Info Testosteron (1000posts)

[HalhaI]

Testosterone

the primary endogenous sex hormone in men, is a bioidentical
anabolic-androgenic steroid (AAS) essential for male physiology. Many people think of
testosterone as the boring default androgen that has no interesting properties apart
from agonizing the androgen receptor, but this is not true. Testosterone does have some
unique properties that deviate it from being purely an androgen receptor agonist.
WISP-2 mRNA expression
Testosterone promotes muscle growth and fat loss by increasing WISP-2 mRNA
expression (likely due to its aromatization into estradiol), which regulates growth factors
like IGF-1 and TGF-β. WISP-2 enhances lean mass, reduces fat, and improves insulin




sensitivity

Insulin sensitivity
Testosterone increases insulin sensitivity primarily through its metabolism into estradiol
and DHT. It decreases glucocorticoids (cortisol) in the liver through 5a-reductase, which
decreases catabolism and increases insulin sensitivity. It also greatly increases glucose
metabolism through its aromatization into estradiol and subsequ ent agonism of ER-a

A Verified Halhal

 

[BigDihDiddy]

Testosterone is haram

 

[Mirin]

Testosterone

the primary endogenous sex hormone in men, is a bioidentical
anabolic-androgenic steroid (AAS) essential for male physiology. Many people think of
testosterone as the boring default androgen that has no interesting properties apart
from agonizing the androgen receptor, but this is not true. Testosterone does have some
unique properties that deviate it from being purely an androgen receptor agonist.
WISP-2 mRNA expression
Testosterone promotes muscle growth and fat loss by increasing WISP-2 mRNA
expression (likely due to its aromatization into estradiol), which regulates growth factors
like IGF-1 and TGF-β. WISP-2 enhances lean mass, reduces fat, and improves insulin
View attachment 246846View attachment 246847



sensitivity

Insulin sensitivity
Testosterone increases insulin sensitivity primarily through its metabolism into estradiol
and DHT. It decreases glucocorticoids (cortisol) in the liver through 5a-reductase, which
decreases catabolism and increases insulin sensitivity. It also greatly increases glucose
metabolism through its aromatization into estradiol and subsequ ent agonism of ER-a
View attachment 246848View attachment 246856





View attachment 246853

A Verified Halhal

What if I inject insulin straight into my vessels

 

[WhitePussyEater]

yeh mirinn

 

[enzyme]

What if I inject insulin straight into my vessels

You could, but i would strongly advise against it. If you dont have proper medical training you could cause more problems. If you are going to do insulin just do it normally subcutaneous. It has a better (more natural) absorption graph and doesnt disrupt bodily functions that way and enters the bloodstream gradually with buffer time.

The most serious consequence would be a sudden and dangerous drop in blood sugar. Insulin rapidly pushes glucose out of the blood into body cells and at the same time prevents the liver from releasing glucose. When this happens too fast, blood sugar can fall to critically low levels within minutes. Such a rapid drop in blood sugar can lead to symptoms like sweating, shaking, confusion, anxiety, dizziness, and a racing heart. If the brain does not receive enough glucose, the person may lose consciousness, have seizures, or fall into a coma. Prolonged or severe hypoglycemia can cause permanent brain damage or be fatal. Insulin also affects electrolytes, especially potassium. A sudden shift of potassium into cells can disturb the heart’s electrical activity and lead to dangerous heart rhythm problems.

Of course this is all heavily dose-dependant but honestly just dont.

 

[Spiderman.]

You could, but i would strongly advise against it. If you dont have proper medical training you could cause more problems. If you are going to do insulin just do it normally subcutaneous. It has a better (more natural) absorption graph and doesnt disrupt bodily functions that way and enters the bloodstream gradually with buffer time.

The most serious consequence would be a sudden and dangerous drop in blood sugar. Insulin rapidly pushes glucose out of the blood into body cells and at the same time prevents the liver from releasing glucose. When this happens too fast, blood sugar can fall to critically low levels within minutes. Such a rapid drop in blood sugar can lead to symptoms like sweating, shaking, confusion, anxiety, dizziness, and a racing heart. If the brain does not receive enough glucose, the person may lose consciousness, have seizures, or fall into a coma. Prolonged or severe hypoglycemia can cause permanent brain damage or be fatal. Insulin also affects electrolytes, especially potassium. A sudden shift of potassium into cells can disturb the heart’s electrical activity and lead to dangerous heart rhythm problems.

Of course this is all heavily dose-dependant but honestly just dont.

Can I also pin it straight to my dih

 

[enzyme]

Can I also pin it straight to my dih

Only with a doctor present