ATP Science Alpha Prime has been formulated to improve estrogen to androgen ratio for the purpose of manipulating body shape and metabolism.
Increasing the androgen: estrogen ratio enhances fat loss whilst increasing lean muscle mass.
Block estrogen excess at receptor site
Boost anabolic androgens – Free Testosterone, DHEA and progesterone
Reduce catabolic cortisol from stress
Beneficial effects of testosterone
In both men and women, testosterone levels peak between 25 to 30 years of age – and thereafter drop approximately 1-2% annually. At the age of 60, testosterone levels are typically only 40-50% of youthful levels and may be lower due to stress and related lifestyle issues such as diet, exercise, and sleep patterns.
Maintain bone health
Maintain healthy heart, circulation and blood
Maintain healthy brain, moods and emotions
Hair and skin
Menstrual cycle and fertility
Maintain healthy respiratory tract
Maintain healthy immune system
Estrogen holds subcutaneous fat and fluid in the areas of: hips, buttocks, thighs, breasts and chest, backs of the arms, lower back and lower abdomen
poor muscle mass and quality
poor muscle definition
excessive subcutaneous and intramuscular fat
exaggerated stress response and harder to switch off so can dwell on things
good long term memory with poor short term memory
run on autopilot
can crave sugar and chocolate
mood swings are aggravated and follow pattern with menstrual cycle or moon
can trigger headaches and migraines
poor circulation, sometimes bruising and varicose veins
Bloated and “fluidy”abdomen, hips and thighs.
fluid retention
Breast lumps and bumps
Abnormal results on pap smears and mammograms.
Blood clots, DVTs, bruising and cramps
Poor blood sugar control – high or low blood sugar
Cellulite and obesity
Emotional, nervous and sleep disturbances
Endometriosis, endomysositis
Period pain
PMT with excessive emotional and mood fluctuations
Heavy periods
UTI, Thrush
Causes of estrogen dominance
Inefficient estrogen detoxification and elimination
Excessive endogenous estrogen production due to
excessive fat mass
increased aromatase activity converting testosterone to estrogen
other hormonal imbalances i.e. hypothyroidism and hypercortisolaemia
excessive exogenous estrogen exposure and accumulation from
plastics
pesticides
fertilizers
petrochemicals
pollution
foods
genetics
family history of estrogen dominance
inherited genetic MTHFR gene polymorphisms
HRT and certain oral contraceptive pills
“Xenoestrogens” and EDC’s (endocrine disrupting chemicals)
Some pesticides, insecticides and weed killers
Some compounds found in plastics and pollution
Some chemicals found in cosmetics and sunscreens
Current modern life and society and previous exposure to old school farming practices and chemicals
Iodine deficiency and / or hypothyroidism
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