What is Bioidentical Hormone Therapy?
Bioidentical hormones are exactly the same hormones, molecule per molecule that the body produces. They come from plant sources, but are still considered natural to the body because they are biologically identical to female and male hormones and so they help to balance hormone levels in a safe and natural way.
Be Your Best Self at Any Age
Balancing your hormones is the first step to a younger, healthier, and more energetic you! Restore your vitality with Bioidentical Hormone Replacement Therapy and reverse the effects of aging in a safe and natural way.
Don’t Miss Out on the Life You Deserve
- Hot Flashes and Night Sweats
- Loss of Stamina and Fatigue
- Mood Swings and Irritability
- Anxiety and Depression
- Low Libido and Sexual Dysfunction
- Memory Lapses and Difficulty Concentrating
- Weight Gain Unresponsive to Diet and Exercise
- Headaches
- Decreased Mental Ability
- Insomnia and Sleep Apnea
- Lack of Muscle Tone
What are Bioidentical Hormones?
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Bioidentical Hormones are derived from natural plant-based extracts.
- Synthetic patented pharmaceutical drugs often don’t work as well and can have significant life-threatening side effects
- They are biologically identical to those found in the human body and are incredibly effective at balancing hormone levels in a safe and natural way.
- These plant-based hormones remain unchanged during the compounding process because they are identical to the hormonal structure that exists in the human body.
- The similar cell structure means that they are metabolized in the body quicker and easier.
Countless patients have been able to gracefully transition through the different physiological phases of aging. Bioidentical Hormone Replacement Therapy (BHRT) has helped men and women to completely avoid or reduce the uncomfortable physical and mental changes related to perimenopause, menopause, and andropause.
Feel the Difference
Within a month of starting treatment, you may notice improvement in the following areas:
Conditions Treated with BHRT
Women's Conditions
Estrogen and Testosterone play important roles in the regulation and growth of both bone and muscle. Testosterone increases the levels of hormones that make exercise more likely to build muscle. In addition, Testosterone increases bone density and tells bone marrow to manufacture more red blood cells. Dropping levels of testosterone can cause an increase in body fat as well as a loss of bone density, increasing the risk for fracture. Estrogen plays an important role in the growth and maturation of bone as well as in the regulation of bone turnover in adult bone. In menopause estrogen deficiency induces cancellous as well as cortical bone loss. Highly increased bone resorption in cancellous bone leads to general bone loss and destruction of local architecture because of penetrative resorption and microfractures. In cortical bone the first response of estrogen withdrawal is enhanced endocortical resorption. These lead to decreased bone mass, disturbed architecture and reduced bone strength. At cellular level in bone estrogen inhibits differentiation of osteoclasts thus decreasing their number and reducing the amount of active remodeling units. Many studies have found that estrogen and testosterone have benefits for preventing bone loss, so some research suggests that BHRT helps defend against problems like osteoporosis or hip fractures Age related loss of skeletal muscle mass and strength accelerates with the onset of menopause in women and andropause in men. There is evidence that bioidentical hormone replacement therapy aids in maintaining and enhancing muscle mass and strength and protecting against muscle damage.
Men's Conditions
Estrogen and Testosterone play important roles in the regulation and growth of both bone and muscle. Testosterone increases the levels of hormones that make exercise more likely to build muscle. In addition, Testosterone increases bone density and tells bone marrow to manufacture more red blood cells. Dropping levels of testosterone can cause an increase in body fat as well as a loss of bone density, increasing the risk for fracture. Estrogen plays an important role in the growth and maturation of bone as well as in the regulation of bone turnover in adult bone. In menopause estrogen deficiency induces cancellous as well as cortical bone loss. Highly increased bone resorption in cancellous bone leads to general bone loss and destruction of local architecture because of penetrative resorption and microfractures. In cortical bone the first response of estrogen withdrawal is enhanced endocortical resorption. These lead to decreased bone mass, disturbed architecture and reduced bone strength. At cellular level in bone estrogen inhibits differentiation of osteoclasts thus decreasing their number and reducing the amount of active remodeling units. Many studies have found that estrogen and testosterone have benefits for preventing bone loss, so some research suggests that BHRT helps defend against problems like osteoporosis or hip fractures Age related loss of skeletal muscle mass and strength accelerates with the onset of menopause in women and andropause in men. There is evidence that bioidentical hormone replacement therapy aids in maintaining and enhancing muscle mass and strength and protecting against muscle damage.