t4 only on standby.
 
absloutely, test, tren, all anabolics have been proven to stunt growth no matter how much they dont aromatize

anavar does this too in higher doses except its so mild that u can actually use it in specific doses for a specific time frame to increase height velocity and fph, this is bec it sensitizies the locks in the igf1r and is paired with gh for height growth
how so? care to explain?
 
Without nuking E2 it surely will rape any existing growth and just from looking at the results none are statistically significant as the paper states itself, as ive said not nuking E2 (thereby progesterone being net-negative) or controlling other things such as prolactin could be negative i guess.

The rats had a weight of 61.80 grams and with a dosage of 500mcg once a week even less considering the enanthate ester so 70% active trenbolone 350mcg once a week in their weaning phase (28 days old) when they're still pups/baby rats, hard to extrapolate from here honestly.

The p-values are not supporting anything aswell as there is a 35.5% probability of the results being a coincidence and the f-value proves further that there isn't anything that statistically significant among all groups.

The reason for the slightly reduced length can be caused by a plethora of causes, not controlled estrogen + high progesterone from trenbolone is very likely to "rape" any existing growth adding on the prolactin problems aswell. The effects aren't as pronounced because of the low dosages used probably, and possible would cause centimetres of height loss in pre-adolescent children but you have to consider the fact that you still gain positive effects on primarily on IGF-1, glucocorticoids, androgens and etc so it wont be as dramatic maybe.

Now that ive read it again this may be all bullshit because tren would suppress the endogenous testosterone production thereby lowering systemic estrogen levels but still amplifying the effect of the remaining local estrogen so the body would still compensate greatly with sensitivity etc. This is if the dose was enough to suppress it adequately.

Just wrote a lot of shit here for you to explain how many theories there could be and that this isn't enough information, not even close by miles, to make a consensus on anything
I'm curious what's the basis for your understanding of this and how do you like kind of draw the line btw actual facts and speculation or conjecture as I have always struggled with ts
 
IGF-1/GH Axis:
rHGH - 16 ius ed

Androgens:
Test Base - 5 mg ed
Primo - 20 mg ed
Oxandrolone - 10 mg (morning/pre)
Fluoxymesterone - 2.5 mg ed (21 days on 7 off)
Tren - 30 mg pw microdose

E2:
Exemestane - 25 mg eod
Letrozole - 1.25 mg eod
Tamoxifen/Nolvadex - 20 mg ed

FGFR Axis:
Balversa - 3 mg ed (14 days on 7 off)

Skin and Hair:
RU58841 - 20-50 mg per day (5% solution)
Minox - 2.5 mg ed
Isotret - 20mg ed (incase of acne outbreak)
Asthaxanthin - 8 mg ed
GHK-cu - 2 mg ed

Ancillaries:
Empagliflozin
T3
T4
Sevelamer Carbonate
High EPA/DHA Fish Oil
Melatonin
Telmi
Cabergoline
P5P
Aspirin
NAC
TUDCA
Taurine
Lutein
Zeaxanthin
Plus Tons of other shit I will not mention

This will be my second blast as my current first cycle is a lot milder. Any advice is appreciated. :feelswhy:
what side effects are there of Exemestane just curious if i should get me some
 

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