Why Men are becoming Weaker (Documentary)

[residue]

Thats why the White man totally owned the blacks in their own countries 
So much for them being hard men.

Look at many fighting sports its all white Eastern Europeans winning mainly.
The best 2 heavyweight boxers are white men & have destroyed several tough
Black men easily on route to get there.

Try again - maybe stick to they're the best sprinters & I'd agree.

Gyppos aren’t white, they’re north Indians.


You can easily own someone if you have guns and they don’t, don’t you need an abundance of testosterone to lift gun. Americans have always been thought of as soft, ask anyone not from America. Y’all just have the biggest guns and bombs

[illuminati]

Gyppos aren’t white, they’re north Indians.


You can easily own someone if you have guns and they don’t, don’t you need an abundance of testosterone to lift gun. Americans have always been thought of as soft, ask anyone not from America. Y’all just have the biggest guns and bombs

Not much of answer is it really.

WTF you on about Gyppos for ??


So not only are we whites Better & stronger we're clearly much more mentally
advanced than Blacks or they'd have invented Guns 

Don't take a stick or spear to a Gun fight. 

HTH

[residue]

Not much of answer is it really.

WTF you on about Gyppos for ??


So not only are we whites Better & stronger we're clearly much more mentally
advanced than Blacks or they'd have invented Guns 

Don't take a stick or spear to a Gun fight. 

HTH

the chinese invented guns.


you said the best 2 heavyweights are white
whats on his waist?

[illuminati]

the chinese invented guns.


you said the best 2 heavyweights are white
whats on his waist?

The white man used them to rule of the Blacks & Take All they wanted.
Why didn't the oh so intelligent blacks have guns instead of sticks 

What colour is his skin ?
And usyk Ukrainian White - neither of them are Blacks.

Try something else.   

[mops]

Something can also be said about androgen receptor polymorphism. Each individual does not possess the exact same androgen receptors

This is a crucial point regarding testosterone and, broadly speaking, androgen sensitivity.

The gene encoding androgen receptors is polymorphic. Polymorphims in genetics means that several variations of a specific DNA sequence can occur among different individuals or populations.

Each individual will produce a slightly different kind of androgen receptors depending on it's codon repeats.

A codon is a DNA sequence of 3 nucleotides.
Nucleotides are molecules composed of a sugar, a phosphate and, most importantly, a base ( Adenine, Thymine, Cytosine, Guanine - abbreviated A,T,C,G)

Now here's the thing, the genetic sequence coding for androgen receptors is composed of C-A-G codon repeats. ( Cytosine - Adenine - Guanine )

In normal people, the CAG repeats can range from 6 to 39 ( in other words, this code can be repeated 6 times up to 39 times to produce an androgen receptor.)



My point is that there are two kinds of people in this world :

• Those with short CAG repeats ( up to 23 repeats.) They are the most sensitive to androgen action, and consequently are typically more masculine, both in terms of appearance and personality.
• Those with long repeats ( from 23 to 39 ). Those folks are typically less androgen sensitive. Estrogen production also tends to be higher in men with long CAG repeats....




There were 2,5 billion people in the world in 1950. Today, where are ~ 8 billion.

A wider gene pool, higher standards of living and negative natural selection ( the "weak" survive and reproduce more often) could partially explain why men are supposedly becoming weaker

[IroNat]

Something can also be said about androgen receptor polymorphism. Each individual does not possess the exact same androgen receptors

This is a crucial point regarding testosterone and, broadly speaking, androgen sensitivity.

The gene encoding androgen receptors is polymorphic. Polymorphims in genetics means that several variations of a specific DNA sequence can occur among different individuals or populations.

Each individual will produce a slightly different kind of androgen receptors depending on it's codon repeats.

A codon is a DNA sequence of 3 nucleotides.
Nucleotides are molecules composed of a sugar, a phosphate and, most importantly, a base ( Adenine, Thymine, Cytosine, Guanine - abbreviated A,T,C,G)

Now here's the thing, the genetic sequence coding for androgen receptors is composed of C-A-G codon repeats. ( Cytosine - Adenine - Guanine )

In normal people, the CAG repeats can range from 6 to 39 ( in other words, this code can be repeated 6 times up to 39 times to produce an androgen receptor.)



My point is that there are two kinds of people in this world :

• Those with short CAG repeats ( up to 23 repeats.) They are the most sensitive to androgen action, and consequently are typically more masculine, both in terms of appearance and personality.
• Those with long repeats ( from 23 to 39 ). Those folks are typically less androgen sensitive. Estrogen production also tends to be higher in men with long CAG repeats....




There were 2,5 billion people in the world in 1950. Today, where are ~ 8 billion.

A wider gene pool, higher standards of living and negative natural selection ( the "weak" survive and reproduce more often) could partially explain why men are supposedly becoming weaker

It all sounds logical.

[Humble Narcissist]

Something can also be said about androgen receptor polymorphism. Each individual does not possess the exact same androgen receptors

This is a crucial point regarding testosterone and, broadly speaking, androgen sensitivity.

The gene encoding androgen receptors is polymorphic. Polymorphims in genetics means that several variations of a specific DNA sequence can occur among different individuals or populations.

Each individual will produce a slightly different kind of androgen receptors depending on it's codon repeats.

A codon is a DNA sequence of 3 nucleotides.
Nucleotides are molecules composed of a sugar, a phosphate and, most importantly, a base ( Adenine, Thymine, Cytosine, Guanine - abbreviated A,T,C,G)

Now here's the thing, the genetic sequence coding for androgen receptors is composed of C-A-G codon repeats. ( Cytosine - Adenine - Guanine )

In normal people, the CAG repeats can range from 6 to 39 ( in other words, this code can be repeated 6 times up to 39 times to produce an androgen receptor.)



My point is that there are two kinds of people in this world :

• Those with short CAG repeats ( up to 23 repeats.) They are the most sensitive to androgen action, and consequently are typically more masculine, both in terms of appearance and personality.
• Those with long repeats ( from 23 to 39 ). Those folks are typically less androgen sensitive. Estrogen production also tends to be higher in men with long CAG repeats....




There were 2,5 billion people in the world in 1950. Today, where are ~ 8 billion.

A wider gene pool, higher standards of living and negative natural selection ( the "weak" survive and reproduce more often) could partially explain why men are supposedly becoming weaker

Dating apps will correct all this.

[_bruce_]

Something can also be said about androgen receptor polymorphism. Each individual does not possess the exact same androgen receptors

This is a crucial point regarding testosterone and, broadly speaking, androgen sensitivity.

The gene encoding androgen receptors is polymorphic. Polymorphims in genetics means that several variations of a specific DNA sequence can occur among different individuals or populations.

Each individual will produce a slightly different kind of androgen receptors depending on it's codon repeats.

A codon is a DNA sequence of 3 nucleotides.
Nucleotides are molecules composed of a sugar, a phosphate and, most importantly, a base ( Adenine, Thymine, Cytosine, Guanine - abbreviated A,T,C,G)

Now here's the thing, the genetic sequence coding for androgen receptors is composed of C-A-G codon repeats. ( Cytosine - Adenine - Guanine )

In normal people, the CAG repeats can range from 6 to 39 ( in other words, this code can be repeated 6 times up to 39 times to produce an androgen receptor.)



My point is that there are two kinds of people in this world :

• Those with short CAG repeats ( up to 23 repeats.) They are the most sensitive to androgen action, and consequently are typically more masculine, both in terms of appearance and personality.
• Those with long repeats ( from 23 to 39 ). Those folks are typically less androgen sensitive. Estrogen production also tends to be higher in men with long CAG repeats....




There were 2,5 billion people in the world in 1950. Today, where are ~ 8 billion.

A wider gene pool, higher standards of living and negative natural selection ( the "weak" survive and reproduce more often) could partially explain why men are supposedly becoming weaker

You're well read for a dog.