What can you do about male hormone imbalances?

Male Hormone Optimization Therapy
Men with low androgens (male hormones) can benefit from hormone optimization therapy. Since all hormones work optimally in balance to one another, imbalances of estrogen, progesterone, dihydrotestosterone, testosterone, cortisol, thyroid, insulin and growth hormone can be restored to achieve balance. Optimal health is dependent on the balance of ALL hormones at optimal physiological levels, and not just a single hormone. Environment, diet, stress management and brain function influence hormone health and balance.

Hormone restoration frequently requires replacement. Testosterone hormone is most safely administered by gel injections, skin patch therapy, or by hormonal implant. There are specific reasons to consider one method over another and should be discussed with a practitioner.

Androgen supplementation can help influence fitness levels. For example, it can help produce a feeling of well being, a reduction of general soreness, lowering of abdominal fat and enhanced promotion of lean body mass. In addition, very important mood and cognitive benefits are achieved as well as cardiovascular protection, immune enhancement, control of diabetes, neurodegenerative treatment and a more optimal health of nearly all tissues.

Testosterone production in males is mainly a testicular function. Pituitary sex hormones (FSH & LH) stimulate and regulate testicular function. LH (Luteinizing hormone) stimulates testosterone production in the testes. This process is under negative feedback, meaning that testosterone levels help regulate LH secretion. In addition, FSH (Follicle Stimulating Hormone) and testosterone stimulate sperm production.

Growth hormone is secreted from the pituitary gland. It activates other proteins synthesized in the liver that help to optimize cell function, burn fat, and repair tissue damage. The production and secretion of growth hormone is controlled by the central nervous system activity and various feedback communication signals from synthesized proteins. These regulatory functions decline with age and illness, leading to progressive growth hormone deficits.