The health of our gut is a strong indicator of our overall wellbeing as the functioning of our GI tract impacts metabolism, the immune system, and hormonal activity. The gastrointestinal and hormonal systems are closely intertwined and mutually dependent. Any disruption in their relationship may result in a health problem that requires a holistic approach.

This article explains the connection between the gut and hormones and provides practical advice on how to restore gut health and achieve hormonal balance.

Can Gut Issues Cause Hormonal Imbalances?

The gut microbiome contains trillions of bacteria, fungi, and other microorganisms that reside in your intestinal tract, mainly in the large intestine (colon). This microbial diversity is crucial for physical, mental, and hormonal health.

Hormonal imbalance can indicate a disrupted microbiome or dysbiosis. Other signs of an unhealthy gut include digestive issues (e.g., bloating, constipation, diarrhea), food allergies and sensitivities, weight oscillations, autoimmune conditions, skin inflammation, and fatigue.

Beneficial gut bacteria perform several vital functions that influence multiple physiological processes, including hormone activity:

• Regulation and synthesis of hormones and neurotransmitters – The gut microbiota plays an important role in modulating serotonin and dopamine release, impacting the production of neurochemicals, such as GABA, norepinephrine, and histamine.
• Macronutrient and micronutrient absorption – The gut microbiome affects mineral absorption in the gastrointestinal tract (GI), increases the bioavailability of essential vitamins and other nutrients, and breaks down complex food molecules.
• Supporting the immune function – Gut microbes are the first line of defense as they maintain the integrity of the gut lining that prevents harmful pathogens from entering the bloodstream. They also balance the immune response by regulating pro-inflammatory and anti-inflammatory activity, essential for preventing chronic inflammation and autoimmune disorders.  
• Regulation of the activity of the so-called “second brain” – Gut bacteria produce signaling molecules that influence the enteric nervous system (ENS), also known as the “gut brain”, and influence communication between the gut and the brain. Gut-brain communication controls various processes, including mood, appetite, and cognitive function.
• Vitamin synthesis – Certain bacteria are involved in the synthesis of essential vitamins, such as vitamin K and B vitamins. Vitamin K is vital for blood clotting and bone and teeth health, while B complex vitamins play a role in energy metabolism, DNA synthesis, nerve function, the production of red blood cells, and other processes.
• Estrogen regulation - The estrobolome is a collection of gut bacteria responsible for modulating and metabolizing estrogen. These bacteria produce an enzyme called betaglucuronidase that optimizes estrogen levels to secure a healthy weight, libido, and mood.

It is important to remember that the gut and hormones are inextricably linked and disruptions to one system affect the other. In a complex interplay, hormones support gut function and any hormonal disruption can upset the stomach, cause constipation, cramping, gas, bloating, acid reflux, and other more serious issues.

How Does the Gut Affect Hormones?

An imbalanced microbiota potentially contributes to hormonal imbalance via various mechanisms that are still being studied. It is believed that problems with the microbiome can contribute to the following medical conditions:

• Polycystic ovary syndrome (PCOS)
• Pre-menstrual syndrome (PMS)
• Endometriosis
• Infertility
• Obesity
• Diabetes
• Yeast infections (e.g., candida)
• Estrogen-related cancers
• Thyroid diseases

How Do Hormones Affect the Gut?

Hormonal changes directly interfere with the digestive processes in the body and impact gut health. Hormones can cause digestive organs to empty at a faster or slower rate than usual.  

Women are more prone to gastrointestinal problems because female-specific hormones (progesterone and estrogen) are more likely to cause gut issues. These changes can occur in healthy women during puberty, menstruation, PMS, pregnancy, or menopause as the result of too much estrogen or progesterone in the system. 

Disrupted hormonal activity may provoke the following gut issues:

• Diarrhea
• Gas
• Bloating
• Constipation
• Nausea
• Stomach pain
• Gallstones
• Acid reflux
• Food sensitivities
• Leaky gut
• Irritable bowel syndrome (IBS)

What Hormones Are Related to the Gut?

The following hormones are especially closely tied to the gut:  

Estrogen

The gut plays a crucial role in estrogen metabolism. GI microbes regulate circulating estrogen levels and modulate estrogen-dependent physiological processes. Moreover, the gut contains many estrogen receptors that influence gut motility and sensitivity.

An imbalanced gut microbiome can disrupt estrogen metabolism and lead to estrogen dominance, resulting in painful periods, PMS, endometriosis, or polycystic ovary syndrome (PCOS).

Some menopausal and perimenopausal women experience digestive problems that scientists think might be caused by dramatic hormonal shifts. These include heartburn, bloating, constipation, and irritable bowel syndrome (IBS).

Progesterone

Progesterone can inhibit gut motility, especially during the menstrual cycle, leading to slower bowel movements and constipation. This hormone increases the risk of acid reflux, a common issue experienced during pregnancy due to elevated progesterone levels.

Cortisol

High cortisol levels can limit gut motility, cause inflammation of the digestive tract, and increase sensitivity, leading to diarrhea or irritable bowel syndrome (IBS). Furthermore, excess cortisol due to chronic stress can suppress the immune system, shutting down the body’s anti-inflammatory response and compromising gut health in the long run.

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Note: Learn how to lower cortisol levels naturally to maintain a healthy gut flora.

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Thyroid

You can experience hypothyroidism (underactive thyroid) due to gut issues, even if your thyroid gland is working optimally because nearly 20% of thyroid hormone conversion occurs in the gut.

Conversely, a malfunctioning thyroid gland negatively affects metabolism, disrupting nutrient absorption and leading to constipation (hypothyroidism) or diarrhea (hyperthyroidism). An impaired thyroid can also cause inflammation and a “leaky gut”.

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Note: Learn how to reduce inflammation and alleviate its numerous side effects.

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Testosterone

Testosterone and digestion are inextricably linked. Low testosterone levels can cause gastritis, leaky gut, irritable bowel syndrome.

Testosterone is essential for gut function in the following ways:

• It maintains motility in the colon and helps food move through the digestive tract.
• It reduces the negative impact of cortisol by influencing the effect of adrenocorticotropic hormone (ACTH) on the digestive tract.
• It reduces stomach inflammation and lowers the risk of a leaky gut syndrome.
• It improves digestion and reduces pain in the digestive tract.
• It protects the body from digestive disorders, such as small intestine bacterial overgrowth (SIBO).

Insulin

Insulin resistance and type 2 diabetes are conditions that are characterized by chronically high blood sugar levels. Continually elevated blood sugar levels negatively impact the microbiota, causing dysbiosis, impacting nutrient absorption, and leading to multiple gastrointestinal conditions (such as intestinal bloating, nausea, vomiting, diarrhea, flatulence, constipation, etc.).

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Note: Learn how weight loss can help reverse insulin resistance.

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Ghrelin

Ghrelin is a hormone mainly synthesized in the stomach that plays a vital role in signaling hunger to the brain. The gut microbiota may influence ghrelin levels, thereby impacting appetite and energy metabolism.

Ghrelin affects gut health by maintaining the integrity of the gut barrier and regulating intestinal motility and gastric emptying. Research also shows that ghrelin levels are negatively affected by stress.

Abnormal levels of ghrelin are associated with intestinal disorders such as IBS, gastroesophageal reflux (GERD), and gastroparesis.

Gastrin

This stomach-produced peptide hormone plays a pivotal role in digestive health. Its key responsibilities are the following:

• Enhancing gastric motility
• Promoting gut lining growth
• Stimulating secretion of gastric acid

Gastric acid juice prevents infectious agents from reaching the intestine and helps break down the food we eat.

Excess cortisol triggered by stress may dysregulate gastrin function and contribute to stomach acid imbalance or acid reflux. Imbalanced gastrin production may lead to stomach pain, diarrhea, heartburn, bleeding, weight loss, or infections.

Cholecystokinin (CCK)

Cholecystokinin (CCK) is a peptide hormone responsible for digestion, appetite control, and nutrient absorption.

This hormone is released in the small intestine and the brain. Thus, its impact on the central nervous system, gut health, and other hormones is twofold. Some studies suggest that CCK may also influence cognitive function and modulate stress-related behavior (e.g., panic attacks, anxiety, etc.).

CCK performs the following digestive functions:

• Stimulates the digestion of fat and protein
• Inhibits stomach emptying
• Stimulates the production of bile
• Aids nutrient absorption
• Controls food intake with satiety signaling

Secretin

This GI hormone regulates digestive processes by maintaining pH balance in the small intestine and pancreas, inhibiting the production of gastric acid, and preventing too much acidity.

Secretin’s vital physiological functions are the following:

• Maintaining fluid balance
• Preventing loss of electrolytes
• Neutralizing gastric acidity

How To Fix Gut Health and Balance Hormones

The bidirectional relationship between the gut and hormones requires a multifaceted approach. You can start small and tweak your daily habits to improve your hormonal status and gut health or seek professional medical help for more advanced medical solutions.

Diet

“You are what you eat” is a scientifically backed statement that explains many hormonal irregularities and gut issues resulting from poor food choices.

In general, a diverse diet rich in fresh and free from processed foods promotes the growth of beneficial gut bacteria and improves overall health. 

Follow these guidelines to nurture a healthy, diverse gut microbiome and gain hormonal stability:

• Add probiotics – Yogurt, kefir, sauerkraut, pickles, tempeh, kimchi, miso, kombucha, and other fermented foods.
• Include prebiotics – Fiber-rich food, such as almonds, bananas, oats, legumes, beans, berries, asparagus, onions, cabbage, and leeks.
• Avoid processed food – Deep-fried, instant, sugary food containing trans fats and artificial flavors, additives, or sweeteners; these include canned soup, deli meats, pre-packaged food, and condiments.
• Boost hydration – Drink plenty of water between meals to help break down the food and boost nutrient absorption.
• Reduce alcohol consumption – Limit your alcohol intake to reduce the risk of developing intestinal permeability or “leaky gut”.
• Eat a variety of whole foods – Whole grains, fresh fruit, vegetables, eggs, and food rich in omega-3 fats, such as fatty fish, walnuts, flax, hemp, and chia seeds.  

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Note: Omega-3 fatty acids benefit more than just the gut. Discover the benefits of omega-3 for the skin.

Chia seeds are one of the most popular omega-3-rich foods, which is why they are praised by skin experts. Learn more about the benefits of chia seeds for the skin.

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Vitamins and Supplements

As an addition to a balanced diet, doctors recommend hormone-balancing vitamins and supplements that can help to correct nutritional deficiencies and alleviate hormone-triggered sweating, insomnia, reduced sex drive in men and women, hair loss, or acne.

You can improve gut function and restore hormonal balance with a hormone detox, vitamin B12 injections, IV therapy, or some of the following gut-supporting supplements*:

• Vibrant Gut Support – Strengthens the gut lining to secure efficient nutrient absorption and prevent toxins, allergens, and microbes from entering the bloodstream.
• Vibrant Biome – This probiotic, digestive, and immunity-boosting supplement supports the microflora of the GI tract and reduces inflammation.
• Vibrant Digest – Helps reduce gas, bloating, or constipation after meals by enhancing nutrient absorption.
• Vibrant Crave Control – Supports optimal levels of gut hormones responsible for appetite control and satiety.
• Osmosis MD Digestive Support – Contains pancreatic enzymes that accelerate the breakdown of dairy, fats, proteins, and carbs; reduces toxicity, increases energy, and improves nutrient uptake.

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Note: Discover the 10 best vitamins for an immune system boost. Learn more about the benefits of vitamin C, vitamin D, and vitamin B IV treatments.

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*Disclaimer These statements have not been evaluated by the Food and Drug Administration. This product is not intended to diagnose, treat, cure, or prevent any disease.

Lifestyle Changes

Small adjustments in your daily life can improve overall health, boost digestion, and stabilize the hormones. The most beneficial lifestyle changes for gut and hormone health include the following:

• Physical exercise – Regular low-impact activities, such as light cardio, resistance training, or brisk walking, enhance blood flow, stimulate the gastrointestinal muscles, reduce cortisol, and rebalance circulating estrogen.
• Enough sleep – The average adult needs 7 to 9 hours of restful sleep to replenish energy, combat stress, strengthen digestive function, and regulate hormones.
• Stress management – Optimize your cortisol levels with relaxation tools and stress-management techniques, such as meditation, breathing exercises, aroma therapy, or massage.
• Social bonding – Social contacts help diversify the composition of the gut microbiome, strengthen immunity, and improve overall resilience.   
• Time in nature – Spending time outdoors in a natural environment can reduce stress and inflammation and expose you to soil bacteria that can enrich your gut microbiota.

Weight Management

Keeping your weight in check is vital in preventing hormone-triggered disorders, such as obesity, diabetes, or thyroid dysfunction. These conditions disrupt appetite regulation and metabolic health, leading to low-grade inflammation and impaired digestive function.

Medical weight loss programs are an effective way to reduce hormonal belly fat and tackle hormonal weight gain or weight loss. These treatment plans are tailored for each patient and provide long-term, sustainable results. Doctors advise against fad diets that can be ineffective and compromise your gut microbiota.

Choose Eco-Friendly Solutions

Some household and cosmetic products contain a toxic chemical called xenoestrogen – a synthetically produced estrogen typically found in plastics, pesticides, and fragrances. This substance can disrupt the endocrine system and interfere with hormone receptors.

Reduce the use of plastic and choose organic, eco-friendly products to minimize the negative impact of the “foreign” estrogen from the environment. Also try to consume hormone-free meat products and purchase food items in glass or steel containers to reduce the risk of ingesting xenoestrogen.

Bioidentical Hormone Replacement Therapy (BHRT)

Bioidentical hormone replacement therapy (BHRT) corrects hormonal deficiencies using artificial hormones that are structurally identical to estrogen, progesterone, and testosterone.

BHRT can alleviate hormone-triggered conditions, including insomnia, sweating, low libido, brain fog, anxiety, and depression.

Lower microbial diversity is in direct correlation with lower estrogen levels in women. Recent studies confirm BHRT’s beneficial impact on the gut microbiome during menopause and in patients diagnosed with premature ovarian insufficiency (POI).

Furthermore, BHRT patients report fewer gut-related issues, such as bloating, constipation, or diarrhea. The treatment regulates shifting gastrointestinal hormones, decreasing the risk of irritable bowel syndrome (IBS).

Testosterone Replacement Therapy (TRT)

Testosterone therapy restores optimal testosterone levels in men and women and provides numerous benefits, including more energy, increased sex drive, and weight loss.

There is a strong connection between testosterone and gut health, too. TRT can alleviate many digestive problems by optimizing testosterone activity.

Medication

A healthcare provider might prescribe medication to provide temporary relief from an upset stomach or treat the underlying hormonal problem. The choice depends on the patient’s symptoms, medical record, and overall health.

Over-the-counter (OTC) medicine for digestive issues include antacids such as Tums or Rolaids (heartburn, sour stomach), Pepto-Bismol (diarrhea, nausea), and Mylanta (heartburn, sour stomach, bloating).

Treatment options for hormone imbalances include hormone replacement medication, birth control methods (e.g., pill, ring, patch, IUD, etc.), metformin, thyroid medication, and others.

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Note: Besides hormone balancing, metformin is a medication commonly used for weight loss. Find out if metformin aids weight loss.

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Conclusion

You can restore a healthy balance of gut bacteria by regulating hormones through lifestyle changes, supplementation, diet, or hormone replacement therapies. A well-balanced gut microflora is indispensable for physical, mental, and emotional wellbeing. Prioritizing digestive health is essential for optimal hormonal activity and strong immunity.

Consult the Vibrant Skin Bar experts for more information on maintaining gut function and rebalancing hormones.

Sleep plays a crucial role in overall well-being, affects both physical and mental health. Good quality sleep supports the immune system, blood pressure, breathing, cardiovascular health, growth, and recovery but also helps you feel rested and ready to face the day.

Hormonal imbalances can disrupt the restorative cycles of deep rest, leading to chronic insomnia. This article explains which hormones cause insomnia and describes available treatment options.

Can Hormones Cause Insomnia?

Hormones control the sleep-wake cycle and regulate sleep patterns. Any hormonal imbalance can impact sleep quality, leading to insomnia – difficulty falling and staying asleep.

Hormonal insomnia is a health condition that affects women more often than men. Poor sleep is one of the many symptoms women experience during different life stages when hormones fluctuate: menstruation, pregnancy, perimenopause, or menopause.

Sleep needs change over time and varies from person to person. Adults aged eighteen to sixty may find seven or more hours a night is enough, while older people may need up to nine hours to feel completely rested. It is essential to consider age and individual needs to understand whether insomnia is triggered by hormonal changes.

Hormonal Insomnia Symptoms

Erratic hormonal shifts can produce a range of sleep-disturbing side effects. The most common hormonal insomnia symptoms are:

• Difficulty falling asleep.
• Waking up several times during the night.
• Inability to resume sleep.
• Reduced sleep time.
• Decreased slow-wave (deep) sleep.
• Drowsiness during the day.
• Feeling tired upon waking.
• Exhaustion or lack of energy.
• Irritability and low mood.
• Poor memory and concentration.

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Note: If lack of sleep is leaving you feeling drained, exhausted, and unable to focus, consider vitamin B12 injections to boost your energy levels in a healthy, natural way.

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What Hormones Are Responsible for Insomnia?

Hormonal dynamics affect both the amount and the quality of sleep. If hormones are out of balance, they can cause mild sleep disturbances or severe sleep disorders, such as insomnia.

1. Melatonin

As the sun sets, the pineal gland in the brain releases this hormone to prime the body for deep rest. Melatonin is known as the “sleep hormone’’ because it controls the circadian rhythm, the body’s internal clock that regulates various processes including the sleep-wake cycle.

Melatonin’s primary function is to reduce nerve activity and relax the body. It is also responsible for lowering the body temperature in preparation for a good night’s sleep.

Melatonin production is closely related to exposure to light. Artificial light and especially the blue light of electronic devices lowers melatonin levels, hindering sleep. To help the body release melatonin at the right time, it is important to get exposure to sunlight at the right time of day – in the morning and early afternoon.

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Note: Melatonin also belongs to a group of hormones responsible for body temperature regulation. When imbalanced, these hormones may cause cold or hot flashes, accompanied by profuse hormonal sweating.

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2. Estrogen

This sex hormone, vital for reproductive health, decreases in perimenopause and menopause. During this period and at other times when estrogen levels fluctuate (pregnancy, menstruation), women frequently report problems with sleep, indicating the important role estrogen plays in sleep regulation.

One of the ways estrogen affects sleep quality is by lowering body temperature at night. Furthermore, estrogen plays a vital role in producing serotonin, the neurotransmitter that is converted to melatonin in the dark.   

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Note: Learn more about the implications of chronically low estrogen levels.

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3. Progesterone

This hormone plays a vital role in women’s reproductive health and helps maintain a healthy pregnancy. It also regulates parts of the brain responsible for sleep-wake behavior, influencing the quality and quantity of sleep.

Progesterone inhibits the activities of certain neurotransmitters, promoting relaxation and reducing anxiety. Its sedative properties are the main cause of daytime sleepiness in the early stages of pregnancy, when progesterone levels peak.

On the other hand, progesterone levels dip right before the period starts, which is why women suffering from premenstrual syndrome (PMS) or premenstrual dysphoric disorder (PMDD) may experience poor sleep quality.

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Note: The effect of hormones on our psychological state has been firmly established by science. One of many remarkable discoveries is the correlation between hormonal fluctuations and anxiety disorders. Learn more about hormonal anxiety, including what triggers it, how to recognize it, and how to treat it

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4. Insulin

Insulin, the hormone responsible for regulating blood glucose levels affects sleep quality indirectly. This is particularly true for diabetic or pre-diabetic patients, whose mechanisms for blood sugar regulation are disrupted.

High blood sugar (hyperglycemia) overstimulates the kidneys, causing frequent urination and disrupting nighttime rest. Excess blood sugar also prompts the production of epinephrine (adrenaline) and norepinephrine. These two neurotransmitters raise blood pressure and heart rate and put the body in a state of alertness.

Conversely, low blood sugar (hypoglycemia) may cause uneasy sleep, confusion, nightmares, and sweating. Hypoglycemia can occur if a patient takes an insulin shot just before bedtime.

In a vicious cycle, even a single night of missed sleep affects insulin sensitivity and causes raised blood sugar levels.

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Note: Trouble sleeping, accompanied by weight gain could be a sign that your body is not responding to insulin. If you are looking to lose weight, learn more about how chronically elevated insulin affects weight loss, and how insulin resistance affects weight loss.

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5. Cortisol

Cortisol, the so-called “stress hormone”, is essential for keeping the body awake and alert. It peaks in the morning to prepare you for daily activities to naturally drop later in the day when melatonin is released in preparation for sleep.

Cortisol levels are directly affected by diet (high intake of fats, sugar, salt, and animal proteins), stress, and trauma. High cortisol levels in the afternoon and evening can disrupt the 24-hour circadian flow, leading to sleep difficulties such as insomnia.

6. Testosterone

Testosterone impacts sleep quality, particularly in men. Studies show that testosterone plays an important role in deep sleep – the phase when most of the rest and recovery occurs. Consequently, disrupted levels of testosterone can cause sleep disturbances.

Low levels of testosterone typically provoke insomnia and nighttime waking, while high levels of testosterone impair sleep quality through increased nocturnal metabolic rate.

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Note: If you have trouble staying asleep, check your testosterone levels. Hormonal insomnia caused by low testosterone levels can be treated with testosterone therapy. Contact our team to learn more about the treatment and book your appointment.

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How Do You Treat Hormonal Insomnia?

Hormonal insomnia can be treated by gradually introducing lifestyle changes and using products with hormone-balancing ingredients and calming and aromatherapeutic properties.

Treating Hormonal Insomnia With Better Daily Habits

To relieve the symptoms of hormonal insomnia, begin by making smaller, incremental adjustments. These quick sleep tips can help you get started:

• Set up a sleep routine – What you choose to do an hour before going to bed can significantly impact your sleep quality. Pick low-intensity, relaxing activities that bring you calm and joy, such as a warm shower, gentle stretching, reading a book, or meditating.
• Limit screen time before bed – Electronic devices emit blue light that keeps you alert and awake longer than necessary. Blue light delays the release of melatonin, “the sleep hormone’’, and prevents you from falling asleep.
• Get some sunlight – As mentioned before, melatonin release is directly related to the amount of light in our environment. By exposing yourself to natural light during the day, you can reprogram your internal clock to produce melatonin at the right time of day – when it gets dark.
• Stick to a consistent sleep schedule – Your body likes predictability, and its internal clock is quick to adjust to a reasonable sleep time pattern. Go to bed and rise at the same time every day, even on weekends, when you might be tempted to sleep in.  
• Avoid long and late naps – While dozing off after lunch might feel refreshing, a longer nap will make it difficult to fall asleep at night. Sleep experts suggest that daytime naps for adults should be in the early afternoon and no longer than 20 minutes.  
• Reduce caffeine intake – Caffeine is a potent stimulant that can keep you up at night, especially if you consume it excessively or later in the afternoon. Cut down on coffee, soda, tea, chocolate, and energy drinks to improve sleep quality.
• Eat a lighter, nutrient-rich meal – Try to avoid heavy meals late in the evening. Choose a smaller, nutrient-rich snack before bed to avoid bloating, indigestion, or heartburn. Pick something that will satiate your hunger and improve your sleep quality, such as almonds, kiwi, fatty fish, and some chamomile tea.

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Note: Check out our list of the 10 best nutritional supplements for hormone balancing.

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Products for Hormonal Insomnia Treatment

Once you’ve created a solid sleep routine, tackle the hormonal problem at its roots with some of these treatments:

• Osmosis MD Relax & Unwind Elixir – This product promotes relaxation and tranquility through its unique, holistic formula. Designed to promote a peaceful state of mind, it offers a healthy alternative to over-the-counter sleep aids.
• Relora Supplement – This is a plant-based supplement that keeps stress under control and fosters healthy sleep, relaxation, and a calm mood. Combined with simple stress management techniques, this blend of plant extracts delivers lasting results.
• Osmosis MD Hormone Relief Elixir – This natural hormone-balancing supplement helps restore hormonal balance with 75 microscopic fulvic minerals. It uses clinically proven frequency technology to alleviate the symptoms of hormonal imbalances, including insomnia.
• Bioidentical Hormone Replacement Therapy (BHRT) – This type of therapy can relieve many uncomfortable symptoms caused by hormonal imbalances, including poor sleep. BHRT optimizes estrogen and progesterone levels to improve sleep quality in a natural, holistic way.

Consult your medical provider before choosing any of the listed products.

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Note: Vibrant Skin Bar offers female bioidentical HRT to help women go through the transition smoothly and reduce the exhaustion that poor sleep can bring.

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When Should You See a Doctor?

If despite all your efforts you are still suffering from a lack of sleep, seek out professional medical help. Insomnia is more than just tossing and turning all night long. It can seriously affect your physical and mental health, relationships, and quality of life. Furthermore, long-term sleep deprivation can worsen existing health conditions and hormonal imbalances.

Contact the Vibrant Skin Bar team to discuss your situation. Our experts will help you create a customized hormonal insomnia treatment.

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Note: If your sleep is disrupted and you suspect it is because of imbalanced hormones, monitor the state of your hair. Hormonal hair loss is one of many conditions caused by hormonal imbalances.

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Conclusion

Hormonal insomnia comes in all shapes and forms, triggering a cascade of potential physical and mental health threats, such as hormonal depression. Understanding how hormones promote or impede deep, is an essential first step in combating this unpleasant condition.

Smart preventive measures keep hormones balanced, helping you feel more focused, alert, and well-rested in the morning. Schedule a consultation with top experts at Vibrant Skin Bar to find the most effective solution to this problem.

Turbulent hormonal shifts can turn mild, sporadic mood swings into full-blown depressive episodes. Feeling emotionally drained, physically exhausted, and unable to cope with daily tasks can be overwhelming. Luckily, you can learn how to balance hormone levels to support your mental wellbeing and build a rock-solid foundation for future challenges.

Read this article to discover the symptoms and causes of hormonal depression and how to combat this health condition effectively.

Can You Have Hormonal Depression?

Hormonal imbalance can set off a ripple effect on your overall health, impacting your thoughts, emotions, and mood. Disruptive hormonal shifts can lead to frequent irritability, excessive worry, and chronically low energy levels.

Since symptoms of clinical and hormonal depression overlap, they might leave you wondering about the root cause or confused about the best treatment strategy.

The following chart provides an outline of the differences between hormonal and clinical depression.

	Hormonal Depression	Clinical Depression or Major Depressive Disorder (MDD)
Underlying cause	Hormonal changes (PMDD, pregnancy, giving birth, perimenopause, menopause, birth control pill, sudden drop in estrogen, etc.)	Genetic predisposition, environmental stressors (e.g., a traumatic event, a severe head injury), personality traits, alcohol, drugs, etc.
Timing and triggers	Coincides with moderate to strong hormonal fluctuations (e.g., right before the menstrual cycle starts).	MDD can occur at any life point and is typically associated with stressful events and loss.
Accompanying symptoms	Hormone-activated symptoms, such as acne, hair loss, excessive sweating, hot flashes, insomnia, weight gain, low sex drive, etc.	Common psychological and physical symptoms are not directly associated with hormonal activity.
Duration and frequency	Symptoms are cyclical, so they come and go. They usually intensify during hormonal oscillations.	MDD is a long-lasting health condition that can worsen over the years if left untreated.
Common treatment	Hormone therapies, supplementation, lifestyle changes.	Antidepressant medication and professional psychotherapy.

Signs of Hormonal Depression

Symptoms vary in intensity, frequency, and length. Emotional and physical signs of hormone-related depression include:

• Mood swings
• Persistent sadness
• Hopelessness
• Nervousness
• Irritability
• Restlessness
• Anxiety
• Pessimistic thoughts
• Insomnia
• Low energy or fatigue
• Difficulty concentrating
• Feeling overwhelmed
• Loss of interest in hobbies
• Loss of appetite
• Irregular periods
• Body aches
• Suicidal thoughts

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Note: If you constantly feel tired and struggle with simple everyday tasks, you may suffer from adrenal fatigue. Alleviate the symptoms and replenish lost energy with 18 adrenal fatigue treatment options.

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What Causes Hormonal Depression?

Tackling the underlying physiological cause is the first step to overcoming hormonal depression. Consult a medical professional to determine the reasons for the shifts in your emotional wellbeing. They will provide you with a tailored treatment plan based on your medical record, hormonal status, and common triggers.

Below are some of the major causes of hormonal depression:

Premenstrual Dysphoric Disorder (PMDD)

Premenstrual dysphoric disorder (PMDD) is a severe type of premenstrual syndrome (PMS). It affects up to 5% of women of childbearing age a week or two before the cycle starts. Heightened sensitivity to regular hormonal changes is a probable cause of PMDD, although there is not enough scientific evidence supporting this claim.

Typical symptoms of PMDD include irritability, tension, and severe depression. Some women experience trouble sleeping, feeling out of control, and panic attacks, while others report breast tenderness, cramps, bloating, joint or muscle pain.

You can manage the symptoms and reduce the negative impact on your mental health with:

• Antidepressants
• Birth control pills
• Over-the-counter pain relievers
• Stress-management tools

Postpartum Depression (PPD)

Research shows that around one in seven women develop postpartum or perinatal depression (PPD) after giving birth. PPD occurs due to a sudden decrease in allopregnanolone, a progesterone-derived neurosteroid that peaks during pregnancy to promote healthy fetal growth. This pregnancy hormone modulates the activity of the brain’s mood-regulating GABA receptors which produce calming, stress-relieving effects.

Postpartum depression goes way beyond “baby blues”, a short-lived condition that manifests as sadness, emptiness, or moodiness after having a baby. Common PPD symptoms include feeling disconnected from the child and unable to bond. Some mothers report feeling shame, guilt, and anxiety.

PPD can last up to 3 years without appropriate or timely treatment. Follow these preventive measures to reduce the risk of developing this post-delivery mood disorder:

• Build a social support network – Surround yourself with friends, family members, and doctors who will make you feel safe and emotionally strong.
• Attend prenatal or postnatal classes – Educate yourself about all the aspects of parenthood, including effective prevention of postnatal mood disorders.
• Hire a breastfeeding professional – A lactation consultant provides breastfeeding advice and techniques to make the transition into motherhood as smooth as possible.
• Lead a healthy lifestyle – Prioritize sleep, high-quality nutrition, and regular physical activities to strengthen your immunity and build overall resilience.

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Note: Sometimes, you need a little vitamin push to get back on track after giving birth. Find out what the 10 best vitamins for an immune system boost are and how to include them in your diet to improve your mental health.

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Hormonal Contraceptives

Birth control methods alter hormonal activities in females to prevent ovulation and egg fertilization. They contain synthetic estrogen and progesterone (known as progestin), which affect brain function and the activity of neurotransmitters (GABA, serotonin, and dopamine), potentially compromising mental health.

There are different types of hormonal contraception, but research has shown that so-called mini pills, a progestin-only type of contraception, pose the greatest risk for the development of severe mood disorders, such as anxiety or depression.

The exact impact of hormonal contraceptives on mental health remains largely unknown. If you suspect a heightened sensitivity to progestin or wonder about its influence on your emotional wellbeing, consult a healthcare provider for additional testing.

Menopause

Menopause starts 12 months after the last menstrual period and marks the end of female fertility. The preceding period, perimenopause, is characterized by hormonal instability that impacts both physical and mental states. Low estrogen and progesterone levels may cause mood swings, irritability, and prolonged feelings of sadness.

Estrogen is a crucial hormonal component to emotional wellbeing due to its nerve-protective properties and positive impact on serotonin and endorphin activity. Progesterone increases GABA function, producing a tranquilizing effect on the nervous system.

Popular treatment methods for menopause-related mood swings and depression include:

• A well-balanced diet
• Regular physical activity
• Getting enough sleep
• Managing stress
• Bioidentical hormone replacement therapy (BHRT)
• Hormone-balancing supplements
• Natural herbal remedies

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Note: Learn the difference between perimenopause vs. premenopause.

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Low Testosterone

Testosterone is the primary androgen (male sex hormone). It is responsible for maintaining bone density, muscle strength, libido, and red blood cell production. It also improves mood, cognitive function, and emotional wellbeing.

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Note: Find out whether testosterone affects sleep.

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Studies show a tentative connection between testosterone deficit syndrome and depressive symptoms, such as low mood, chronic fatigue, lack of interest, and difficulties in decision-making. Additionally, low testosterone has several side effects, including erectile dysfunction, hair loss, or sudden weight gain, which may worsen a person’s mental condition.

Aging men are at an increased risk of developing hormonal depression due to a drop in testosterone levels. Androgen deficiency in females is more difficult to diagnose because women naturally produce lower levels of androgens. Medical assistance is vital in diagnosing and reversing sub-optimal testosterone levels.

Here are some actionable tips for keeping healthy testosterone levels:

• Adopt a high-protein diet
• Practice resistance training or weight-lifting
• Manage your stress levels
• Increase vitamin D
• Improve sleep quality
• Reduce alcohol consumption

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Note: Find out how testosterone impacts sex drive and whether testosterone therapy can aid in weight loss.

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Thyroid Issues

The thyroid glands produce hormones that regulate metabolism, the cardiovascular system and influence healthy brain development. The thyroid interacts with neurotransmitters - serotonin and dopamine - contributing to mood regulation, cognitive function, and mental health.

Patients with hyperthyroidism (an overactive thyroid) may experience nervousness, irritability, and anxiety. Conversely, those with hypothyroidism (an underactive thyroid) often report tiredness, low energy, and depression. Women are at a higher risk of developing hormonal depression because they are more prone to thyroid-related disorders.

You can improve thyroid function to manage depressive symptoms in the following ways:

• Engage in regular, low-impact exercises – Mild physical activity can improve overall health without triggering a stress response.
• Supplement with iodine, selenium, and zinc – Deficiency in these minerals can lead to hypothyroidism. However, excessive amounts can be harmful. Consult a licensed endocrinologist to establish healthy doses and prevent any adverse effects.
• Boost vitamin and mineral uptake – Aim for food rich in vitamin D, vitamin B12, magnesium, and iron to treat any nutritional deficiencies.
• Avoid goitrogens – These substances, found in cruciferous vegetables (e.g., cabbage, Russian kale, Brussels sprouts), can disrupt optimal thyroid hormone activity.
• Adopt a nutrient-dense diet – Choose non-starchy vegetables, fruits, fish, eggs, meat, poultry, and healthy fats.

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Note: Find out how hormones affect gut health.

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If symptoms persist, do not hesitate to seek medical assistance. Your endocrinologist might prescribe medication to keep your thyroid hormones in check.

How Is Hormonal Depression Diagnosed?

Diagnosing hormonal depression is challenging because symptoms overlap with those of major depressive disorder. Moreover, hormonal fluctuations can be erratic and unpredictable, lacking the consistency needed for accurate diagnosis. Coexisting factors, such as stress and lifestyle choices, can further complicate the matter.

It is vital to consult a medical professional before jumping to any conclusions. The typical diagnostic procedure involves:

• Discussing the patient’s medical history
• Discussing the symptoms’ frequency and duration
• Physical examination
• Running blood tests to check hormone levels

How to Treat Hormonal Depression?

Once your doctor establishes the underlying hormonal cause, they will create a personalized treatment. The following methods can relieve or eliminate depressive symptoms, depending on the condition’s severity and duration.

1. Bioidentical Hormone Replacement Therapy (BHRT)

Bioidentical hormone replacement therapy (BHRT) uses lab-made plant-derived hormones to restore hormonal balance and alleviate symptoms of perimenopause or menopause, including depression. BHRT’s are not FDA-approved and are used off-label to treat hormone deficiencies. Many practitioners prefer BHRT over HRT because they are molecularly identical to naturally produced hormones and can be produced in compounding pharmacies in doses and forms that differ from those in FDA-approved formulations.

Reported mental benefits of BHRT include:

• Improved emotional wellbeing
• Increased mental focus
• More energy
• Better sleep quality
• Increased resilience
• Improved mood stabilization

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Note: Vibrant Skin Bar offers a female bioidentical HRT package that includes a consultation, physical examination, and a 30-minute follow-up session.

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2. Testosterone Therapy

Testosterone replacement therapy (TRT) optimizes testosterone levels and mitigates numerous psychological symptoms, such as fatigue, difficulty concentrating, and depression. It is typically prescribed to men whose testosterone production has naturally decreased with age.

Testosterone therapy for women is an increasingly popular off-label treatment that can enhance libido to improve mood and increase energy.

The many other testosterone therapy benefits lessen the impact of hormonal changes and reduce accompanying mood swings. Talk to an expert in the field to determine if TRT is a suitable option for you.

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Note: Vibrant Skin Bar offers male HRT hormone therapy that includes a 45-minute evaluation, a physical examination, and a follow-up appointment.

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3. Antidepressants

Antidepressants regulate the activity of neurotransmitters (e.g., serotonin, noradrenaline) to increase energy levels and improve overall mood. However, they should never be the first-line treatment for hormone-triggered mood disorders as they can lead to misdiagnosis and poor management of the condition.

Doctors may prescribe low-dose antidepressant medication (e.g., citalopram, venlafaxine) to reduce menopausal hot flashes and night sweats, indirectly contributing to emotional stability and wellbeing. Consult a qualified healthcare professional to determine if this treatment method is appropriate for you, the correct dosage, and the type of anti-depressive drug.

4. Birth Control Pills

Birth control pills, or oral contraceptives, have potent antidepressant efficacy in treating premenstrual dysphoric disorder (PMDD). They create a stable hormonal environment by suppressing ovulation, thereby reducing hormonal fluctuations that might cause mood swings, irritability, and depression.

Studies confirm that oral contraceptives that contain both synthetic estrogen and progesterone can improve mental health and contribute to sustained mood regulation.

While many women enjoy the accompanying benefits of the pill, such as stress reduction and enhanced mood, others report disrupted sleep, emotional sensitivity, and depression. Your medical provider will assess your symptoms and offer alternative options if you experience some of the unwanted side effects of oral contraception.

5. Non-Hormonal Contraception

If hormonal contraceptives are the primary cause of anxiety, low mood, or depression, consider the following non-hormonal birth control methods:

• Male or female condoms
• Diaphragms
• Cervical caps
• Sponges
• Intrauterine devices (IUDs)
• Spermicides
• Vasectomy

These non-hormonal alternatives vary in terms of effectiveness and convenience. Therefore, it is essential to talk to your doctor openly when choosing the most suitable contraceptive method.

6. Hormone Detox

A hormone detox is a holistic treatment for eliminating excess hormones and toxins from the body, restoring balance, and achieving a positive mental shift. Reported benefits include increased energy, better mood, and enhanced brain function.

You can maximize your hormonal potential with a powerful detox that includes the following:

• An anti-inflammatory diet
• Regular exercise
• Mood-boosting supplements
• Getting enough sleep
• Reducing alcohol consumption

7. Vitamin B IV Therapy

Vitamin B IV therapy is an effective medical solution for replenishing essential nutrients and securing quick vitamin absorption needed for optimal brain function. The patient receives eight B complex vitamins intravenously. The vitamins enter the bloodstream directly, bypassing the digestive system and restoring mental functions immediately.

B complex vitamins can minimize mood-related health issues by maintaining brain function, improving energy levels, boosting cognitive function, and supporting serotonin and dopamine synthesis.

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Note: Vitamin B12 injections will deliver optimal amounts of this vital vitamin to boost your mood and increase your energy.  

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8. Stress Management

Elevated cortisol levels lead to chronic stress, reduced emotional resilience, and impaired cognitive function. Prolonged exposure to stress is a major contributing factor to hormonal depression. Therefore, it is crucial to learn how to lower cortisol, manage your stress response, and regain emotional stability.

Anti-stress techniques (e.g., meditation, hiking, massage, yoga) improve your mood by rebalancing neurotransmitter activity, strengthening your coping mechanisms, and decreasing cortisol production.

Supplements such as Osmosis MD Emotional Wellbeing Elixir can provide additional support by harmonizing negative thinking patterns and increasing serotonin levels. Seek professional psychological help to ensure the best results and prevent any supplement misuse.

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Note: Excess cortisol can also lead to anxiety. Explore how supplements for anxiety can improve emotional regulation and ameliorate your overall mental state.

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Conclusion

Disrupted hormonal activity can negatively impact mental performance, emotional health, and the ability to cope with everyday stressors.

Patients experience short bouts of depression due to temporary hormonal fluctuations that occur during certain life phases or because of certain health conditions. Treatment methods vary based on individual needs, symptoms severity, and associated health conditions.

Feel free to contact Vibrant Skin Bar with more questions or concerns.

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Disclaimer

This website is provided for educational and informational purposes only and does not constitute providing medical advice or professional services. The information provided should not be used for diagnosing or treating a health problem or disease, and those seeking personal medical advice should consult with a licensed physician. Always seek the advice of your doctor or other qualified health provider regarding a medical condition. Never disregard professional medical advice or delay in seeking it because of something you have read on this website. If you think you may have a medical emergency, call 911 or go to the nearest emergency room immediately. No physician-patient relationship is created by this website or its use.

Testosterone is best known as the male sex hormone, but its function goes beyond regulating male sexual characteristics. It affects men’s and women’s muscle and bone health, fat distribution, heart health, mood, and even sleep.

This article gives an overview of what science knows about the link between sleep and testosterone and how to improve both.  

Does Sleep Affect Testosterone Levels?

Healthy testosterone production follows the normal circadian rhythm. The hormone is the highest in the morning, dips in the evening, and begins to increase with the onset of sleep. Disturbed sleep is associated with reduced morning testosterone.

Low Testosterone and Sleep

Research shows insufficient sleep and medical conditions like sleep apnea can deplete testosterone levels. Delayed or fragmented sleep disrupts the circadian rhythm, inhibiting the natural increase in testosterone that comes with sleep.

Low testosterone perpetuates sleep problems and can lead to insomnia. It can also cause hot flashes and night sweating in women, preventing sleep.

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Note: Learn more about the connection between hormones and insomnia, or find out whether low testosterone can also cause fatigue and low sex drive in men.

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High Testosterone and Sleep

High testosterone doesn’t typically affect sleep. Sleep issues are a more common symptom of low testosterone. However, some patients report sleep abnormalities and worsening sleep apnea after taking high doses of testosterone therapy.

How to Improve Sleep Quality & Maintain Normal Testosterone Levels

There are several ways to enhance testosterone production and improve sleep quality.

• Establish a sleeping schedule – Going to bed and waking up at the same time every day is the first step to improving sleep. It may not go smoothly in the beginning, but after establishing a routine, patients experience longer and more peaceful rest at night. This eventually helps to balance hormones.
• Avoid electronic devices before bedtime – Electronic devices emit blue light, which hinders falling asleep. Don’t watch TV, play video games, or use your cell phone an hour before going to bed.
• Create a pleasant atmosphere for rest – Make sure you create the conditions for a night of peaceful sleep: a dark and quiet room and a pleasant temperature of 60-70 degrees Fahrenheit.
• Avoid sugar, caffeine, and alcohol before bedtime – Sugar leads to unstable blood sugar levels and increases energy, promoting action instead of rest.  Caffeine and alcohol are stimulants and often disrupt sleep.
• Lose excess weight – Research shows weight reduction helps improve sleep in general but also apnea symptoms, leading to increased testosterone levels.
• Be physically active – Regular exercise, daily walks, and other ways to expend energy promote healthier sleep patterns.
• Try supplements – Soothing botanicals in certain dietary supplements can help patients relax, relieve stress, balance hormones, and improve sleep. Relora can be an effective natural aid in improving sleep. Talk to your healthcare provider to determine if the product can help you.

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Note: For more information, refer to our guide to using Relora for sleep.

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Sleep and Testosterone FAQ

Men with sleep problems and symptoms of low testosterone often have the following questions about testosterone and sleep regulation.

Does Sleep Boost Testosterone?

Healthy sleep patterns, which include 7-9 hours of uninterrupted sleep at night, support normal testosterone production. Quality sleep doesn’t increase testosterone over its normal levels; it only contributes to maintaining a hormonal balance to ensure the optimal functioning of testosterone-regulated processes.

Does Napping Increase Testosterone?

Scientists recommend avoiding napping, especially later in the day and close to bedtime, because it can interfere with falling and staying asleep. People who need rest during the day should do it earlier and limit their nap to 30 minutes.

How Does Hormone Replacement Therapy Affect Sleep?

Evidence suggests testosterone therapy makes it easier to fall asleep and may improve sleep quality. The therapy involves administering testosterone in the form of creams, skin patches, pellets, and injections. Doctors prescribe it as an FDA-approved therapy for men diagnosed with low testosterone.

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Note: Learn more about testosterone therapy benefits.

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Conclusion

Sleep and testosterone are closely related and affect one another. Small changes in your bedtime rituals can positively impact your sleep quality and improve testosterone levels. If the problems persist, discuss treatment options with your healthcare provider.

If you are in the Phoenix area, contact our experienced medical professionals to determine if testosterone therapy can help you.

Hormones affect a variety of bodily mechanisms. One of them is temperature-regulation. When the complex interaction of hormones is disrupted, patients can experience abnormal heat production or heat loss.

Sweating (perspiration) is how the body cools down and controls internal body temperature. However, an unusual shift in hormone levels can increase body temperature and stimulate sweating independent of circumstances such as the external environment or physical activity.

This article explains the symptoms and the causes of hormonal sweating and provides information on how to treat this unpleasant condition.

What is Hormonal Sweating?

Hormonal sweating is the result of hormonal imbalances in the body. Chemical changes on a hormonal level directly affect the hypothalamus - an area in the brain responsible for thermoregulation. The hypothalamus activates the temperature-modulation response of blood vessels, the skin, and sweat glands.

If you are experiencing excessive sweating, hot flashes, or night sweats, it may be caused by imbalances in different hormones, including estrogen, progesterone, testosterone, and thyroid hormones. This is especially true during menopause, perimenopause, or pregnancy. Also, hormonal sweating is often a symptom of thyroid-related conditions, low testosterone levels, premenstrual dysphoric disorder (PMDD), and premenstrual syndrome (PMS).

Hormonal Sweating Symptoms

Unstable hormone activity changes the body’s temperature, activating the sweat glands and triggering these symptoms:  

• Elevated temperature – Normal body temperature in adults ranges between 97 and 99 degrees F. Hormonal fluctuations can cause low-grade fever both in men and women.
• Hot flashes – Women typically experience sudden waves of heat during menopause, but they also happen to men with low testosterone. Their length and frequency vary from person to person.
• Flushing – Rise in body heat produces a prickling sensation, skin discoloration and blotches of blushed, red skin in the face, neck, and upper chest.
• Night sweats (nocturnal hyperhidrosis) – Fluctuating hormone levels can cause the body to overheat at night and produce excessive sweat that soaks the bedding and night clothes.
• Extreme sweating (diaphoresis) – Hormonal changes can trigger copious or abnormal sweating, commonly in the armpit area, palms, face, or soles of the feet.
• Rapid heartbeat – This symptom is often a precursor of hormonal sweating. A racing pulse, shaky hands, and nervousness commonly accompany a rapid heartrate.

What Causes Hormonal Sweating?

There are a number of hormone-related conditions that can result in elevated body temperature and sweat, and both men and women can be affected.

Here are the conditions that most commonly cause these unpleasant symptoms:

1. Perimenopause and Menopause

During perimenopause, the transitional phase preceding menopause, women undergo many physiological and psychological changes. Besides irregular periods, mood swings, and disrupted sleep, hot flashes are one of the hallmarks of this turbulent life phase.

Estrogen levels start to decline during perimenopause. This sudden drop in estrogen makes the hypothalamus, the brain’s body heat control center, more sensitive to temperature changes. In the mistaken belief the body is getting too hot, the hypothalamus sends messages to the body to cool down. This results in hot flashes, night sweats and profuse sweating.

2. Pregnancy

Body temperature rises during pregnancy in response to multiple physiological changes. Progesterone, the hormone responsible for creating a perfect environment for the embryo, also has an effect on thermoregulation.

Maternal core temperature peaks in the first trimester due to elevated progesterone and the higher metabolic rate needed to sustain a healthy pregnancy. The body generates extra heat and increases blood flow to the skin, causing hot flashes. Sweating is the healthy response of the body to lower temperature to protect the mother and fetus from overheating.

Feeling thirsty, shaky, and sweaty during pregnancy can indicate gestational diabetes, a reversible condition caused by insulin resistance that can develop during pregnancy. Your doctor will monitor your blood sugar levels to rule out this possibility.

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Note: Learn how are insulin resistance and weight loss related and how can a change in your lifestyle reverse this condition.

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3. Postpartum – Sweating after Childbirth

Postpartum begins with the delivery of the placenta. It represents the post-delivery period that is marked by a sudden dip in estrogen levels. This hormonal shift affects the hypothalamus, making women more sensitive to temperature changes and more prone to sweating. Moreover, breastfeeding decreases estrogen due to elevated levels of prolactin, the hormone responsible for milk-production.

As a result of this estrogen deficiency, post-baby night sweats continue for a prolonged period. However, sweating postpartum helps the body to get rid of the extra fluid accumulated during pregnancy. In this sense, it can help women lose some of the weight gained during gestation.

4. Premenstrual Syndrome (PMS) and Premenstrual Dysphoric Disorder (PMDD)

Hot flashes and night sweats are common symptoms of premenstrual syndrome (PMS) or premenstrual dysphoric disorder (PMDD), a more severe case of PMS. Estrogen and progesterone have a complex interplay in the reproductive cycle which can sometimes lead to increased sweating in the days before menstruation occurs.

Progesterone rises during ovulation and stays elevated in the second part of the cycle, the luteal phase. This hormone triggers a rise in basal body temperature (the lowest body temperature at rest). At the same time, estrogen decreases after ovulation and stays low during the luteal phase, making the hypothalamus more sensitive to temperature changes. As core body temperature rises, this increased sensitivity produces abundant sweating.

5. Hyperthyroidism

Hyperthyroidism (an overactive thyroid) is an endocrine health condition with numerous physical symptoms, including heat intolerance and sweating.

The thyroid gland regulates body temperature and controls the metabolic rate, or how the body uses energy. An overactive thyroid gland speeds up metabolism, causing weight loss, rapid heartbeat, and increased sensitivity to heat. Thus, sweating occurs more frequently and is more profuse.

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Note: Some of the symptoms of hyperthyroidism, such as rapid heartbeat and weight loss, overlap with the symptoms of iron-deficiency anemia. Read our blog to learn more about weight loss caused by anemia.

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6. Testosterone Deficiency

Low testosterone in men, also known as male hypogonadism, produces a variety of symptoms, such as low energy, decreased sex drive, hot flashes and heavy sweating at night.

As they age, men undergo gradual hormonal changes, sometimes called the andropause or male menopause. Testosterone levels slowly decline, affecting the hypothalamus, the temperature-regulatory center in the brain.

Testosterone therapy is an effective solution for this hormonal imbalance. It restores adequate amounts of testosterone and reverses the uncomfortable symptoms, such as profuse sweating.

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Note: Check out our article and find out how does testosterone increase sex drive.

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How to Treat Hormonal Sweating?

Hormonal sweating can interfere with your daily activities, especially if you live in a hot and humid climate. These tips can help you minimize the unpleasant effects of profuse sweating:

1. Start Using Supplementation

Nutritional supplements that balance hormones can help against excessive sweating (hyperhidrosis). Notably, vitamin E can decrease the frequency of hot flashes in menopause and reduce the night sweats. Heavy sweating can easily lead to magnesium deficiency and mineral supplements can prevent this from happening.

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Note: Osmosis MD Hormone Relief Elixir is a natural hormone balancing supplement that can reduce unpleasant hormonal symptoms, such as hot flashes.

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2. Hormone Replacement Therapy (HRT)

Hormonal sweating could be a warning sign of a much deeper health condition triggered by a hormonal imbalance. If you are at an age when hormone levels start to shift, consult a medical expert in the field and schedule a physical examination. They will tell you about treatments that can restore optimal levels of estrogen, progesterone, and testosterone, such as bioidentical hormone replacement therapy.

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Note: Check out the cost of Female Bioidentical HRT offered by Vibrant Skin Bar.

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3. Use Comfy, Skin-Friendly Clothes

Start wearing lightweight, breathable clothing made of natural fibers, such as cotton, linen, or silk. Rather than one thick top, go for layers so that you can take clothes off as you start to feel hot.

Invest in eco-friendly clothes to allow your skin to breathe and wick away excess moisture. Some clothing brands have specialized in blends of natural and synthetic fabrics that do just this. Avoid wearing 100% synthetic fabrics such as nylon and polyester because they prevent the skin from breathing and also trap moisture.

4. Pay Attention to What You Eat and Drink

Hydrate more frequently to replenish the water lost due to heavy sweating. Avoid spicy food and alcohol, which stimulate thermogenesis, or the production of body heat. Caffeinated drinks, soda, and even chocolate can also increase sweating.

5. Lower the Thermostat

This is especially valid for your bedroom. A cooler room will not only help manage hot flashes and night sweats, scientists have found that lower temperatures are conducive to a good night’s rest as melatonin production is increased at temperatures between 60 and 68 degrees.

When Should You See a Doctor?

Consult your health provider if the problem persists or if you notice additional hormone-related issues. Establishing the root cause of sweating is an essential first step in treating this condition properly.

Feeling faint, dehydration, or a high fever require immediate medical attention.

Conclusion

Keep your hormone levels in check with prompt, preventive action to reduce hot flashes, night sweats and abnormal sweating. Discovering the primary cause of hormonal sweating will help you get appropriate treatment.

If you suspect profuse sweating is caused by hormones, feel free to consult our team at Vibrant Skin Bar. Our medically trained experts will help you eliminate this uncomfortable symptom of hormonal imbalance.

A hormonal imbalance may provoke a sudden hot flash, rapid heartbeat, and a drenching night sweat that disturbs your sleep and leaves you exhausted throughout the day. Profuse night sweating is also a symptom of certain underlying health condition that require medical help.

This article explains the connection between night sweats and hormones and how to prevent and eliminate this uncomfortable condition.

What Is Hormonal Night Sweating?

Hormonal sweating occurs due to hormonal fluctuations and typically affects women during menopause, PMS, or pregnancy. Lower estrogen levels can provoke night sweats (nocturnal hyperhidrosis), a condition usually accompanied by hot flashes, skin reddening, and chills.

Night sweats can also be a symptom of hypoglycemia, gastroesophageal reflux disease (GERD), neurological conditions, anxiety, and even cancer. Consult a healthcare provider to rule out non-hormonal causes and get an adequate treatment.

What Hormone Causes Night Sweats?

Sweating is a healthy body heat regulation mechanism that prevents overheating in hot environments or during physical exertion. The hypothalamus, which controls body temperature, plays a crucial role in this process. However, hormonal changes can disturb the body’s cool-down response and cause night sweats.

The following hormones are responsible for hormonal night sweating:

• Estrogen – When estrogen drops, the hypothalamus becomes more sensitive to slight changes in body temperature. This thermoregulatory center signals the body to produce more sweat due to a perceived threat of overheating.
• Progesterone – Fluctuating progesterone levels can contribute to sudden heat waves, hot flashes, and night sweats. Estrogen and progesterone work together to regulate body temperature; their imbalance can dysregulate the thermoregulatory mechanism.
• Testosterone – Sleep and testosterone are closely linked. Low testosterone levels in men may cause night sweats by tricking the hypothalamus into thinking that the body is overheated and needs cooling.
• Cortisol – Elevated cortisol produces anxiety, increases heart rate, disrupts blood sugar levels, and affects the sleep-wake cycle, leading to more sweating at night.
• Thyroid hormones – Dysfunctional triiodothyronine (T3) and thyroxine (T4) activity can disrupt thermoregulation, producing more body heat and activating sweat glands to secrete more fluid.

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Note: Discover 14 symptoms of low estrogen and learn how to increase estrogen levels to reduce night sweating and alleviate accompanying symptoms.

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When Do Hormone-Triggered Night Sweats Occur?

Hormone-induced night sweats are common during sudden or significant hormonal changes. Managing each condition can alleviate the discomfort and minimize potential complications.

Premenstrual Syndrome (PMS) or Premenstrual Dysphoric Disorder (PMDD)

Estrogen levels peak during the mid-follicular and mid-luteal phase, dropping right before menstruation starts. Over 90% of women will experience premenstrual symptoms during the second stage of the luteal phase when both progesterone and estrogen levels decrease. Common PMS symptoms include bloating, headaches, moodiness, and occasionally excessive sweating.

Premenstrual dysphoric disorder (PMDD) affects up to 5% of women during their reproductive years. PMDD requires medical assistance and is characterized by severe PMS-like health issues. It has also been linked to night sweats.

Pregnancy and the Postpartum Period

Increased sweating is common during pregnancy, especially during the first trimester (weeks 1 to 14) and the third trimester (weeks 27 to childbirth). The body fails to achieve an optimal temperature due to fluctuating hormones, increased blood flow, or thyroid issues.

Postpartum night sweats are also common and typically subside within a few weeks. They are triggered by the sudden drop in estrogen levels immediately after delivery.

Perimenopause and Menopause

During perimenopause, the ovaries start producing less estrogen, progesterone, and testosterone. Women may experience a range of symptoms, such as irregular periods, hot flashes, and night sweats. As the body slowly transitions out of its reproductive years and enters into menopause, the hypothalamus begins to have difficulties maintaining optimal body temperature, resulting in heat waves and increased sweating.

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Note: Learn about the difference between perimenopause and premenopause.

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Primary Ovarian Insufficiency (POI)

Primary ovarian insufficiency (POI), also known as primary ovarian failure, is a rare medical condition that affects pre-menopausal women, causing ovaries to stop making eggs before the age of forty. POI leads to premature menopause and infertility. It is accompanied by symptoms such as vaginal dryness, sleep issues, anxiety, hot flashes, and night sweats often accompany it.

Thyroid Disorders

Drenching night sweats may also signal an underlying problem with the thyroid gland. Thyroid hormones T3 and T4 affect thermoregulation by influencing the basal metabolic rate on a cellular level.

Hyperthyroidism (an overactive thyroid) is typically associated with heat intolerance, clamminess, and excessive sweating caused by increased body heat.

Hypothyroidism (an underactive thyroid) usually decreases sweating and increases cold sensitivity. However, patients may also sweat more due to the difficulty their body has regulating temperature or as a side effect of hypothyroidism medication (levothyroxine).

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Note: Night sweats can also be caused by a host of other disorders that aren’t linked directly to a hormonal imbalance so make sure you speak to your physician, who will perform the necessary tests to pinpoint the cause of this uncomfortable condition.

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Can I Prevent Hormonal Night Sweats?

You can try the following preventive measures to reduce sweating at night.

• Optimize bedroom temperature to 65 degrees Fahrenheit (18.3 degrees Celsius).
• Open a window for a gentle breeze and more fresh air.
• Run an air conditioner or a fan during the night.
• Avoid heavy bedding made of synthetics or other artificial materials; use lightweight bedding made of natural fibers, such as cotton or linen.
• Keep cold water, a cooling pad, or a cooling spray by your bed.
• Invest in cooling mattress pads and toppers or cooler pillows.
• Wear breathable, loose-fitting nightwear made of natural materials.
• Drink plenty of water throughout the day to stay hydrated.
• Eat a light dinner to minimize symptoms like bloating, gas, or heavy perspiration.
• Avoid eating spicy or fatty food to prevent indigestion, heartburn, or sweating.
• Avoid drinking alcohol as it may widen your blood vessels and activate the sweat glands.
• Avoid smoking cigarettes as they may disrupt body temperature regulation.
• Do not consume caffeinated beverages such as coffee, soda, or energy drinks.
• Do not exercise late in the afternoon or in the evening to lower your body temperature.
• Maintain a healthy weight, as being overweight may contribute to excess sweating.
• Engage in relaxing, stress-relieving activities before bed, such as deep breathing exercises, meditation, or a massage.

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Note: Learn about the connection between stress and hormones and discover more actionable ways to destress.

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How Do I Get Rid of Hormonal Night Sweats?

Treatment for hormonal night sweats varies depending on the underlying cause or medical condition. Discuss your options with a healthcare provider before making any changes.

The doctor will discuss your medical record, perform a physical examination, and run a hormone test to determine the root cause and ensure the appropriate treatment.

Hormone Replacement Therapy (HRT)

Hormone replacement therapy (HRT) addresses hormonal imbalance and alleviates uncomfortable symptoms like nighttime sweating. HRT involves the use of medication to replace deficient hormones, such as estrogen, progesterone, and testosterone.

Bioidentical hormone replacement therapy (BHRT) includes the use of bioidentical hormones, whose molecular structure is identical to naturally occurring human hormones. These plant-derived hormones effectively reduce hot flashes and night sweats alongside other symptoms, such as brain fog, low sex drive, and insomnia.

Testosterone therapy (TRT) restores depleted testosterone to optimal levels, providing numerous health benefits for both men and women. It helps mitigate symptoms of male hypogonadism and relieves menopausal symptoms. Testosterone is used off-label to increase energy, improve sex drive, and aid in weight loss.

Non-Hormonal Medication

The following non-hormonal medication has also been found to relieve night sweats:

• Antiperspirants - Research shows the effectiveness of agaric acid, belladonna tincture, and salvia extract in treating heavy sweating at night.
• Anticonvulsants – Antiseizure drugs such as gabapentin or pregabalin help stabilize the nervous system and affect the neurotransmitters in the brain that regulate body temperature.
• Antidepressants – Low-dose Brisdelle® (paroxetine), a selective serotonin-reuptake inhibitor (SSRI), is FDA-approved to treat hot flashes and night sweats. Serotonin-norepinephrine-reuptake inhibitors (SNRIs) can also help control body heat.
• Clonidine – Treats blood pressure, anxiety, and attention deficit hyperactivity disorder; studies also confirm its effectiveness in reducing flushing and sweating.
• Megestrol – This medication is used to increase appetite, reverse weight loss, and treat breast and uterine cancers. Scientific research indicates its effectiveness in reducing hot flashes in both men and women.
• Oxybutynin – This medication treats urinary conditions, such as incontinence (loss of bladder control), but researches show its positive impact on severe night sweating.
• Diindolylmethane (DIM) supplements - This supplement contains compounds found naturally in cruciferous vegetables and has been shown to reduce hormone-related symptoms, including acne, hot flashes, and night sweats.
• Sleep-supporting supplements – Hormone-balancing supplements contain natural, soothing ingredients that calm the nervous system, reduce sensory overstimulation, and foster deep relaxation.

Natural and Herbal Remedies

Natural remedies can relieve symptoms of menopausal discomfort, such as mood swings, hot flashes, and heavy sweating. The following herbal cures can effectively manage symptoms and are a popular alternative to pharmaceuticals:

• Red clover
• Anise
• Black cohosh
• Vitamin E
• Vitamin B12
• Curcumin
• Sage
• Ginseng
• Dong quai (female ginseng)
• Fenugreek
• Evening primrose oil
• Maca root
• Kava
• Valerian
• Chasteberry
• Phytoestrogens (e.g., soy, flax seeds)

Use these products with caution and with your doctor’s approval to avoid risks and health complications. Natural remedies are not as tightly regulated as prescription drugs and may provoke adverse effects. Some natural supplements should be avoided during hormone therapy (e.g., red clover).

Lifestyle Modifications

Small adjustments in your daily habits can significantly impact sleep quality, reduce night sweating, and improve overall comfort. Practice each habit consistently to ensure faster and more durable results.

• Exercise regularly – Moderate physical activity reduces cortisol levels and helps regulate body temperature to minimize night sweats. Avoid strenuous or high-impact exercise before bed, as it can temporarily elevate body temperature.
• Maintain a regular sleep schedule – Consistent bedtime stabilizes your internal “clock” and allows your body to relax and restore fully. Getting enough sleep harmonizes hormone activity and reduces potential side effects.
• Engage in calming activities – Stress-relief hobbies and activities can induce melatonin production necessary for restorative sleep. Calming exercises like deep breathing, yoga, or tai chi can help your body wind down.
• Dietary adjustments – Light, nutritious meals before bed promote better sleep and alleviate uncomfortable symptoms, including night sweats. Fatty fish, nuts, oatmeal, kiwi, turkey, and chamomile tea enhance sleep quality and duration.

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Note: Learn how to lower cortisol levels with 7 natural strategies.

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How Long Do Hormonal Night Sweats Last?

Hormonal night sweats vary widely in frequency, intensity, and duration depending on the cause, symptoms, and other factors (e.g., stress levels and environmental conditions). They can occur sporadically or consistently throughout the entire hormonal shift.

Menopausal women may experience several sweating incidents per night that last a few moments up to fifteen minutes.

Sweats can last a few days, weeks, months, or several years during post-menopause. PMS-triggered sweats usually subside after several days, while pregnancy-related perspiration may stretch for weeks.

When Should I Be Worried About Night Sweats?

Night sweats are not a cause for concern as they usually subside over time. However, they may be a symptom of a more severe health condition (e.g., an infection, diabetes, or cancer) or a side effect of a medicine.

Schedule a visit with a healthcare provider if you experience persistent night sweats that interrupt your sleep or if you notice any of the following:

• High fever
• Cough
• Unexplained weight loss
• Body aches
• Diarrhea

Conclusion

Excessive nighttime sweating can be a sign of different hormonal imbalances. Prevention, proper diagnosis, and timely treatments help you restore balance and stop the sweats that leave you soaking wet in the middle of the night.

Learn more about hormone therapy at Vibrant Skin Bar and schedule a visit to get a tailored treatment for your health concern.

‌Testosterone is a hormone typically associated with the development and maintenance of male characteristics. In men, it plays multiple roles, such as the development of male sex organs, a deeper voice, facial hair, muscle and bone growth, and sex drive. However, this androgen impacts overall physical health and emotional wellbeing in men and women.

Imbalanced testosterone levels can provoke or worsen many health conditions. A total testosterone test is a valuable diagnostic tool for discovering the underlying cause behind these conditions.

This article explains what total testosterone tests help determine and why they may be significant for you.

What Is a Total Testosterone Test?

‌A total testosterone test measures blood hormone levels. Most circulating testosterone is bound to proteins, while 0.5-3% remains unbound (free) and bioavailable.

A total testosterone test measures three testosterone types:

1. Free or unattached testosterone - A biologically active form that is not bound to proteins and is more readily available. It impacts bodily functions such as libido, muscle mass, and bone health.
2. Albumin-bound testosterone – Bound to albumin, a blood protein, this type is also bioavailable, though less so than free testosterone.
3. Testosterone bound to SHBG (sex hormone-binding globulin) - This type is not bioavailable but serves as a reservoir that can be activated when needed.

Other tests include a free testosterone test (which measures only the active form) and a bioavailable testosterone test (which measures free testosterone and the albumin-bound type). These tests are less common but may be help diagnose certain medical conditions.

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Note: Read our article on free vs. total testosterone and find out how they differ.

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Who Should Take a Total Testosterone Test?

This test helps determine testosterone levels in adult men and women. It also helps to diagnose early or delayed puberty in children, teenagers, and adolescents.

Both suboptimal and excessive testosterone production can cause or worsen many medical conditions. Your primary healthcare provider may recommend this test if any of the following symptoms apply to you.

Men – Testosterone Levels
High	Low
Acne Insomnia High blood pressure Excessive facial and body hair Infertility Aggression Prostate enlargement Headaches Increased appetite Unexplained weight gain	Low libido Hormonal weight gain Depression Anxiety Hair loss Brain fog Reduced muscle mass Irritability Development of breast tissue Erectile dysfunction Difficulty concentrating

Women – Testosterone Levels
High	Low
Polycystic ovary syndrome (PCOS) Infertility Obesity Hormonal acne Hirsutism (excess facial or body hair) Voice deepening Increased risk of type 2 diabetes	Low sex drive Bone loss Reduced muscle mass Fatigue Insomnia Hair loss Irregular periods Vaginal dryness

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Note: Learn how testosterone therapy helps women and what to expect from the treatment.

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What Does Total Testosterone Tell You?

A total testosterone test is a key indicator of overall testosterone levels in the body. It measures bound and unbound (free) testosterone in the bloodstream and helps to determine the link between abnormal testosterone levels and one’s health condition.

The test is helpful in early diagnosis as it can indicate the following:

• The presence of a hormonal imbalance that increases the risk of conditions such as hypogonadism, endocrine disorders, or tumors.
• The cause of symptoms such as weight oscillations, mood swings, low energy, and other medical conditions.
• The causes of delayed or early puberty in teenagers and adolescents.
• Whether the patient’s testosterone decline is due to aging or pathological reasons.
• The efficacy of hormone replacement therapies such as testosterone therapy.
• Androgen levels in patients with a history of testosterone-related disorders or abnormal testosterone levels in the past.
• The health status of individuals taking medication or undergoing therapies that may affect their testosterone levels (e.g., antiandrogens, glucocorticoids, chemotherapy).

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Note: Learn about testosterone therapy’s benefits, such as improved sex drive, weight loss, and increased energy.

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Does a Total Testosterone Test Require Special Preparation?

‌Testing is typically performed between 7 am and 10 am, when testosterone levels are at their highest. There is no need to prepare for testing unless your medical provider tells you otherwise. Some doctors recommend fasting, during which patients avoid eating and drinking anything but water for several hours before taking the test. You should avoid strenuous physical activities, drinking alcohol, and smoking for 24 hours before testing to avoid hormonal disruption.

Ask your medical provider for specific instructions and inform them about all the supplements, herbs, and medication you are currently taking, including both prescription and over-the-counter drugs.

What Happens During a Total Testosterone Test?

‌The doctor or a nurse will place an elastic band called a tourniquet around your upper arm and clean the injection site with an antiseptic to prevent infection. They will draw blood from a vein inside your elbow using a thin, sterile needle that transfers the sample into a small vial. The doctor will remove the tourniquet and cover the site with a cotton ball or a bandage to stop bleeding.

The entire process lasts less than a minute. You might feel a slight pinch or a sting as the needle is inserted and removed.

The Results of a Total Testosterone Test

Test results vary depending on your age, gender, and health conditions. To obtain accurate results, your doctor may recommend retaking the test on different days or at separate times of the day.

According to MedlinePlus, an optimal range given in nanograms per deciliter (ng/dL) is as follows:

• 300 to 1000 ng/dL for men
• 15 to 70 ng/dL for women

Patients usually receive the results via mail or an online health portal within several days. Optimal value ranges may vary slightly among different laboratories, and each laboratory has a corresponding reference range for a healthy person depending on age and gender. Your doctor will tell you whether your results are within a healthy range in your specific case.

A testosterone test alone does not diagnose any health condition, but it may indicate an underlying issue. You should schedule a follow-up visit with your doctor to discuss the results and next steps. You might need to take additional blood tests to check other hormone levels.

Does Anything Affect the Results of a Total Testosterone Test?

The results can be affected by any of the following:

• Medication such as antifungal medicines (e.g., ketoconazole) and hormonal drugs.
• Foods with phytoestrogen such as flax seeds, dried fruit, soybeans, tofu, sesame seeds, garlic, and tempeh.
• Performing the test later in the day can indicate falsely lower testosterone levels.

Is There Any Risk of Taking a Total Testosterone Test?

Potential risks and side effects are minimal and temporary. They include:

• Bleeding
• Infection
• Bruising or hematoma
• Lightheadedness
• Soreness at the injection site

Can a Total Testosterone Test Be Taken at Home?

‌You can check your testosterone levels with an at-home test kit that allows you to collect a blood or saliva sample and send it to a lab for testing. These kits are available without a prescription.

While at-home tests offer convenience and can be useful for initial screening, it is important to note that a physician-ordered blood test is the gold standard for accuracy and reliability.

Total Testosterone Test Price

The total testosterone test cost range in the United States is $17 to $149. The pricing varies depending on the clinic’s location, expertise, and your medical insurance policy.

Some clinics include a consultation and a follow-up visit in the price. Before scheduling an appointment, consult your healthcare provider about additional services and consultation fees.

Conclusion

Testosterone levels decline with age and vary among men and women. A total testosterone test is the most common and comprehensive test used for diagnostic and monitoring purposes. It helps to determine whether your current health concern is linked to this androgen and is the first step in resolving your health issues.

Our friendly Vibrant Skin Bar staff can help you learn more about testosterone and other hormones.