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Do Any AAS Raise Your Body Temperature??

tzan

New member
......long story as to why I'm interested in this. I was curious if any aas will raise ones normal body temperature?? If I had to guess I would say it doesn't have any effect on it, but want to see if anyone knows for a fact one way or the other.
 
it can raise blood pressure, which makes me feel hotter...I do notice that i sweat more, especially at night when I am on
 
tzan said:
......long story as to why I'm interested in this. I was curious if any aas will raise ones normal body temperature?? If I had to guess I would say it doesn't have any effect on it, but want to see if anyone knows for a fact one way or the other.

I believe tren does this to me very well...and actually to alot of us ..hence the dredded "night sweats"
 
Tren Acetate for sure.... don't know about Enanthate or Hex...

Test seems to make me a little hotter too, but no where near what tren does..

I sweat like a mofo while using tren A....ALL DAY LONG>>>
 
just cause you sweat, (night sweats for example) does that automatically have a corelation with your body temp?? For example, if I were to take my temperature 4 times a day for 4 weeks while off, then do the same thing while on, do you guys think there would be a difference in my average temp??
 
tzan said:
just cause you sweat, (night sweats for example) does that automatically have a corelation with your body temp?? For example, if I were to take my temperature 4 times a day for 4 weeks while off, then do the same thing while on, do you guys think there would be a difference in my average temp??

Yes it has a direct corelation with your body temp. We perspire to maintain to keep the temperature of our internal thermostat set to an average, normal temperature of 98.6 degrees Fahrenheit. Our bodies come fully equipped with a temperature center in the brain, which consists of a control center, a heating center, and a cooling center.

Our bodies use approximately 2,500 calories of our daily intake of calorie-laden food to fuel the body. This process, known as oxidation, burns the calories, producing enough heat to bring 25 quarts of water to the boiling point. Obviously, our bodies cannot tolerate this heat, which causes the temperature of the blood to rise dramatically, and the cooling center to springs into action.

The cooling center slows the calorie burning process, and dilates, or opens, the blood vessels in the skin to release the excess heat, and the fluid known as perspiration. The release of this fluid cleanses the body, as it pours through our pores, which consist of millions of tiny openings in the skin. Perspiration emerges on the surface of the skin in the form of tiny, microscopic droplets, which quickly evaporate, and cool the body to its normal temperature.

Evaporation of perspiration on humid days slows, and requires the assistance of manmade inventions, such as fans and air conditioners, to carry away the moist air, so our perspiration evaporates, and so our internal thermostat returns to it's normal setting of 98.6 degrees Fahrenheit.
 
swordfish151 said:
Yes it has a direct corelation with your body temp. We perspire to maintain to keep the temperature of our internal thermostat set to an average, normal temperature of 98.6 degrees Fahrenheit. Our bodies come fully equipped with a temperature center in the brain, which consists of a control center, a heating center, and a cooling center.

Our bodies use approximately 2,500 calories of our daily intake of calorie-laden food to fuel the body. This process, known as oxidation, burns the calories, producing enough heat to bring 25 quarts of water to the boiling point. Obviously, our bodies cannot tolerate this heat, which causes the temperature of the blood to rise dramatically, and the cooling center to springs into action.

The cooling center slows the calorie burning process, and dilates, or opens, the blood vessels in the skin to release the excess heat, and the fluid known as perspiration. The release of this fluid cleanses the body, as it pours through our pores, which consist of millions of tiny openings in the skin. Perspiration emerges on the surface of the skin in the form of tiny, microscopic droplets, which quickly evaporate, and cool the body to its normal temperature.

Evaporation of perspiration on humid days slows, and requires the assistance of manmade inventions, such as fans and air conditioners, to carry away the moist air, so our perspiration evaporates, and so our internal thermostat returns to it's normal setting of 98.6 degrees Fahrenheit.


awesome explanantion--where did u excerpt that from?
 
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