Aromatase converts testosterone into estrogen.
We pointed out that the enzyme
aromatase converts any free testosterone in your body to estrogen.
Not exact matches
Fat (adipose) tissue produces an enzyme called
aromatase that
converts male hormones called androgens into estrogens, female hormones.
Among the genes they validated as transcriptional targets of RORA is the gene for
aromatase, an enzyme that
converts male to female hormones.
In postmenopausal women, the most important source of estrogens is fatty tissue where adrenal androgens are
converted into 17β - estradiol and estrone catalyzed by
aromatase.
You see, the
aromatase continues to do its job
converting some of the excess testosterone into estrogen.
This is the result of introducing high amounts of testosterone in your body, which uses aromatization to
convert this testosterone into estrogens with the help of the enzyme
aromatase.
Another big benefit of resveratrol is that it's an
aromatase inhibitor, meaning that it prevents testosterone from
converting into estrogen.
The
aromatase enzyme is responsible for
converting your precious testosterone into estrogen, which is one of the major reasons why overweight men tend to have really low levels of testosterone.
One reason for this may be that fat cells contain more
aromatase, an enzyme that
converts testosterone to estrogen.
This is because fat cells store the female hormone estrogen and they also contain the enzyme
aromatase, which
converts estrogen to testosterone.
We know that fat cells contain the enzyme
aromatase, which
converts testosterone into estrogen.
Without adequate amounts of zinc, the testicular cells lose the ability to
convert lipids, concentration of androgen receptors decrease and levels of
aromatase in the liver are inhibited.
There is one difference — belly fat produces an enzyme called
aromatase that seeks out free testosterone in the bloodstream and
converts it to estradiol — the most common type of estrogen.
Studies show that nettle extracts do boost testosterone levels by inhibiting the action of enzyme
aromatase that
converts free testosterone to estrogen as well as binding with the Sex hormone binding globulin that arrests free testosterone.
Unfortunately, certain enzymes in the body such as
aromatase are continually
converting the free testosterone to estrogen.
Now
aromatase is a very bad enzyme because it
converts free testosterone to estrogen.
Aromatase: This enzyme is critical because it
converts testosterone to estrogen.
Excess exogenous testosterone is
converted to estrogen by the enzyme
aromatase.
Prescribing testosterone to this patient to alleviate his symptoms may result in increasing his levels of estradiol if his
aromatase enzyme, which readily
converts testosterone to estradiol, is overactive.
* Drinking alcohol, any alcohol, causes an enzyme called
aromatase to
convert testosterone into estrogen.
Quantitative data show that the sulfatase pathway, which transforms estrogen sulfates into bioactive unconjugated estradiol, is actually 100 — 500 times more active than the
aromatase pathway, which
converts androgens into estrogens.
[1] Testosterone can be
converted to DHT (dihydrotestosterone) or alternatively, it can be
converted to estadiol by the
aromatase enzyme.
Even with ovaries removed, women make estrogen, primarily by an
aromatase enzyme in body fat and breasts that
converts an adrenal hormone, androstenedione, into estrone.
Aromatase is the process of
converting testosterone to estrogen in cells.
Aromatase is an enzyme in our bodies that
converts some hormones (such as DHEA and testosterone) into estrogen.
Aromatase is an enzyme that
converts testosterone hormones into estrogen hormones.
Estrogen is often overproduced in hypothyroidism by increased production of
aromatase, which
converts testosterone and other androgens into estrogen.
When there is a high level of
aromatase present in the male body, too much testosterone will be
converted to estrogen.
Estrogen is usually thought of as a female hormone but it is also found in men and
converts from testosterone via the action of the
aromatase enzyme.
Aromatase is an enzyme found largely in your fat cells that
converts androgens, like testosterone, into estrogen.
The enzyme
aromatase is produced in belly fat and has the primary function of seeking out testosterone to
convert to estradiol.
Estrogen is
converted from testosterone via a process known as
aromatase.
In small amounts, DIM can both inhibit the
aromatase enzyme (and prevent conversion of testosterone into estrogen) and it can act on more potent forms of estrogen and
convert them into less potent forms; this conversion reduces the overall effects of estrogen in the body.DIM also exerts numerous anti-carcinogenic (anti-cancer) effects in the body and is one of the reasons this vegetable family is seen as healthy.
The reason: By blocking the 5 - alpha reductase enzyme they're actually giving free rein to another substance called
aromatase — an enzyme in your body that, when left alone, wreaks absolute havoc in your body by
converting testosterone into estradiol — the most powerful form of estrogen!