Why consider Bio-Identical Hormonal Replacement Therapy?
Current Trends in medicine
Traditional Health Care (Treatment)
- Cure a Problem
- Relieve a Symptom
- Treat the Disease or Chronic Illness, NOT the Root Cause
Ideal Health Care (Prevention)
- Prevent Disease with Lifestyle Modifications: Diet and Exercise
- Achieve Optimal Hormone Levels
- Avoid Chronic Diseases
Understanding the Role of Hormone Replacement Therapy (HRT)
Hormones & Women’s Health
MENOPAUSE In Women Caused by decreasing levels of:
- Human Growth Hormone
Hormones & Men’s Health
ANDROPAUSE In Men Caused by decreasing levels of:
- Human Growth Hormone
Types of Hormone replacement Therapy
Bio-identical vs. Synthetic hormones?
What is the Difference?
Can be classified as hormones that are produced by mother nature, such as equine (horse) hormones, that may or may not be natural to the human body.
- Derived from PREgnant MAre’s uRINe: PREMARIN
- Contains equine (horse) estrones, NOT the human estradiols or estriols that your body actually needs and makes
- Many adverse side effects from horse estrogen molecules not natural to humans
- Synthetic Progestin – not a human progesterone
- Many side effects
- Does not effect human progesterone levels
- Synthroid is a synthetic thyroid comprised of only T4
- More natural forms of thyroid contain both T3 and T4 which more closely resembles what our bodies currently produce
- T3 is the active form of thyroid and for those people whose body does not convert T4 to T3 Synthroid will be of little to no help in helping patients look and feel better
Bio-Identical (Biologically Identical) Hormones
Are natural to the human body and are chemically identical to what our body’s produce.
- Identical in molecular structure to what your body makes
- Virtually no side effects if properly prescribed and monitored
- Prescribed and adjusted based on your individual need
- Derived from natural sources (soy) and synthesized to be identical in molecular structure
Benefits of Estradiol (E2)
- Heart disease
- Alzheimer’s disease
- Memory disorders
- Vaginal atrophy
- Urinary incontinence
- Macular degeneration and cataracts
- Menopausal hot flashes
- Temperature dysregulation
- Improves static balance in preventing falls
- Improving bone density
Benefits of progesterone
- Moderates many side effects of excess estrogen
- Reduces fluid retention and bloating
- Reduces headaches, bleeding and fibroids
- Is synergistic to estrogen’s effect on bon and lipids
- Protects against uterine and breast cancer, osteoporosis and heart disease
Benefits of thyroid
- Improved feelings of being weak, tired, cold, fatigued, thin hair, skin and nails
- Improved loss of energy, motivation, loss of memory
- Improved depressed mood, poor sense of well-being
- Protects against heart disease, and memory loss
Benefits of DHEA
- Reduces cardiovascular risk by decreasing visceral fat
- Stimulates immune system, restores sexual vitality
- Improves mood, memory, increases energy
Benefits of melatonin
- Influences stage IV sleep and REM sleep improving not only depth but quality of sleep.
- Increases natural killer cells, modulates immune function, lowers blood pressure.
- Scavenger of the most reactive and destructive free radical the hydroxyl radical ( and all while you’re sleeping).
Benefits of testosterone in men and women
- Improved well-being, energy, strength and endurance
- Improved body composition, bone density, sexual function
- Decrease in visceral fat
- Maintenance of muscle mass
- Improved skin texture
- Decrease in wrinkles, fat deposition and cellulite
- Increases muscle mass, strength and endurance, exercise tolerance
- Improves libido and sexual performance, lean muscle mass, bone density and healing
- Protects against heart disease, hypertension, excess body fat and arthritis
- Improves cognition and enhances memory
Why testosterone therapy and what is it?
Both men and women in their late 30’s and early 40’s will start lowering testosterone levels approximately 1% to 2% per year as part as the natural aging process. This drop in testosterone is aggravated by diet and lifestyle behaviors such as lack of sleep, but also diet high in processed foods and sedentary lifestyle.
Chronic use medications can also disrupt testosterone production in men and women. These are the most common medications that may cause this effect:
- Ketoconazole (Extina, Nizoral, Ketoderm) is used to treat infections caused by fungi or yeast (e.g., athlete’s foot, yeast infection of the skin, seborrheic dermatitis, or dandruff.) Ketoconazole can be taken as a pill or used as a cream, foam, gel, or shampoo.
- Cimetidine (Tagamet) is often prescribed to people with ulcers or gastroesophageal reflux disease (GERD). It’s also available in an over-the-counter form to treat heartburn. It comes in tablet and liquid forms.
- Spironolactone (Aldactone) may be used with other medicines to treat high blood pressure and heart failure. It may also help people who have too much aldosterone (a hormone), or people who have edema (fluid retention) from heart, liver, or kidney disease.
- Certain antidepressants Selective serotonin reuptake inhibitors (SSRIs) used as first line of treatment in major depressive disorder (MDD) are known to exert negative effects on the endocrine system and fertility. A doctor can advise a patient on which antidepressant is most suitable.
- Chemotherapy drugs have been shown to lower testosterone levels, possibly because they can damage the testes, the organs that produce testosterone in men.
- Ibuprofen: The journal Proceedings of the National Academy of Sciences of the United States of America published a study in January 2018 showing that ibuprofen causes compensated hypogonadism by suppressing testicular endocrine function. Patients in said study were on a high dose ibuprofen for 6 weeks. Most patients may continue using ibuprofen as needed without concern. Yet, chronic high-dose users, such as athletes or people with chronic pain are at higher risk for adverse endocrine effects. Patients complaining of symptoms consistent with hypogonadism (eg, decreased sex drive, depression, fatigue, and reduced lean muscle mass) may find relief from avoiding ibuprofen. Ibuprofen’s impact on the male reproductive system is a class effect shared with other NSAIDs (Non-steroidal anti-inflammatory drugs such as naproxen, diclofenac, indomethacin). Interested patients, such as men attempting to father children, may use acetaminophen as an alternative for mild pain.
Symptoms not blood tests are the answer!
The latest research has shown that there is no relationship between blood levels of testosterone and the typical symptoms of testosterone deficiency. This is because, like insulin resistance in diabetes, there are varying degrees of testosterone resistance in each man causing a relative rather than absolute insufficiency of the hormone. This is why less than 5% of the men who could benefit from it are being given treatment. The symptoms give the diagnosis, and when testosterone replacement therapy (TRT) is given on this basis, they usually go away and stay away, whether you start with low or “normal” testosterone levels. We optimize your hormonal levels. Doctors should be treating the patient and not the lab numbers.
Forms of testosterone therapy and what we offer
Injectables: the most common form for use in men. Levels tend to be more predictable, and most patients are compliant with this form. IM injection are commonly done on the outer thigh, shoulder area or buttock area while subcutaneous injections are most commonly done around the navel or love handle area.
Pros: can be weekly shot, twice weekly or “micro-dosing” on a daily basis; these can be intramuscular or subcutaneous (under the skin) injections. You decide.
Cons: your blood testosterone level rises quickly and then lowers back to baseline, giving you a roller-coaster effect that can affect your mood, but this effect can be avoided by dividing the dose in at least 2 or more injections per week. Intramuscular injections can be painful or cause discomfort for up to 48 hrs. after and long-term use may cause scar tissue. Subcutaneous injections are virtually painless but may cause some local redness and itching and a nodule or welt formation that may last 1 to 2 days. Injections can also increase the risk of skin infection though rare if using an alcohol wipe prior to the injection.
Creams or topicals: more common in women; most doctors assume women prefer creams over injections but as stated before, you the patient will decide.
Pros: no needles, syringes or alcohol supplies are needed. Unlikely risk of skin infections and applying a topical cream is painless. The concentrations of Bio-identical hormonal creams can be adjusted to the patient’s need but typically start at 10% concentration. Commercially available products such as Androgel, Axiron, Testim, or Fortesta concentration is usually set in stone from 1% to 2% with a mild increase in total testosterone levels. To be clear higher concentrated creams tend to have predictable levels and benefits as equal to intramuscular or subcutaneous injections.
Cons: Compliance for those who do not like applying creams on a daily basis can be an issue. Cross-contamination with other household members such as your spouse, children or even pets if they come in contact with residual amounts of testosterone cream on a daily basis may cause serious adverse effects. Typically, you should avoid skin to skin contact for at least 4 hrs. after applying cream. Some patients maybe sensitive to the ingredients found in creams and may cause localized skin irritation.
Where do I apply the cream? The best absorption and effect for topical hormonal therapy is usually the scrotal area in men and the vulvar area in women. Other areas such as the antecubital (inside part of the elbow) area, forearm, or inside of the upper arm the skin can be thicker, and results may vary.