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Transitioning through menopause happens for most people with ovaries between the ages of 49 and 52 and marks the end of a the production of hormones such as estrogen and progesterone 1. Throughout reproductive life the ovaries are responsible for monthly hormone production and ovulation and as people age, and ovarian function declines, egg production eventually stops, marking the transition into menopause2. The true definition of menopause is the cessation of the menstrual period for at least 12 months. The perimenopause period leading up to menopause is often where most symptoms occur, with the true menopause transition bringing new health changes to address2.
People with ovaries spend a third of their lives in menopause1, and benefit from a proactive health approach that focuses on prevention and wellness. All people with ovaries transition through menopause – it’s the natural course of life! The loss of estrogen and progesterone production can be supported with positive health and lifestyle changes to help support people in feeling their best during this time in life.
As hormone production declines, people may experience day to day symptoms such as hot flashes, vaginal dryness, insomnia, and changes to mood1. Many of these symptoms will resolve with time and may have been experienced in the perimenopause period prior to the last menstrual bleed. Menopause brings additional health changes including changes to bone mass3 and cardiovascular risk4, which are influenced by the loss of estrogen. Estrogen exerts a protective effect on bone, encouraging bone formation and the maintenance of bone mass. 3As estrogen levels decline, bone begins to resorb and decreases in strength3. The sharp increase in osteoporosis risk after menopause is due to these bone changes from the loss of estrogen.3 Estrogen also protects people with ovaries against cardiovascular disease in the premenopause phase of life.3As estrogen levels decline, cholesterol levels rise and overall cardiovascular risk rises4. Often people are unaware of the bone and cardiovascular risks associated with menopause. Each of these health changes require a proactive health approach.
Lab testing in menopause can help guide patients and practitioners in supporting symptoms and promoting overall health and wellness. In addition to hormone lab testing, patients benefit from baseline cholesterol tests, vitamin D and bone mineral density testing1. Patients may also notice subtle changes to blood sugar levels and liver function as they transition into menopause1. During this period of life patients are encouraged to have their regular physical exam and any screening tests such as mammograms or colonoscopies that they are eligible for. The focus on screening and assessment during this time points to the dramatic impact that hormone changes have on the body.
Test | Perimenopause | Menopause |
FSH (Follicle Stimulating Hormone) | May be normal, may be slightly elevated | Very elevated |
LH (Luteinizing Hormone) | May be normal, may be slightly elevated | Very elevated |
Estrogen | Often elevated in the early stages of perimenopause. May be low during the menstrual cycle | Low |
Progesterone | May be low during anovulatory cycles. May be normal if an egg happens to be released | Low |
Hormone tests will look different in menopause compared to the decade before the last period. In menopause FSH and LH levels rise as the body tries to ovulate2. Estrogen levels and progesterone levels fall to menopausal levels and are often undetectable in the blood. This signifies the transition into menopause as there are no longer any follicles in the ovary2.
Although menopause is not something that people can prevent, the changes that occur can be lessened through supporting nutrition, exercise, mindset and through interventions such as hormone therapy and nutrients.
Nutrition changes in menopause can support both the increased risk of health changes after menopause as well as the symptoms experienced during this phase of life.
Weight management and body changes during this phase of life are complicated and often require a detailed look at the impact of how people are feeling on appetite and food choices. Estrogen is partly responsible for supporting a person’s shape and appetite prior to menopause, causing weight gain in the hip and buttock area through reproductive life and an ebb and flow in appetite through the 28 days of the menstrual cycle5. After menopause, the decline in estrogen can change both appetite and where a person gains body weight6. Appetite and weight management during this time are challenging because people are often not sleeping, are struggling with mood and have changes to metabolism2. Nutrition for menopause should focus on improving satiety (meaning how full people feel after a meal) and supporting an adequate number of calories to achieve a person’s goals7.
The secondary goal of nutrition in menopause should be to support bone health and future cardiovascular risk. This can be achieved in most people though focusing on a Mediterranean diet pattern of eating8 as well as focusing on protein adequacy. Protein supports both bone and muscle maintenance during the menopausal years, when typically bone and muscle mass decline. The Mediterranean diet focus on complex carbohydrates, healthy fats from olive oil and nuts and an abundance of fruits and vegetables. Focusing on this pattern, and decreasing saturated fats, have been shown in large scale research studies to reduce the risk of cardiovascular disease in people in menopause9.
Some patients may derive a benefit from phytoestrogen containing foods on symptoms of menopause such as hot flashes10. Not all people can convert the phytoestrogens from soy in their digestive system to equol, the active ingredient required for reducing symptoms11. Including soy products in the diet have positive impact on cholesterol and are a healthy source of plant based protein12.
A person’s lifestyle including their mental health and mindset as well as exercise can influence the way people feel day to day, as well as the long-term risks associated with low hormone levels. Cognitive behavioural therapy13, mindfulness14,15 and practices that improve self compassion and gratitude16 have all been shown to reduce the symptoms of menopause.
Exercise can be any form of movement including aerobic exercise or strength training. Most research suggests that the choice of exercise in menopause is less important than the consistency and commitment to daily movement. People in menopause who intentionally exercise may see reductions in their blood pressure17
Nutrients such as calcium and vitamin D are essential nutrients during the phase of menopause to prevent changes to bone health18. The North American Menopause Society’s position on the treatment of osteoporosis suggests that people in menopause achieve a daily intake of calcium of 1200 mg18. This amount should include both calcium from diet as well as supplements19. Some people who eat sufficient calcium may not require additional calcium to meet this level18. Vitamin D deficiency can affect bone mineral density. It is suggested that people in menopause have their vitamin D levels tested and have deficiencies treated with their health professional20.
Botanical medicine may play a role in supporting people in menopause through the reduction of symptoms that are often experienced during this phase of life. Sage has been shown to reduce the frequency and duration of hot flashes21,22. Sage may also reduce joint pain and sleep in people in menopause23. Black Cohosh has also been studied extensively for menopause symptoms and may reduce hot flashes24. Tribulus is a herb traditionally used to support libido and sexual function in patients in menopause25,26.
Menosmart+ is a combination of research backed herbs used to reduce the symptoms of menopause like hot flashes and night sweats and to ease nervous tension.27It’s formulated specifically for women who are experiencing mild to moderate symptoms associated with menopause. Imagine taking back control of your hormonal health, and celebrating the woman you are now and forever!
Lab testing in menopause can help guide patients and practitioners in supporting symptoms and promoting overall health and wellness. In addition to hormone lab testing, patients benefit from baseline cholesterol tests, vitamin D and bone mineral density testing1. Patients may also notice subtle changes to blood sugar levels and liver function as they transition into menopause1. During this period of life patients are encouraged to have their regular physical exam and any screening tests such as mammograms or colonoscopies that they are eligible for. The focus on screening and assessment during this time points to the dramatic impact that hormone changes have on the body.
Test | Perimenopause | Menopause |
FSH (Follicle Stimulating Hormone) | May be normal, may be slightly elevated | Very elevated |
LH (Luteinizing Hormone) | May be normal, may be slightly elevated | Very elevated |
Estrogen | Often elevated in the early stages of perimenopause. May be low during the menstrual cycle | Low |
Progesterone | May be low during anovulatory cycles. May be normal if an egg happens to be released | Low |
Hormone tests will look different in menopause compared to the decade before the last period. In menopause FSH and LH levels rise as the body tries to ovulate2. Estrogen levels and progesterone levels fall to menopausal levels and are often undetectable in the blood. This signifies the transition into menopause as there are no longer any follicles in the ovary2.