I talk with Dr. Kara and Dr. Dave of That Naturopathic Podcast, rated in the top 6 Canadian Medicine podcasts, about taming the tiger of anxiety. Click to learn about your HPA Axis, the stress response and how we can “tame the tiger” by providing our body and mind with the assurance that we’re safe. Listen on Spotify.
In September of 2019, Jakobsen, Gluud and Kirsch published a review in the British Medical Journal: Evidence-Based Medicine entitled “Should antidepressants be used for major depressive disorder?” (1)
Their conclusion was this:
“Antidepressants should not be used for adults with major depressive disorder before valid evidence has shown that the potential beneficial effects outweigh the harmful effects.”
Now, before we move on with what drove them to make this seemingly radical conclusion, I want to be clear:
I am not stigmatizing medication.
All of those who take medication for depression have asked for help.
Asking for help is important.
Asking for help is brave.
And, whatever help works for you is the right kind of help.
But imagine this; imagine you are a pretty decent swimmer.
You’ve practiced swimming all your life. You’ve gotten lots of experience swimming in pools, lakes, and oceans. You know how to swim, just like you know how to cope with turmoil. But, despite your strength, one day you find yourself drowning.
“No, I’m not drowning,” you might say at first. “I can’t be drowning. I know how to swim! If I’m drowning, it means I’m a failure…
“What will everyone think?”
And so you continue to splash around a bit, until it becomes undeniable. You gasp some water-filled air. Your head submerges and you think, indeed, “I’m drowning.”
When you get your head above water you call for help.
This takes a lot.
It’s not easy to admit that you need help.
It’s not easy to overcome that little voice that tells you that asking for help is troubling other people, admitting defeat, showing weakness—and whatever else that darned little voice thinks it means.
“HELP!” You exclaim, louder this time—little voice be damned.
“HEEELP!”
And someone on shore sees you. They have a life-preserver in their hands and they throw it your way.
Your shame is peppered with relief—and gratitude: there’s an answer to all this suffering. You thrust your hand towards the life preserver, grasping it with a firm bravery.
Only, it starts to sink. It’s full of holes.
“What’s the matter?” The person waiting on the shore exclaims, as you continue to struggle, “Don’t you want help?”
The shame returns. Hopelessness joins it.
I advocate for mental health awareness. I advocate for perpetuating the message that it’s ok to talk about mental illness. It ok to admit you need help.
I believe the following:
Depression is not a a sign of weakness.
It’s not a sign that you are defective.
It’s not a sign that you haven’t learned proper coping skills, or that your coping skills are defective, or that you’re fragile.
It’s also not fixed by simple solutions like eating salad, running or putting “mind over matter”.
Depression happens to a lot of us.
It affects 300 million people globally. It is the leading cause of disability world-wide, with a lifetime prevalence of 10 to 20%. This means that 1 in 5 people will experience depression in their lifetimes.
We all know someone who suffers. Maybe you suffer.
And a lot of people ask for help. The National Health and Nutrition Examine Survey (NHANES) in 2017 found that 1 in 8 people over the age of 12 are taking an anti-depressant, a 65% increase over the last 15 years.
This means that 65% more of us are asking for help.
That’s a lot of life preservers.
So, just how effective is this help?
First, we need to understand how the efficacy of anti-depressants are measured.
The symptoms of depression are subjective. This means they are not observable. There is no imaging that shows if someone is depressed. There are no blood tests for depression. There are no physical exams.
Therefore, to assess the presence and severity of depression, clinicians use questionnaires. The most commonly used depression questionnaire is The Hamilton Depression and Rating Scale (HDRS), a 52-point checklist that assesses various symptoms of depression and rates them on a scale of no-depression to severe.
When patients with depression first see a family doctor or psychiatrist they are often issued the HDRS and given a score.
Let’s use Janet’s story as an example. Janet first came to see her psychiatrist two years ago. She wasn’t sleeping and yet felt sleepy all the time. She’d gained weight but had no appetite. Her entire body was sore, as if she had the flu. She’d lost interest in all of the activities that used to fire her up. She’d lost interest in everything.
After a few weeks of feeling progressively worse, Janet began to be plagued by thoughts of suicide. This scared her. She went to her family doctor, who referred her to a psychiatrist.
Janet’s HDRS score was 25. This meant she was moderately to severely depressed.
Janet was given an anti-depressant, a Selective Serotonin Re-uptake Inhibitor (SSRI). She was told it would correct her “brain imbalance”, and treat the cause of her symptoms. Janet was relieved that there was a solution.
If an anti-depressant can decrease the HDRS by 3 points, then the medication “works”. Or at least the results are statistically significant.
However, if Janet’s symptoms improve by 3 points, from a score of 25 to, say, a score of 22, how does she feel?
Not much different, it turns out.
To experience “minimal improvement”, a decrease in symptoms that someone with depression would notice, say an increase in energy, an improvement in sleep, or a change in mood, a patient’s HDRS score would need to decrease by at least 7 points.
This means the Janet would need to bring her HDRS down to 18 or lower before she starts to feel noticeably better.
Studies show that anti-depressants, on average, don’t do this.
Some randomized control trials do show that anti-depressants decrease the HDRS score by at least 3 points, which is still registered by patients as having no perceptible effect, but the results are mixed.
A large 2017 systematic review showed that anti-depressants only decreased patients’ HDRS by about 1.94 points (2) and another large study published in the Lancet (3) also failed to show that anti-depressants produce a statistically significant effect, let alone a clinically significant one.
In addition to the minimal changes in symptoms, anti-depressant research is also polluted with for-profit bias. Most studies are conducted or funded by the drug companies.
This makes a difference: an analysis showed a study was 22 times less likely to make negative statements about a drug if the scientists worked for the company that manufactured it (4).
Studies at high-risk of for-profit bias were also more likely to show positive effects of a drug (5).
Another limitation of anti-depressant trials is the lack of active placebo control. In Randomized Control Trials, participants are sorted into two groups: an active group, in which they receive the medication, and a placebo group, in which they receive an inert pill.
The goal of this process is to control for something called the “meaning response”, or “placebo effect” where our expectations and beliefs about a therapy have the potential to affect our response to it.
Remember that depression, as I mentioned before, is a condition made up of subjective symptoms.
If I asked you to rate your energy on a scale of 1 to 10, how would you rate it? What if I asked you tomorrow? What if I asked you after giving you a drink of something that tastes suspiciously like coffee?
Because of its subjective nature, and the subjective questionnaires, like the HDRS, that measure it, depression is very susceptible to the placebo response.
Therefore, it’s important to control for the placebo response in every trial assessing anti-depressants.
But it might not be enough to just take a sugar pill that looks like an anti-depressant.
SSRI medication produces obvious side effects: gastrointestinal issues, headaches, changes in energy, and sleep disturbances, to name a few.
When a patient taking a pill (either placebo or active treatment) starts to feel these side effects, they immediately know which group they have been randomized to, and they are no longer blinded.
This can be solved by giving an “active placebo”: a placebo that produces similar side effects to the active medication. Unfortunately anti-depressant trials that use active placebo are lacking.
But what about the people who DO benefit from anti-depressants?
Janet knew a few. She had a cousin who also suffered from depression. He took medication to manage his symptoms. He’d told her many times that he just wasn’t the same without it.
Perhaps you, reading this article have found benefit from an anti-depressant medication. Perhaps you know someone who has: a family member, or a friend. Maybe it was their lifeline. Maybe it’s yours.
According to Jakobson et al., there are indeed some people who benefit from anti-depressants. Anecdotally we know this to be true. However, the results of large studies show minimal to no benefit from medication, on average.
This means that some people might benefit; we know that some do. It also means that an equal number of people are harmed.
In order for the net effect of anti-depressant medication to be close to zero, an equal number of people experience negative effects that outweigh the positive effects seen in others.
So, while some may have already tried medication and benefited from it, those considering medication won’t know if they’ll be in the group who benefits, or the group who is harmed.
The side effects of anti-depressant medication are often underrepresented. In the Lancet study, adverse effects were neither recorded nor assessed (3).
The most common side effects include gastrointestinal problems, sleep disturbances, and sexual dysfunction. More serious side effects, like increased risk of suicide, are also possible. Some of these effects may persist even after the medication is stopped.
Anti-depressant trials are short-term. Most trials assess patients for 4 to 8 weeks, while most people take anti-depressants for 2 years or longer.
Anti-depressants also put people at risk of physiological dependence and withdrawal.
Withdrawal symptoms can occur a few days, or even weeks, after tapering anti-depressant medication. They sometimes last months.
Withdrawal symptoms are often mistaken for depressive relapse. This can make it difficult, or even impossible, for patients to come off medication. This is worrisome considering the lack of research on long-term medication use.
It is sometimes argued that anti-depressants are more effective, or even essential, for severe depression, however the evidence for this is lacking (4).
In their paper, Jakobson, Gluud and Kirsch conclude that, based on the evidence, anti-depressants show a high risk of harm with minimal benefit.
Before prescribing them, Jakobson et al recommend more non-biased, long-term studies that use active placebo, and honestly assess the negative effects of the medications.
They recommend that studies use improved quality of life and clinically meaningful symptom reduction, not just statistical significance, as standards for treatment success.
Despite these conclusions, SSRIs remain a first-line treatment for major depressive disorder. They are also prescribed for conditions like severe PMS, IBS, anxiety, grief, and fibromyalgia, or other pain conditions. 1 in 8 adults in North America are taking them.
As a clinician who focuses in mental health, I am not against medication.
I have seen patients benefit from SSRI or SNRI medications. Sometimes finding relief with medication when nothing else worked.
My clinical practice keeps me humble.
If a patient comes into my practice on medication, or considering medication, I listen. I ask how I can support them. I answer questions to the best of my ability. I trust my patients.
Patient experience trumps clinical papers.
However, for every patient who benefits from medication, just as many experience negative side effects, or no effect. I trust their experiences too.
I also trust the experiences of the patients who have been trying for months, or years, to wean off medications.
Let me repeat it again: depression is real. Asking for help is hard. And it’s important.
Depression is a multi-factorial condition.
This means that it stems from hundreds of complex causes. This is why it’s so difficult to treat. This is why so many people suffer.
Let me also repeat: depression is not easily fixed.
There is no one solution, and there are certainly no ONE-SIZE-FITS-ALL solutions.
So, if you or someone you care about is suffering from depression, what can you do?
First, get help. This is not something you can get through alone.
Second, seek lots of help: gather together a team of professionals, family and friends. You can start with one person: your family doctor or a naturopathic doctor, and then assemble your support network.
Choose people you trust: people who listen, provide you with options, and seek your full informed consent.
It is important to work with a healthcare team who take into account the factors that may be contributing to your symptoms: brain health, gut health, life stressors, nutrition, inflammation levels, presence of other health conditions, sleep hygiene, family history, contributing life circumstances, such as grief, trauma, or poverty, and who lay out various treatment options while filling you in on the risks, benefits and alternate therapies of each.
Medication may be part of this comprehensive treatment plan, or it may not.
It is brave to ask for help.
And I believe that bravery should be rewarded with the best standard of care—with the best help.
References:
Hannah Hepworth, of the Anxiety Revolution Podcast, and I team up to discuss a natural and functional approach to managing anxiety.
In our talk, featured in her 2019 Anxiety Revolution Summit, a series of talks with integrative mental health practitioners and experts, we discuss circadian rhythms, the body’s stress response and the HPA (hypothalamic pituitary adrenal) axis, and blood sugar, and their role in anxiety.
Click the link to listen to this 30-minute interview. Let me know what you think!
https://www.dropbox.com/s/85659h6mqsub8jc/Dr.%20Talia%20Interview%20Audio.mp3
I appeared on the Rebel Talk Podcast with Dr. Michelle Peris, ND. Dr. Michelle writes,
“Not a week goes by that I do not discuss mental health with patients in my office. Rates of depression and anxiety are on the rise. So I really wanted to unpack this important topic for you, giving you relevant information and diving deep into interventions that can help optimize mental health. ⠀
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In this episode, Dr. Talia details how our brains work while suffering from depression, anxiety and stress. Her deep knowledge of neuroscience is combined with mindfulness practices and also with microdosing, an approach that consists in taking low doses of psychedelic drugs, such as LSD or psilocybin-containing “magic” mushrooms, in order to prevent and treat symptoms of depression. ⠀
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Dr. Talia talks about mental and physical barriers, that can holds us back from making the changes needed for a healthier and more balanced life. Listen to this podcast and be inspired by this out-of-the-box conversation about neuroscience, mental health and mindfulness.”
This article is for informational purposes only.
Sadness and a feeling of doom rushed in to greet him at the end of each sleepless night. Nelson gained weight, despite never truly feeling hungry. His face appeared sunken and swollen. Despite sleeping 14 hours a day, dark circles hung under his eyes.
Since focusing and concentrating on work was impossible, he asked his psychiatrist to help him apply for mental health leave. Nelson was granted sick leave, as well as a prescription for Effexor, and a recommendation to get as much rest as possible.
After a year, Nelson felt worse. When rest and the medication weren’t working, he started exercising vigorously. He hired a nutritionist who cleaned up his diet, and he started taking fish oil and a B complex, among other supplements.
Even then, he still struggled. The hopelessness was still there. Returning to work at this point seemed impossible.
Nelson opened up to a friend about his struggles.
“I went through a similar thing a few years ago,” Nelson’s friend confessed. “And the thing that helped the most was micro-dosing.”
Micro-dosing, taking small doses of psychedelic substances, like LSD or psilocybin-containing “magic” mushrooms, entered the public consciousness in early 2015, after James Fadiman, PhD and author of The Psychedelic Explorer’s Guide, appeared on the Tim Ferris Podcast.
It involves taking a “sub-perceptual” dose of a hallucinogen, like LSD or Psilocybe cubensis “magic” mushrooms, that contain the hallucinogen psilocybin. A sub-perceptual dose means that, while these substances still exert effects, they don’t produce a noticeable hallucinogenic “high”.
According to Paul Austin at the The Third Wave, people micro-dose for two main reasons: to remove negative mood states, such as depression, anxiety, PTSD, addiction, and ADD; and to increase positive mood states such as flow, creativity, improved productivity and focus, and sociability.
Micro-dosing has been used experimentally in individuals trying to quit smoking and to heal depression.
After listening to the podcast and reading some of the articles his friend sent him, Nelson managed to obtain capsules containing 200 mg of dried psilocybin mushrooms. Procuring these substances is still illegal, but Nelson figured he had nothing to lose.
When I caught up with Nelson, he was already a few weeks into his micro-dosing regimen. I asked him how he was doing.
“I’m actually feeling better than I have in months,” he told me, smiling. “I’m not passing out on the couch anymore. I wake up at 7 every morning without an alarm. I feel optimistic for the first time in months. And it seems to be consistent!
“This week I’ve managed to attend three social events and I seem… more motivated. My workout game improved too. Also, I’m not sure I’m ready to go back to work just yet but I’ve noticed my motivation has picked up. So much so that I’ve started taking free programming courses online. I—I can’t really believe it.”
Unfortunately, we can’t draw any sound conclusions from Nelson’s experience; scientific data from randomized control studies is still lacking. However, the growing collection of anecdotes on the benefits of micro-dosing for mental health and well-being has caught the attention of researchers.
Thomas Anderson, a PhD candidate at the University of Toronto, polled almost one thousand participants on social media channels and message boards, like Reddit, to gather some initial data on the benefits and drawbacks of micro-dosing hallucinogens.
The micro-dosers that Anderson and his team polled reported higher levels of creativity, and improved mood and focus. They claimed to notice a reduction in depression and anxiety symptoms, increased motivation to eat right and exercise, cognitive enhancement, improved self-efficacy and heightened social functioning.
They reported that the main drawback they experienced was obtaining these substances, which are currently illegal in The US and Canada.
Although interesting, this self-reported data isn’t hard science. To increase objectivity, Anderson and his team presented the participants with tests of creativity (finding out how many uses they could find for common objects, for instance) and questionnaires that measured wisdom. The micro-dosers scored high on both these metrics. They also scored lower in tests that measured negative emotion.
Anderson and his colleagues plan to publish these preliminary findings in a series of papers. They are currently in the process of obtaining Health Canada approval for a controlled study.
Psychedelic research was terminated in the 1960’s, leaving a massive knowledge gap of their therapeutic potential. But now, with the publication of Fadiman’s Psychedelic Explorer’s Guide and Michael Pollen’s even more recent How to Change Your Mind, psychedelics are receiving a fresh surge of interest, particularly for their mental health benefits.
One of the prominent names in this new-wave research community is Robin Carhart-Harris, PhD, at Imperial College London, who is investigating psilocybin as a treatment for severe depression.
Published in a 2016 issue of Lancet Psychiatry, Carhart-Harris administered two doses (one small and one moderate) of psilocybin, spaced one week apart, to twelve patients with Major Depressive Disorder. The doses were administered in a controlled, therapeutic setting, and symptoms were rated immediately after therapy, and then again at one and three months.
The study results were remarkable. Five of the twelve patients dropped from “severe depression” to “no depression” immediately after receiving the second dose. All of the study participants experienced an overall reduction in symptoms with five of the study participants remaining depression-free after three months.
Roland Griffiths, Phd, at John Hopkins, is involved in a number of studies examining psilocybin’s ability to induce mystical experiences in terminally ill patients.
In a 2016 randomized, double-blind, placebo-controlled crossover trial published in the Journal of Psychopharmacology, he and his team found that administering high-dose psilocybin to terminally ill cancer patients increased mood, quality of life and optimism, and decreased death anxiety. These benefits were sustained at the six month follow-up. Over 80% of the study participants claimed to experience greater life satisfaction and feelings of well-being.
LSD, psilocybin, and other psychedelics, work like serotonin in the brain by acting on serotonin receptors, specifically the 5HT2A serotonin receptors.
Like psychedelics, anti-depressant medications, like SSRI and SNRI medications (Selective Serotonin and Selective Serotonin and Norepinephrine Re-uptake Inhibitors), Cipralex and Effexor, respectively, also work on serotonin pathways. However, these medications’ effects are limited: some people improve on them, while others feel no different, or even worse.
SSRI and SNRI medications activate 5HT1A receptors. According to Carhart-Harris, this makes a difference. In his paper on the “Bipartite Model of Serotonin Signalling” he proposes that these receptor pathways help people cope differently.
5HT1A receptors, acted on by anti-depressants, help with “Passive Coping”. They help individuals with depression tolerate the stress in their lives, be it a toxic work environment or destructive relationship—nothing has changed about the situation, you can just deal with it better.
Psychedelic stimulation of 5HT2A receptors activate pathways involved in “Active Coping”: identifying and directly addressing sources of stress. Active coping might mean asserting boundaries at work or applying to new jobs. It might look like ending an unhealthy relationship.
In other words, 5HT2A receptors stimulate neural pathways that reveal previously elusive solutions to problems. They do this by increasing a chemical called Brain-Derived Neurotropic Factor, or BDNF.
BDNF promotes the growth of new brain cells and neural pathways in the brain. These processes, called “neurogenesis” and “neuroplasticity” , are essential for learning, creativity and memory. Research shows that increased neuronal plasticity benefits mood.
Psychedelics also work by disconnecting the brain’s Default Mode Network. The Default Mode Network, or DMN, connects frontal areas of the brain, such as the Medial Prefrontal Cortex, with lower brain areas like the Posterior Cingulate Cortex.
When we’re daydreaming, stuck in traffic, sitting in a waiting room, or otherwise not actively engaged in a mental task, our DMN lights up. In these quiet moments, we lapse into a state of reflection and self-referential thinking. In other words, our minds wander.
If we’re in a good mood, this mind-wandering creates narratives, daydreams and fantasies about the future. If we’re depressed, it leads to rumination, negative over-thinking, and self-criticism, which worsens mood.
Disrupting the DMN allows old thought patterns to fall away, opening up novel possibilities.
Shutting off the DMN can help us enter a state of Flow. Flow states occur when we are completely immersed in an activity so worthwhile that our sense of time and self cease. When in flow, we toe the limits of our talents, making these states incredibly rewarding and enriching. They are the antithesis to depressive and anxious mood states.
Psychedelic substances, along with other practices like meditation, help put us in a state of flow. These states are characterized by elevated levels of serotonin and dopamine and calming and focussing alpha brain wave oscillations. When in them, we become capable of incredible things.
In The Psychedelic Explorer’s Guide, James Fadiman writes about “Clifford”, a premed student. Clifford shares,
“I was taking a biology course to prepare for medical school, and we were studying the development of the chick embryo…I realized that in order to stay alert, a tiny dose of LSD could be useful.
“With that in mind, I licked a small, but very potent, tablet emblazoned with the peace sign before every class. This produced a barely noticeable brightening of colours and created a generalized fascination with the course and my professor, who was otherwise uninteresting to me.”
Due to some health issues, Clifford ends up missing the final exam. His professor agrees to a make-up. Before the exam, Clifford pops the rest of the now-tiny LSD tablet into his mouth.
The make-up exam consists of drawing the complete development of the chick from fertilization to hatching—the entire course.
“As I sat there despondently, I closed my eyes and was flooded with grief. Then I noticed that my inner visual field was undulating like a blanket that was being shaken at one end. I began to see a movie of fertilization!
“To my utter amazement, I was able to carefully and completely replicate the content of the entire course, drawing after drawing, like the frames of animation that I was seeing as a completed film!
“It took me an hour and a quarter drawing as fast as I could to reproduce the twenty-one-day miracle of chick formation. Clearly impressed, my now suddenly lovely professor smiled and said, ‘Well, I suppose you deserve an A!’ …the gentle wonder of life was everywhere.”
While impressive, Clifford’s account, like Nelson’s, is merely an anecdote. Far more research is warranted.
Micro-dosing allows individuals to tap into the 5HT2A receptor-stimulating, BDNF-increasing, DMN-uncoupling, and flow state activating benefits of psychedelics, without the mind-stabilizing effects.
At a sub-perceptual doses there are no weird colours and visuals, alternate realities, or ego deaths. Micro-dosers report that the world merely appears brighter, or that they feel “sparklier”—they experience greater well-being. Otherwise, they can proceed with their lives normally.
Fadiman’s micro-dosing protocol consists of taking a tenth of a full dose, about 10 to 20 mcg of LSD, or 200 to 500 mg of dried-weight psilocybin mushrooms, every three days. This means that if the first dose is taken on Monday (Day 1), then the second dose is taken on Thursday (Day 4). According to Fadiman, spacing doses avoids tolerance, keeping the doses effective.
Participants are encouraged to engage in their daily activities: working, eating, sleeping and exercising normally.
Fadiman recommends participants keep a record of mood, cognition, motivation and productivity. People often report that they feel the best on Day 2, the day after taking a micro-dose.
In my role as a naturopathic doctor, I can’t recommend or counsel on the use of psychedelic substances for the treatment of any health condition. While the scientific interest in their use as therapeutic agents is growing, these substances are illegal to obtain and possess, and there is a lack of solid research on their safety and efficacy.
As of right now, the only way to legally access psychedelic therapies is through research. MAPS, the Multidisciplinary Association for Psychedelic Studies, often lists recruitment opportunities for ongoing studies. Thomas Anderson, at the University of Toronto, is in the stages of obtaining Health Canada approval for a randomized control trial on the benefits of micro-dosing in healthy volunteers.
Like all therapies, there are risks to taking these substances, even at low doses. While LSD and psilocybin confer a low risk for addiction and are ten times less harmful than alcohol (the harm scores of LSD and psilocybin are 7 and 5, respectively, compared to 72 for alcohol), they are not completely benign.
Psychedelics can aggravate schizophrenia, psychosis, dissociation, severe anxiety, and panic. They can also interact with medications and supplements that act on serotonin pathways. Their effects at high doses can be disorienting and oftentimes unpleasant: in the studies that showed positive benefit, they were administered under careful supervision, in a therapeutic set and setting.
Our society’s mental health is in crisis. As a clinician who focuses on mental health, I am always excited to learn of new therapies that have the potential to heal mood. With Canada’s 2018 legalization of cannabis, gateways are opening for future uses of psychedelics as medicine. Perhaps with more research and advocacy, we’ll one day see micro-dosing of psychedelic substances as a safe and effective mainstay therapy for promoting mental and emotional well-being.
When it comes to improving mood, most of us will do anything, including taking boatloads of pills.
One of the challenges I face as a naturopathic doctor is choosing which supplements to prescribe my patients; in the realm of natural medicine we have what seems like an infinite amount of options.
I can prescribe herbs for regulating the stress response, calming inflammation, or Zen-ing out the brain. I can prescribe amino acids, like 5HTP, which help regulate chemicals in the brain. I can recommend the hottest new products, like collagen, or a greens powder, or the newest Superfood. There are also a host of nutrients that the brain and body need for optimal functioning.
I try to keep my list of supplement recommendations to a maximum of 5, letting diet and lifestyle do the rest of the heavy-lifting. This means that I work in layers. When I see a new patient, I start by prescribing nutrients that fill in nutritional gaps. Perhaps my patients are showing signs of deficiency, based on their health histories, diet diaries or blood results; Or perhaps they just need a bit more nutrient support in the face of physical, mental, emotional and environmental stressors. After they start to notice improvement, we might move on to clearing more layers using herbs or therapies, like acupuncture or Mindfulness-Based Cognitive Therapy.
Naturopathic medicine does not believe in one-size-fits all treatment plans. If I see two patients with depression on the same day, both may receive entirely different plans. I base my recommendations on the person and her unique biography and biology, not the condition. However, because I try to keep my supplement suggestions to a minimum, when I work with patients with depression, I find these 5 nutrients continue to appear on my list.
While most anti-depressant therapies target the brain, we know that depression isn’t simply a brain disorder. Depression is a complex condition impacted by our genes, physical health, social and physical environments, early childhood traumas, current stressors, nutrients status, and many other factors. Our minds and bodies are connected and therefore depression is as much a product of the health of our bodies and our environments, as it is of our brains.
Mounting evidence shows that inflammation in the body plays a major role in depression. Since the 90’s, scientist have found inflammatory cytokines (immune system molecules that cause inflammation), like IL-6 and TNF-a, elevated in depressed individuals.
When pro-inflammatory substances, like lipopolysaccharide (LPS) or interferon-a, traditionally used to treat hepatitis C, are injected into healthy individuals they cause symptoms of depression like lack of motivation and pleasure, and feelings of sadness.
Anti-inflammatory substances are effective anti-depressants. The omega-3 fatty acid eicosapentaenoic acid, or EPA, found in fatty fish like salmon and sardines, is a well-known anti-inflammatory nutrient. One study found that supplementing with EPA prevented depressive symptoms in individuals who were injected with interferon-a.
Fish oil contains the omega-3 fatty acids EPA and docosahexaenoic acid, or DHA. Both of these marine omegas are found in certain fatty fish, which can be remembered by the acronym SMASH: sardines, mackerel, anchovy, salmon and herring (also trout). Fish oil supplements combine EPA and DHA. DHA is a component of our brain mass. It is needed for developing the brain and nervous system of growing babies, and is indicated in pregnant and breastfeeding women. EPA confers the anti-inflammatory benefits.
A meta-analysis composed of 15 randomized control trials involving almost 1000 participants, found that fish oil was an effective therapy for treating depression as long as the fish oil contained over 60% EPA relative to DHA.
Another review of three studies, showed that omega-3 fish oil supplementation reduced depressive symptoms in children and adults by 50%.
When it comes to supplementing with fish oil for depression, it’s the EPA that counts, not the DHA. Also, more fish oil seems to be better than less. Studies that showed the best anti-depressant actions dosed participants with at least 1 gram of EPA per day. Some studies gave patients 2 grams of EPA or more per day. Supplements that showed the most benefit contained higher amounts of EPA relative to DHA.
A 100-gram serving of wild Atlantic salmon contains about 400 mg of EPA, while farmed Atlantic salmon, surprisingly contains more: 700 mg of EPA per 100 grams. While consuming fatty fish, like sardines, and pasture-raised, rather than grain-fed, animals can increase our dietary ratio of omega 3 to omega 6, which has general health benefits, supplementation with a high-EPA fish oil is probably necessary to supply the 1 to 2 grams of EPA per day that have been shown to reduce depression.
B vitamins are cofactors for thousands of reactions in the body. Cofactors are “helpers”. They help enzymes and cellular process work—without these helpers, important jobs just don’t get done. This can have major implications for our mental health.
For example, the vitamins B6 and folate are needed to convert the amino acids tryptophan and 5HTP to serotonin, the “happy hormone”. Serotonin is a neurotransmitter responsible for managing mood: soothing depression and anxiety; and regulating appetite, memory, and sexual desire. Serotonin is the main target of conventional anti-depressant therapies, SSRI (selective serotonin reuptake inhibitor) medications, which raise brain levels of this chemical.
Both B12, which is important for energy production and neuronal health, and folate, which is important for DNA repair, detoxification and reducing inflammation, have been found to be low in patients with depression. A B12 deficiency, resulting in fatigue, memory loss and low mood, can also mimic the symptoms of depression.
It’s important to supplement with an active form of the B vitamins. This means buying and consuming a B complex or multivitamin that contains B12 and folate in their active forms: methylcobalamin and methyl-folate (or 5-methyltetrahydrafolate, or 5-MTHF), respectively.
Individuals who have a genetic mutation that prevents them from efficiently converting folic acid (a synthetic vitamin found in cheap supplements and fortified grains, like wheat and rice) to active folate, are highly represented in the major depressive disorder population. This gene is called MTHFR C677T and is associated with lower blood levels of folate and an increased risk of depression. To learn more about folic acid and MTHFR mutations, read my article here.
B vitamins are also needed by the mitochondria, the “powerhouses” of our cells. By helping our mitochondria work properly, they help reduce inflammation, boost energy production and promote antioxidant synthesis.
We can find B vitamins in egg yolks and liver. The only dietary sources of B12 are found in animal foods, making it difficult for vegans and vegetarians to get without supplementing. Folate is abundant in leafy greens.
Physical, mental, emotional and environmental stressors create a higher demand for the B vitamins. The B vitamins are water soluble, excreted in the urine and not stored. Therefore, to support neurotransmitter synthesis and energy levels in my depressed patients, I often prescribe a good-quality B complex supplement to complement their diets.
Because my clinical focuses are mental health, hormones and digestion, I prescribe magnesium to virtually every patient I see—magnesium is an important nutrient for all of these conditions.
Like the B vitamins, magnesium is a cofactor. It’s involved in helping with over 800 chemical process in the body that simply won’t get done without it. We need magnesium to make cellular energy in the mitochondria, to produce neurotransmitters, like serotonin, and to repair DNA, among many other jobs.
Due to soil deficiency, low intake, stress and decreased absorption, it’s estimated that about 40 to 60% of North Americans are magnesium deficient. Only 1% of the magnesium in our bodies is present in blood. Blood levels don’t reflect the body’s magnesium stores, and so testing for deficiency is unreliable.
Magnesium is a potent muscle relaxer. Deficiencies show up wherever muscles are contracted, rather than relaxed: this can include constipation because of poor intestinal motility, muscle aches and pains, frequent urination due to contracted bladder muscles, menstrual cramps, and headaches and high blood pressure from constricted blood vessels. Insomnia, anxiety and sensitivity to loud noises can also all be signs of a magnesium deficiency. PMS, insulin resistance and sugar cravings are all further indications for magnesium supplementation.
Magnesium can be obtained from leafy greens like spinach and chard. However, most individuals need to supplement to stock up their magnesium levels, particularly if experiencing stress, fatigue, anxiety or depression. Like the B vitamins, magnesium is water soluble, excreted in the urine in response to stress.
A 2017 randomized control trial published in PloS One, found that 248 mg of magnesium chloride decreased the PHQ-9 score of those with mild-moderate depression by almost 5 points. This result compares to standard anti-depressant medications. Despite the relatively low dose and inferior form of magnesium, the effects were well-tolerated and benefits were seen in 2 weeks.
I prescribe magnesium glycinate, a much better-absorbed form, before bed to help patients sleep better. This means starting with 100 to 200 mg per night and increasing by that amount every 3 to 4 days or until patients are having a bowel movement on waking—this is called “prescribing to bowel tolerance”.
A side effect of taking too much magnesium is loose stools, or soft stools that fall apart in the toilet on flushing, which can be corrected by lowering the dose. I personally take about 900 mg of magnesium at night to manage my stress, mood, energy levels and muscle tension.
About 70 to 90% of North Americans are deficient in vitamin D, which acts like a steroid hormone rather than an actual vitamin, and regulates over one thousand genes in the body. Our skin makes vitamin D when it comes into contact with UVB radiation from the sun. Those of us who live in northern climates with limited sun exposure don’t make enough vitamin D and need to supplement, especially during the Winter months.
Vitamin D is needed to regulate the gene Tryptophan Hydroxylase 2, which converts the amino acid tryptophan (a component of protein that can only be obtained from diet and is found in foods like turkey and pumpkin seeds) to serotonin in the brain.
Low vitamin D concentration has been associated with depression, however researchers aren’t sure if the relationship is causal: does low vitamin D status put someone at risk for developing depression? Or do depressed individuals have low vitamin levels in their bodies because of some other factor?
Studies have failed to show that taking vitamin D supplements impacts depression. I also haven’t found vitamin D to impact my patients’ moods as a solo therapy. It’s likely that nutrients like vitamin D acts as part of a network, in conjunction with other vitamins, like magnesium, which is responsible for converting supplemental vitamin D into the active form. Vitamin D is a fat-soluble vitamin, and taking it in chalky tablet form may not raise levels. I prescribe vitamin D3, the active form of the vitamin, in drop form. Vitamin D drops are suspended in fats like coconut or flax oil, which makes them easier for the body to absorb.
Whether a case of the chicken or the egg, when it comes to vitamin D and mood, we know that supporting vitamin D status is essential for achieving optimal health, managing immune function, reducing inflammation, reducing the risk of osteoporosis, and regulating mood, given vitamin D’s role in serotonin synthesis.
The Framingham study found that patients who had low levels of vitamin D had poorer mental functioning and reduced volume of a brain region called the hippocampus, which is responsible for memory formation and mood regulation. Reduced hippocampal volume is a risk factor for and consequence of major depression.
There is a “sweet spot” to optimal vitamin D levels; because it’s a fat-soluble vitamin and can be stored, too much vitamin D may be as bad as too little. Therefore, I like to measure my patients’ blood levels in the Fall to determine the right dose for supplementation. 4000 IU a day is a good, safe dose for most people during the Winter months.
Zinc is the catalyst for hundreds of enzymes in the brain, including making serotonin, norepinephrine and dopamine, all of which are brain chemical targets of anti-depressant therapies.
There is a major concentration of zinc in the hippocampus, a brain region affected by depression. Studies show that zinc plays a role in supporting neurogenesis (the creation of new brain cells) by stimulating Brain Derived Neurotrophic Factor (BDNF). BDNF creates new brain cells and boosts mood. Anti-depressants may work by increasing brain levels of BNDF, protecting the brain against stress.
Plasma zinc concentrations are lower in major depressive disorder. Animal studies also show that depleting zinc can lead to major depression.
Zinc supplementation has been shown to boost mood. A study of 50 overweight or obese patients were assigned to receive either 30 mg of zinc or placebo. After 12 weeks, the group who received zinc experienced a greater reduction in the severity of their depression and an increase in the levels of BDNF in their brains.
Zinc is also an important nutrient for supporting the immune system and managing inflammation.
Besides depression, other signs of zinc deficiency include skin issues, like dry skin and acne, infertility, issues with gut membrane integrity (leaky gut), hair loss, low testosterone, poor immune function and fatigue.
Dietary sources of zinc are harder to come by for vegans and vegetarians, who are at a higher risk for developing a zinc deficiency. Zinc can be found in red meat, shellfish, lentils and pumpkin seeds.
I typically prescribe zinc the way I prescribe iron, in pulse doses: I recommend that patients work their way through a bottle of zinc (taking 30 to 100 mg per day), while we assess whether symptoms improve. Unlike iron (which we can measure more accurately by looking at its storage molecule ferritin), zinc can’t be accurately measured in blood. Like magnesium, zinc deficiency in the body’s tissues may be present long before low zinc levels show up in blood.
While this list can be a great tool for anyone interested in supporting their mood through boosting nutrient status, keep in mind that this information is not a substitute for medical advice.
I believe it’s essential to work with a naturopathic doctor, or a functional medical doctor, who can make the appropriate recommendations for your individual health needs. A personalized consultation that assesses your diet, blood work, health history and specific symptoms, can help you hone your list to come up with a dynamite nutrient plan that’s specifically tailored to you.
Gorf is a man of his age, which, in his case, happens to be the Stone Age.Gorf wakes up sluggish, long after the sun has risen, wishing he had a snooze button to smash.
He struggles through the day, exhausted. In the early afternoon, he sucks glycogen from the raw meat of a fresh kill to get an extra blood sugar boost.
Gorf prays for someone to discover coffee and refined sugars so that he can join the ranks of modern zombies getting through their 3 pm slumps with artificial pick-me-ups.
When the sun sets, Gorf feels depleted, but also restless and wired. He frustratedly tosses on his bed of mammoth skins beside the dying embers of his campfire while his family snoozes on.
Wide awake at 2 am, Gorf knows that the next morning he’ll begin the cycle again, his body completely out of sync with the Earth’s rhythms. Such is the cursed life of a Prehistoric Insomniac.
If this story seems preposterous, it’s because it probably is. Whatever we imagine prehistoric humans to be, insomniacs is not high on the list.
Those of us who have spent a night outside—whether it was a weekend camping trip or longer—might remember how deeply we slept under the darkness of the starry night sky and how refreshed we woke when the sun began to warm our faces in the early morning.
The closer we get to nature, the better our bodies seem to align with the Earth’s light and dark rhythms.
Now, if we took poor Gorf, dressed him in a suit, and dumped him in a desk chair in an office building in any major modern city, we might believe his claim to insomnia.
Now that Gorf is one of us, his eyes are exposed to bright lights at night as he slogs away at his computer, answering emails, or surfing social media pages into the late hours.
During the day, Gorf now spends his time indoors, where light exposure is 400 times less than that of a bright sunny day.
On bright days when he has a chance to get outside, Gorf protects his fragile eyes with dark glasses.
Welcome to the modern industrial lifestyle, Gorf. Don’t forget to help yourself to the coffee and cookies.
Our body runs on a 24 hour clock, which is orchestrated by an area in the hypothalamus of the brain called the Suprachiasmatic Nucleus (which we will refer to as “the SCN” from now on).
Our organs, body tissues and cellular processes, from our digestive function, hormones, mood, body temperature, metabolism, sleepiness and wakefulness, cellular repair, to detoxification, among others, have different objectives for certain times of day. The SCN coordinates these functions with the Earth’s daily cycles.
The SCN runs without the aid of outside influence, however several zeitgebers, German for “time givers”, or environmental cues, tell our internal clock what time of day it is to sync our internal and external worlds. The most important zeitgeber is light, which directly activates the SCN through a pathway that connects the retina in our eyes to the hypothalamus (the retinohypothalamic tract).
In our bodies, timing is everything. The more we are able to sync our cycles with the environment, the better our body organs function. Working against circadian rhythms by engaging in activities like sleeping and eating at the wrong time of day can negatively affect our health, decrease our lifespan, and make us miserable (like poor, sad Gorf in his dimly lit office).
The digestive system, for example, is wired to break down, absorb and convert food energy into fuel during the day and repair and regenerate itself at night.
At night, the pineal gland, located in the brain, releases melatonin, a hormone produced in the absence of light, to help us sleep. However, exposure to bright lights before bed can impede the natural release of melatonin, preventing restful sleep.
Even pain and cancer growth follow a circadian rhythm.
Science shows that healthy circadian rhythms equal optimal metabolic health, cognitive function, weight, energy levels, cardiovascular health, immune function, digestive health, coordination and mental health. Regulating our circadian rhythms can increase our health-span.
While the SCN is the chief executive officer of the circadian cycle, other organs, such as the liver, muscle and adrenal glands, help regulate our body’s rhythms through peripheral clocks.
These clocks register cues from the environment and report back to the SCN. In turn, the SCN tells the organs what jobs they are supposed to be performing according to the time of day.
Dr. Satchin Panda, PhD, a researcher at the Salk Institute, is discovering how important our eating times are for setting our circadian clock.
The first bite of our breakfast tells our liver clock to start making the enzymes and hormones necessary to digest our food, regulate our metabolism, and use the food we eat throughout the day to fuel our cells.
A few hours later, our digestive system requires relief from food intake to invest its resources into repair rather than spending precious resources on digesting food.
Dr. Panda found that restricting a “feeding window” to 8 to 12 hours in mice and human participants (for example, eating breakfast at 7 am and finishing dinner no later than 7 pm), allowed the system to digest optimally, left time for the system to repair itself at night, and also acted as a powerful circadian regulator.
New research suggests that food is a potent zeitgeber, which has the power to regulate our circadian rhythms. This suggests that eating at the right time of day can heal our adrenal glands and sleep cycles.
Fasting for 10 to 16 hours at night, or “Time Restricted Eating”, helps optimize health and increase lifespan in mice. In human participants, it improves sleep and results in modest weight loss.
Similarly, more research shows that eating before bed can lead to adverse health effects and cause us to gain weight.
According to Dr. Panda, we become more insulin resistant at night, which means that late-night snacking makes us more likely to store the calories we consume as fat.
Consuming calories in a state of insulin resistance can also predispose use to metabolic syndrome and type II diabetes.
In addition to light and food intake, rest and movement are important zeitgebers. Therefore, engaging in these activities at the right time of day has the potential to promote physical and mental health.
If the internet is any indicator, it seems that everyone is suffering from the modern illness of “adrenal fatigue”, or HPA (Hypothalamic-Pituitary-Adrenal) axis dysfunction
Because of the stress of our modern lifestyles, our adrenal glands and brains are no longer able to regulate the stress response.
This leads to a host of symptoms that wreck havoc on the entire body: fatigue, anxiety, sugar cravings, and insomnia. It also negatively impacts digestion, hormone production, and mood.
Our adrenal glands make cortisol, the “stress hormone”, a hormone involved in long-term stress adaptation but also in wakefulness, motivation, reward, and memory.
Deficiencies in cortisol signalling can result in issues with inflammation and depression. Too much cortisol floating around in the body can cause weight gain, cardiovascular issues, such as hypertension, and metabolic syndrome.
Cortisol has a circadian rhythm of its own. Our cortisol levels rise within an hour of waking; 50% of the total cortisol for the day is released in the first 30 minutes after we open our eyes. This rise in cortisol wakes us up. It allows us to perform our daily activities in a state of alert wakefulness.
Cortisol levels decline steadily throughout the day, dipping in the evening when melatonin rises.
A flattened or delayed rise in morning cortisol results in grogginess, brain fog and altered HPA axis function throughout the day. Elevated cortisol in the evening cause us to feel “tired and wired” and affect sleep. Waking at night, especially in the early morning between 2 and 4 am can be due to cortisol spikes.
Our adrenal glands help regulate our circadian rhythms through the production of cortisol. Both the adrenals and the SCN communicate with each other as early as 2 in the morning to ready the system to generate the waking response a few hours later.
Psychiatrist Dr. Charles Raison, MD says, “The most stressful thing you do most days is get up in the morning. Your body prepares for it for a couple of hours [before waking by activating] the stress system. The reason more people die at dawn [than any other time] is because it’s really rough to get up.”
Waking up is a literal stress on the body.
However, we need the stress response to get through our day effectively and healthy HPA axis function and optimal mood and energy are a result of properly functioning circadian rhythms.
Without these rhythms functioning properly we feel tired, groggy, tense, and depressed. Like Gorf, we need sugar and caffeine to help us through the day.
In nearly everyone I work with who suffers from anxiety, depression, or other mental health disorders, I see disrupted circadian rhythms and HPA axises.
Many of my patients feel exhausted during the day and wired at night. They have trouble getting up in the morning (or stay in bed all day) and postpone their bedtime. Most of them skip breakfast due to lack of hunger, and crave sweets after dinner, which further throws off the circadian cycle.
Lack of sleep can disrupt circadian rhythms leading to obesity, depression, diabetes and cardiovascular disease. Even two nights of shortened sleep can affect cortisol production and the HPA axis, worsening mood and energy levels.
Depression severity on the Hamilton Depression Rating Scale (HDRS) falls by 6 full points when sleep is restored, which is enough to bring a patient from moderate/severe depression to mild. In comparison, the standard medication SSRIs, like cipralex, only drop the HDRS by 2.
Bipolar disorder is particularly affected by a misaligned circadian clock. In an interview, Dr. Raison claims that a single night of missed sleep has brought on episodes of mania in his bipolar patients. Their moods level once the sleep cycle is restored.
Our mood is tightly connected to our circadian rhythms and sleep.
Thousands of years ago, the Chinese developed the Theory of Yin and Yang to describe the dynamics nature, including the cycles of night and day.
Yin and yang (symbolized by a black-and-white circle with dots) represent the process of change and transformation of everything in the universe.
Yang, represented by the white part of the circle, is present in things that are hot, light, awake, moving, exciting, changing, transforming and restless.
Yin is present in material that is cold, dark, soft, inhibited, slow, restful, conversative, and sustaining.
Yin and yang are dependent on each other. Yin feeds into yang, while yang feeds and transforms into yin. Everything in nature consists of a fluctuating combination of these two states.
The circadian cycle transforms the yin night into the yang of daytime.
Yang zeitgebers such as food, light, and physical and mental activity, help stimulate yang in the body, which helps us feel energized, light and motivated.
Before bed, yin zeitgebers like darkness, rest and relaxation help our bodies transition into the yin of night, so that we can sleep restfully.
Lack of sleep and relaxation can deplete our body’s yin energy, causing yin deficiency. Individuals with yin deficiency feel fatigued, anxious, and hot, experiencing night sweats, hot flashes, and flushed skin. Conventionally, yin deficiency can look like burnout compounded by anxiety, or peri-menopause.
Out-of-sync circadian rhythms can result in yang deficiency resulting in morning grogginess, an insufficient rise in morning cortisol, and a failure to activate yang energy throughout the day.
Yang deficiency is characterized by the build-up of phlegm in the body, leading to weight gain, feelings of sluggishness, slow digestion, bloating, weakness, and feeling foggy, pale and cold. Yang deficiency symptoms can look like depression, chronic fatigue syndrome, IBS, estrogen dominance, hypothyroidism, or obesity and metabolic syndrome.
In Chinese medicine, the organs have specific times of activity as well.
The stomach is most active from 7 to 9 am, when we eat our breakfast, the most important meal of the day according to Traditional Chinese doctors. The spleen (which in Traditional Chinese Medicine operates much like the Western pancreas) is active from 9 to 11 am, converting the food energy from breakfast into energy that can be utilized by the body.
According to the Chinese organ clock, the liver is active from 1 to 3 am. Individuals with chronic stress, insomnia and irritability, sometimes called “Liver Qi Stagnation”, frequently wake up restless during those early morning hours.
Entraining our circadian clock with environmental cues can help us remain vital by balancing the flow and transformation of yin and yang energies in the body.
When I work with patients with depression, anxiety and other mental health conditions, or hormonal conditions such as HPA axis dysfunction, one of our goals is to heal circadian rhythms.
This involves coordinating our internal rhythms with the Earth’s night and dark cycle by setting up a series of routines that expose the body to specific zeitgebers at certain times of day.
1. Expose your eyes to bright light between the hours of 6 and 8 am. This stimulates the SCN and the adrenal glands to produce cortisol, which boosts mood, energy and wakefulness in the morning and can help reset the HPA axis.
2. Have a large breakfast high in protein and fat within an hour of waking. The intake of a meal that contains all of the macronutrients wakes up the liver clock. This activates our metabolism, digestive function, blood sugar regulation, and HPA axis.
Consider eating 3 eggs, spinach and an avocado in the morning. Or consume a smoothie with avocado, MCT oil, protein powder, berries and leafy greens.
Eating a breakfast that contains at least 20 grams of protein and a generous serving of fat will help stabilize blood sugar and mood throughout the day while obliterating night-time sugar cravings.
3. Move a little in the morning. Morning movement doesn’t necessarily have to come in the form of exercise, however, it’s important to get up and start your routine, perhaps making breakfast and tidying, or having an alternate hot and cold shower (1 minute hot bursts alternating with 30 seconds cold for 3 to 5 cycles).
Muscle movement triggers another important peripheral clock that helps entrain our circadian cycle with the day.
4. Turn on lights in the morning, especially in the winter time. Spend time outside during the day, and avoid using sunglasses unless absolutely necessary so that light can stimulate the SCN. Consider investing in a sunlamp for the winter, particularly if you suffer from seasonal affective disorder.
5. Consume most of your supplements in the morning, with breakfast. Taking adaptogens (herbs that help reset the HPA axis) and B vitamins can help promote daytime energy and rebalance our morning cortisol levels. This, of course, depends on why you’re naturopathic doctor has recommended specific supplements, so be sure to discuss supplement timing with her first.
1. Maintain a consistent sleep and wake time, even on the weekends. Retraining the cycles starts with creating a consistent routine to get your sleep cycle back on track.
2. Try to get to bed before 11pm. This allows the body to reach the deepest wave of sleep around 2 am. It also allows for 7 to 8 hours of continuous sleep when you expose your eyes to bright lights at 6 to 8 am, when cortisol naturally rises. Of course, this sleep routine will vary depending on personal preferences, lifestyles and genetics.
It’s important to first establish a routine that will allow you to get at least 6 hours of continuous sleep a night. If you suffer from chronic insomnia, working with a naturopathic doctor can help you reset your circadian cycle using techniques like Sleep Restriction Therapy to get your body back on track.
3. Avoid electronic use at least an hour before bed. Our smartphones, tablets, computers and TVs emit powerful blue light that activates our SCN, confusing all of our body’s clocks. Blue light also suppresses melatonin release, making us feel restless and unable to fall asleep.
For those of you who must absolutely be on electronics in the late hours of the evening, consider investing in blue light-blocking glasses, or installing an app that block blue light, such as F.lux, on your devices. These solutions are not as effective as simply turning off electronics and switching to more relaxing bedtime activities, but can be a significant form of harm reduction.
4. Fast for at least 2 to 3 hours before bed. Avoid late-night snacking to give the body a chance to rest and to signal to the peripheral digestive clocks, such as the liver clock, that it’s now time to rest and repair, rather than digestive and assimilate more food.
Avoiding food, especially carbohydrate-rich food, at night can also manage blood sugar. A drop in blood sugar is often a reason why people wake in the early hours of the morning, as blood sugar drops spike cortisol, which wake us up and off-set our entire circadian system.
5. Engage in relaxing activities in dim lighting. Turn off powerful overhead lights, perhaps lighting candles or dim reading lights, and engage in at least 30 minutes of an activity that feels restorative and relaxing to you. This might include taking an epsom salt bath, reading a book while enjoying an herbal tea, doing yoga or meditation, or cuddling with a partner.
Taking this time helps us step out of the busyness of the day and signals to the body and its clocks that it’s time to sleep.
6. Take nighttime supplements before bed. I often recommend sleep-promoting supplements like prolonged-release melatonin (which is a powerful circadian rhythm and HPA axis resetter), magnesium or phosphatidylserine, before bed to help my patients’ bodies entrain to the time of day. Talk to your ND about what supplements might be right for you.
If you suffer from chronic stress and mood disorders, do shift work, or are dealing with jet lag, you may need to engage in these routines diligently for a few months to get your circadian cycles back on track.
These practices can also be beneficial at certain times of year: daylight savings time, periods of stress and heightened mental work, and the transition of seasons, especially early Spring and Fall.
Finally, consider working with a naturopathic doctor to obtain and individual plan that can help you reset your body’s rhythms.
I will die in here today, I thought to myself, as I sat hunched and cramped in an oven-hot temazcal, or sweat lodge, somewhere on the Mexican pacific.
The straw flap covering the opening of our sweaty mud hut was thrown off momentarily by someone outside, flooding our hellish cave with light. I gazed hopefully at the entrance: were we getting water? Were they letting in fresh air? Was it finally over?
It was none of those things. Instead of relief, they were increasing the heat; a pile of hot rocks appeared at the door.
“Gracias, Abuelita“, said our leader, Marciano, receiving a giant steaming rock with metal tongs and pulling it inside the hut. The change in temperature was immediate. The heat coming off the rocks was like fire. I struggled to breathe.
Marciano is Spanish for martian, abuelita an affectionate term for “grandmother”. Did he know what he was doing, this martian? Was there even enough oxygen in here for all of us? I am not related to these rocks, I thought.
“Gracias, Abuelita,” We numbly replied, thanking the rocks and fanning ourselves with imaginary cool air.
The hut was crowded with ten people. I had to sit hunched over and there was no space to lie down. If I wanted to leave, everyone else would have to get out first. The combination of darkness, stifling humidity, claustrophobic quarters and angry heat was almost intolerable. Sweat was pouring so profusely off my body that I had become one with it.
Every cell of my body was on fire with craving: water, space to lie down, fresh oxygen, freedom.
Whenever I thought I couldn’t stand another moment, the heat intensified.
The tiny flap in the door opened again. Another grandmother rock from Mars? No, it was water! My heart flooded with gratitude until I realized that the tiny glass being passed around was for all of us to share.
I will die in here.
I will never again complain of ice and snow.
This is supposed to be therapeutic?
When it was over, I emerged gasping desperately for air and water. After chugging a bucketful of water, I dumped another on my scorching hot skin. I swear it emitted a hiss.
I had survived! However, as my body cooled, I realized that I had done more than survive. Despite my resistance throughout its entirety, the sweat lodge had left me feeling absolutely elevated.
The feelings of energized calm lasted well into the next few days. My brain seemed to work better, evidenced by an elevation in the fluency of my Spanish.
It was amazing.
Current research shows that heat therapy, like sweat lodges and saunas, can indeed be therapeutic. Subjecting the body to high temperatures can improve the symptoms of major depressive disorder as effectively as the leading conventional therapies, such as medication.
Intrigued by the cultural practices of using intense heat to induce transcendental spiritual experiences (the Native American sweat lodges and Central American temazcales, for instance), a psychiatrist name Dr. Charles Raison decided to investigate heat as a therapy for improving mental and emotional well-being.
Raison and his team, in their 2016 JAMA Psychiatry study, took 60 randomized individuals suffering from major depressive disorder, and subjected them to a standardized questionnaire, the Hamilton Depression Rating Scale (HDRS), which quantifies depressive symptoms. The treatment group received Whole Body Hyperthermia, an average of 107 minutes in an infrared heating chamber that heats core body temperatures to 38.5 degrees celsius.
The placebo group spent the same amount of time in an unheated box that was nearly identical (complete with red lights and whirring fans). 71.5% of the study participants who were put in the sham heating chamber believed that they were receiving the full heat therapy.
After one week of receiving the single session of heat therapy, the active group experienced a 6 point drop on the HDRS. This decrease outperformed even the standard anti-depressant treatment, selective serotonin re-uptake inhibitor medications (according to a 2017 meta-analysis SSRI medications drop patients only 2 points on the HDRS), and lasted for 6 weeks.
Previous fMRI research has shown that heat sensing pathways in the skin can activate brain areas associated with elevated mood, such as the anterior cingulate cortex (the ACC is also activated during mindfulness meditation). The raphe nucleus, which releases serotonin, our “happy hormone”, is also activated by this skin-to-brain thermoregulatory pathway.
Heat is also thought to calm immune system activation present in the brains of individuals suffering from depression. People with depression tend to have higher body temperatures than non-depressed people. This is possibly due to the present of inflammatory cytokines, such as TNF-a and IL-6, that increase inflammation and fever and have been shown to negatively impact mood. Perhaps heat therapy acts by “resetting” the immune system.
Furthermore, when the body is exposed to high temperatures, it results in the release of heat shock proteins. Heat shock proteins respond to short, intense stressors: hot, cold, and even fasting conditions. They have a variety of effects on our hormonal systems. Some can reset the body’s stress response, correcting the cortisol resistance that is present in the brains of depressed individuals. One particular heat shock protein, HSP105, has been shown to prevent depression and increase neurogenesis (the creation of new brain cells) in mice.
Reduced neurogenesis in the hippocampus is a risk factor and side effect of depression. It is thought that traditional anti-depressants, in addition to altering brain levels of serotonin, may exert some of their effects through inducing brain-derived neurotrophic factor (BNDF), a growth factor that encourages the development of new brain cells.
Conventional theories tell us that depression is a disorder resulting from a chemical imbalance in the brain requiring medication to “correct” that imbalance. However, an overwhelming amount of research tells us that this is simply incorrect: depression is a complicated condition stemming from multiple causes.
Naturopathic doctors focus on the whole person. We look at how an individual’s symptoms are expressed within the context of their biology, physiology, psychology, and social and physical environments. We know that, when it comes to a condition like depression, every body system is affected. We also know that the health of our digestive and hormonal systems are essential for optimal mood.
Naturopathic doctors have also traditionally used hydrotherapy, the therapeutic application of hot and cold water, to benefit digestion, boost detoxification pathways, and regulate the immune system.
Therefore, as a naturopathic doctor, the idea that heat exposure can have a profound effect on depressive symptoms makes sense. However, as a clinician, I’ve found it difficult to convince my patients suffering from depression to try heat therapy. Perhaps it’s because the remedy seems so simple it borders on insulting—sweat for an hour and experience profound changes to a condition that has debilitated me for months? Get out of here.
I get it.
However, research suggests that since depression is a multi-factorial condition, it deserves to be addressed with a variety of therapies: diet, sleep hygiene, exercise, nutrition, and psychotherapy, to name a few. Heat therapy can be another important one.
So, here are some suggestions for implementing heat therapy without having to do a sweat lodge:
In order to make sense of the world, people create stories. It is our greatest gift and most fragile weakness.
Boy meets girl, they fall in love, they encounter difficulties that they eventually overcome. It brings them closer. They live happily ever after—the classic love story.
Stress has a classic story too: cortisol, the “stress” hormone, is released during stress. It wreaks havoc on the body. Lowering stress helps lower cortisol.
However, when it comes to human hormones, telling stories in a linear narrative is impossible.
Hormones are signalling molecules in the body. They are produced by endocrine organs, such as the adrenal glands, the brain, and the ovaries. They travel through the bloodstream to impact the expression of genes on distant tissues, which impacts how our bodies function.
Production of norepinephrine in the adrenal glands as a response to stress can make your heart race, your pupils dilate, your hands to shake, and your senses become hypervigilant—when a perceived threat or danger activates the release of this hormone, your entire body pulsates under its influence.
Hormonal stories are hard to fit the human desire for narratives. Their relationships with our genes, bodily systems, receptor binding sites, and each other make their actions too complicated to be described linearly. Instead they act like webs, or tangled networks of intricate connections.
When hormone levels rise in the body, beyond our delicate homeostatic balance, a phenomenon, called “resistance”, can occur. With resistance, cells reduce their responses to the hormones that interact with them.
When telemarketers keep interrupting your dinner at 6pm, eventually you stop answering the phone.
When certain hormones continue to call at the surface of cells, stressing the body’s capacity to respond, our cells simply stop answering.
Many of us ask, “what happens when I pull this thread here?” when learning about one hormone that we’ve blamed all our woes on. We tug the thread, without considering the entire web of connections, and our actions affect the entire system.
Our hormones exist in an ecosystem where everything hums and flows together, as a unit. It’s impossible to lay out explanations for their actions in a linear fashion.
Hormone stories flow like a Choose Your Own Adventure novel—a hallway with many doors that snake down long corridors and meet again, and interconnect.
Go through the door marked “estrogens”, and you encounter serotonin, cortisol, progesterone, insulin, thyroid hormones, leptin, BDNF, dopamine, norepinephrine, and many others.
Hormones are the conductors of your body’s personal orchestra, composed of thousands of musicians, a complex musical score, highly-trained arms, fingers, and mouths manipulating instruments: a million moving parts working together in harmony.
The best we can do to understand the entire interplay is to slow down the action, take a snapshot of it, and to try to understand why these symptoms are occurring in this individual.
Because hormones affect absolutely every system of our body, I am always attuned to the possibility of hormonal imbalances in my patients.
It helps to look at hormones in terms of their symptom patterns rather than how any one hormone affects us in particular.
Common signs of hormonal imbalance are:
In my naturopathic practice, I see common patterns of symptoms that indicate certain hormonal imbalances.
These patterns often represent vicious cycles where our body is stressed beyond a capacity to balance these interconnected webs of chemical interactions, causing further imbalance.
Speaking of stories, here’s one I hear often.
You wake up in the morning, exhausted. Your brain is in a fog and you don’t feel alive until a cold shower or double espresso knock you out of your stupor.
Things get a bit better once you get moving, but you wonder why your energy never fully bounces back.
You used to play sports in university, you think to yourself. Now just thinking of sports makes you tired.
Is this what getting older feels like? You’re in your 30s.
The days at the office stretch on forever. Concentration and focus are difficult. You see a coworker whose name, you realize with horror, can’t be brought to mind.
You’ve known her for a year. Cynthia? Sylvia? Your brain hurts.
In the afternoon you think longingly of napping, but instead take your place in the long line for coffee and something carb-y like a cookie.
When it comes time for sleep you are either out like a light or find it hard to turn your mind off; you’re tired, as always, but also wired.
Sleep doesn’t feel restful, and you often wake up, sleepless, at 2-4am in the morning.
When your alarm rings a few hours later, the cycle begins again.
Cortisol, one of our stress hormones, has a circadian rhythm. Its levels are highest in the morning, about an hour after waking. Cortisol promotes energy, alertness and focus. It is also a potent anti-inflammatory hormone.
Cortisol is what makes us feel alive in the morning, bouncing out of bed like Shirley Temple and her curls.
Throughout the day our cortisol levels slowly dwindle (unless a major stressor causes them to spike abnormally). They are lowest in the evening, when melatonin, our sleep hormone begins to rise, inducing feelings of sleepiness, preparing us for a night of rest.
Our modern day society, however, calls on cortisol to perform more than its fair share of work. Cortisol is around when we’re hauling ourselves out of bed after an inadequate night of rest.
Cortisol fuels gym workouts, gets us to our meetings on time, allows us to meet deadlines, tolerates traffic jams, responds kindly to tyrannical bosses, and makes sure the kids get to all their after-school events.
Cortisol is made in the adrenal glands, two endocrine glands located on each kidney, in response to signals from the brain that perceive stress in our environments and bodies.
When stress hormones levels are too high we experience a “tired and wired” feeling. During this time we might feel we thrive better under stress: workouts boost our energy, we have a hard time quieting down and we rarely feel hungry.
We might still struggle with weight gain, however, especially the abdomen and face, where cortisol tends to encourage fat deposition.
We might feel tension—tight muscles and shoulders, and body pain, as muscles clench up, preparing to fight or flee.
Chronic stress is associated with high levels of cortisol. We work long hours, late into the night. We go, go, go. This may give us a “high” or it may feel exhausting and depleting.
Many of us can exist in this state for months and even years. Sometimes a compounded stressor such as a divorce, accident, or loss, can tip us over the edge into a depleted, burnt out state.
Burnout, often following a period of prolonged stress, can be associated with low cortisol signalling. Our bodies have simply stopped being able to produce the stress hormones necessary to meet the needs of our daily lives, or glucocorticoid receptors in the brain and body cells, have stopped responding to cortisol.
Just as cell can be become resistant to insulin, they can also become resistant to cortisol. Too much (or even too little) of a hormone can cause cells to start ignoring their signalling, resulting in symptoms of low levels of the hormone in some areas of the body and high levels of the hormone in others.
Cortisol is a complicated molecule. It both encourages the stress response, but also turns it off, when levels reach a certain point.
Often, cortisol levels that are too low result in an impaired stress response, preventing our fight or flight system from properly shutting off—cortisol resistance can lead to further stress hormone disruption.
The result of an imbalance in cortisol, otherwise termed Hypothalamic Pituitary Adrenal (HPA) Axis dysregulation is weight gain, fatigue and brain fog, inflammation and immune system activation, digestive issues, restlessness, impaired sleep, decreased cognitive function, and mental health conditions, such as anxiety and depression.
When cortisol levels are low, the body makes adrenaline and noradrenaline to meet our needs, which often leads to anxiety and feeling shaky and nervous, contributing to symptoms of anxiety.
Cortisol also influences the function of our sex hormones, thyroid hormones, and our blood sugar. Imbalances in any of these other hormonal systems can be a result of an impaired HPA axis.
Cortisol Testing
The two main ways to assess the body’s levels of cortisol are through serum (blood tests) and saliva.
A study found both tests were equal when it came to diagnosing Cushing’s disease, a condition of highly elevated cortisol.
One of the advantages to salivary cortisol testing is the ability to obtain multiple samples in one day to be able to view a patient’s cortisol curve, in which cortisol peaks approximately one hour after waking and declines throughout the day.
The cortisol curve is measured by assessing 4 samples of salivary cortisol taken at 4 key points during the course of one day. It measures free cortisol, which may only represent about 5% of total cortisol in the body.
While salivary cortisol levels can be a good starting point for assessing the cortisol curve, it doesn’t tell us everything about the health of the glucocorticoid receptors or HPA system as a whole.
High cortisol levels may be seen in patients with low cortisol signalling, such as depression, anxiety and chronic fatigue. Errors in obtaining salivary cortisol samples (such as not taking samples at the right time) can lead to falsely low cortisol readings.
In my opinion, this makes symptoms and health history the most valuable tools for properly assessing HPA axis function.
Cortisol and Melatonin
Melatonin, our sleep hormone, also operates on a circadian rhythm. It is released by the pineal gland in the brain and induces sleep. Its release corresponds to a drop in cortisol levels at the end of the day.
That release is impeded by artificial light exposure at night, lack of daytime sun exposure, alcohol, stress, and HPA axis disruption, among other lifestyle and environmental factors.
Melatonin, like other hormones, can be tested for in blood, urine and saliva, but I find more value in assessing for sleep quality and quantity by taking a thorough health history while also restoring a patient’s sleep hygiene and HPA axis regulation.
Many patients with sleep issues can benefit from a trial of supplemental melatonin to see if that helps their sleep. Taking it 2 to 3 hours before bedtime to coincide with the body’s natural melatonin surge and taking a prolonged-release version to promote sleep maintenance are two strategies I use for helping patients sleep better.
Working on sleep and circadian rhythms is also beneficial for restoring HPA axis functioning.
The most prevalent female sex hormones are estrogen and progesterone. These two hormones eb and flow in distinct ways throughout a woman’s monthly cycle.
Estrogen creates an “M” shape, rising at the beginning of the cycle to its first peak around ovulation, half-way through the cycle. At this time women typically experience their best mood, energy, and motivation, perhaps noticing a rise in libido.
After ovulation, estrogen dips a little bit and then rises, peaking again about a week before a woman’s menstrual cycle is due.
After this, estrogen takes a nosedive, reaching low levels around the time that menstruation begins: Day 1 of the menstrual cycle.
Progesterone, on the other hand is largely absent the first half of the cycle, before ovulation. Then, it begins a steady climb to peak with estrogen, about a week before the arrival of the next period.
After peaking, just like estrogen, progesterone then takes a dip, which stimulates the uterine lining to shed, resulting in menstruation, in which the entire cycle begins again.
PMS and PMDD
My practice is populated by women who experience various forms of grief at different stages of their monthly cycles.
Many of my patients experience PMS, and the more severe PMDD (Premenstrual Dysphoric Disorder)—which is characterized by intense mood swings, irritability, depression, or anxiety, panic attacks and psychosis in the most severe cases— up to two weeks before their periods.
The mood changes in PMS and PMDD are associated with fluctuations in the hormones estrogen and progesterone, which can wreak havoc on our brain chemistry.
Estrogen has a beneficial effect on mood, increasing dopamine and serotonin action in the brain. Dopamine and serotonin are two antidepressant, feel-good neurotransmitters.
Estrogen also increases something called Brain-Derived Neurotrophic Factor (BDNF) a chemical that stimulates the growth of brain cells. This can boost memory, concentration, and cognition, as well as positively influence mood.
Progesterone breaks down into a chemical called allo-pregnenolone, which acts like GABA, a calming neurotransmitter, in the brain. Bioidentical progesterone therapy is often used as a treatment for anxiety and insomnia.
When estrogen and progesterone levels surge and drop suddenly, drastic fluctuations in mood can occur. Cravings for sweets, crying, lack of motivation, or severe anxiety can all occur when hormones drop right before a period is due.
However, elevated levels of estrogen can also be problematic. Estrogen stimulates dopamine, which typically makes us feel good, gives us energy, and helps to motivate us. In genetically vulnerable women, elevated levels of dopamine can cause excess irritability, low stress tolerance, and even mania or psychosis.
Estrogen also slows the recycling of the stress hormones epinephrine and norepinephrine, which can lead to symptoms of acute stress and anxiety, when dysregulated.
This means that dramatic rises and falls in estrogen throughout a woman’s cycle can cause her to feel irritable and anxious one week and unmotivated and depressed the other.
Smoothing out hormonal ups and downs can be a key factor in regulating a woman’s menstrual cycles and soothing her mood and emotions throughout the month.
Perimenopause and Menopause
Perimenopause is characterized by a declining production of the ovarian hormones estrogen and progesterone.
Estrogen levels tend to rise and fall dramatically throughout a woman’s remaining cycles, while progesterone levels tend to stay low.
The result of these changes are symptoms like hot flashes, night sweats, brain fog, fatigue, and depression when estrogen levels suddenly tank, and increased stress and anxiety when estrogen levels abruptly spike.
During this time, cycles may become irregular. Some of my patients comment that their periods are incredibly light one month and the heaviest of their lives another.
Some get periods every few months and some notice increased frequency, even spotting between cycles, or have a full-blown period every two weeks in more extreme cases.
Weight gain tends to drift from the thighs and buttocks to the abdomen. Once pear and hourglass-shaped figures begin to resemble apples.
Fatigue is a common symptom. Women may experience poor sleep due to night sweats from estrogen deficiency, and anxiety from insufficient progesterone.
What a joy, right?
Many of these perimenopausal symptoms are a relatively modern phenomenon, stemming from a dysregulated HPA axis.
After cessation of periods, it’s the job of the adrenal glands to take over sex hormone production. However, if the HPA system is preoccupied with organizing a stress response, this can affect the production of other hormones.
Impaired Estrogen Clearance
Many women struggle with symptoms that are related to relatively high levels of estrogen, often caused by impaired estrogen clearance.
These conditions include heavy and painful periods, fibrocystic breasts, or conditions like fibroids or endometriosis.
Chronically elevated estrogen levels also include a risk of certain hormone-associated cancers, such as breast cancer.
These women may experience irritability and anxiety through estrogen’s interaction with stress hormones, and also from a relative deficiency in progesterone.
A relatively high level of estrogens compared to progesterone is termed “Estrogen Dominance”.
Estrogen is normally cleared through the digestive system: the liver and intestines.
A sluggish and congested liver causing a slower rate of hormonal clearance (think of it like a clogged drain), an increase in environmental toxin exposure, or an overconsumption of alcohol, can slow the liver’s ability to regulate estrogen levels in the body.
Constipation and a dysbiotic gut can also impair estrogen clearance.
Symptoms of estrogen dominance include stubborn weight gain, typically around the hips and thighs, heavy and painful periods, tender and painful breasts, fibrocystic breasts, endometriosis, uterine fibroids, acne, cyclical mood swings, especially premenstrual anxiety and panic attacks, and irregular menstrual cycles.
Low Progesterone
Aside from impaired estrogen clearance, another pattern of estrogen dominance is low progesterone.
In this case, estrogen levels are normal or even low (as in the case of menopausal or perimenopausal women). However, an even lower progesterone level still results in a pattern of relative estrogen dominance.
This can cause some of the same symptoms as excess estrogen (anxiety, irritability, heavy and painful periods, weight gain, PMS, fibroids, fibrocystic breasts, etc.).
Low progesterone can also be a culprit in unexplained infertility or early term miscarriage, as progesterone maintains the uterine lining in pregnancy.
Progesterone is released from the ovaries after ovulation. Lack of ovulation, therefore, is a primary reason for low progesterone levels. Anovulatory cycles can occur in women with polycystic ovarian syndrome, women with high levels of physical and emotional stress, or women entering menopause.
Some progesterone, however, is also made in the adrenal glands, where it can be eventually turned into cortisol, aldosterone (a steroid hormone involved in salt-water balance in the body) and androstenedione (a male sex hormone), eventually making testosterone and estrogen.
Women with high cortisol demands due to chronic stress may shunt the progesterone made in their adrenal glands to producing other hormones that support the stress response.
Not only can stress alter ovulation and fertility through various other mechanisms, it can also rob the body of progesterone, directing any progesterone made towards cortisol production.
Testing Estrogen and Progesterone
Estrogen and progesterone can be tested reliably in saliva, blood and urine.
Month long salivary hormone testing of estrogen and progesterone can be an easy and effective way to track the eb and flow of these hormones throughout a women’s menstrual cycles.
In this test, women obtain a saliva sample every 3 to 5 days for the duration of the month to track how estrogen levels corresponds with progesterone and how both hormones rise and fall.
In my practice, however, I often start by running blood tests. I test hormones on day 21 (of a 28-day cycle) to coincide with progesterone’s peak. This can help us calculate the progesterone to estrogen ratio and establish whether the cause of estrogen dominance symptoms is high estrogen or low progesterone.
Blood tests offer the option of looking at estrone, which is a more problematic form of estrogen, as well as estradiol (the most common, metabolically active estrogen in the body). In blood we can also look at LH and FSH, two hormones produced in the brain and ovaries that orchestrate ovulation.
FSH tends to be high in women in menopause or perimenopause, while LH tends to be elevated in women with Polycystic Ovarian Syndrome (PCOS).
Dried urinary metabolite testing, or DUTCH, is an effective way to understand how hormones are broken down and processed by the body. Looking at the entire hormone breakdown pathway provides a more in-depth look at the complexity of hormones in a woman’s cycle, and can guide treatment in specific, useful ways.
Polycystic Ovarian Syndrome (PCOS) is one of the most common causes of infertility (and the most common endocrine disorder) in women of reproductive age. It affects about 10% of menstruating women.
PCOS is a collection of various symptoms and complex hormonal causes. However, it is characterized by missed periods, anovulation, male-pattern facial hair growth, especially on the upper lip, chin, breasts and abdomen, and the presence of cysts on the ovaries.
Other common symptoms of PCOS are weight gain, estrogen dominance, male-pattern hair loss (on the crown of the head), insulin resistance, infertility, and acne, especially hormonal cystic acne on the jawline.
PCOS is characterized by elevated levels of testosterone, a male sex hormone, or “androgen”, on blood work.
Acne, weight gain, infertility, and hair loss are the main symptoms that bring women with PCOS into my office.
PCOS is a complex process that involves an overproduction of testosterone in the ovaries coupled with insulin resistance. Therefore, balancing blood sugar through diet and lifestyle can have a major impact on symptoms.
The conventional treatment for missed or absent periods is oral contraceptives, which of course doesn’t treat the underlying cause of anovulation. That’s why women with PCOS often seek naturopathic and functional medical solutions to treat the root cause.
Testing for PCOS
When I meet a new patient with PCOS, I often test her blood for estradiol and progesterone levels at Day 21 of her cycle. A very low progesterone level may indicate that she has not ovulated that cycle.
We also test LH and FSH. A high LH:FSH ratio can be indicative of PCOS even if cysts are not present on an ovarian ultrasound.
Other important tests that are often ordered are free testosterone and DHEA-S, another male hormone made in the adrenal glands.
Glucose control and insulin resistance can be assessed by looking at fasting blood glucose, fasting insulin and HbA1c (a marker that looks at long-term glucose control).
Prolactin, another hormone released by the pituitary gland, can sometimes be elevated in anovulatory women with PCOS.
A 4-point salivary cortisol test may be useful in women with PCOS who are also experiencing symptoms of cortisol dysregulation, which can contribute to insulin resistance and affect ovulation and hormone regulation, particularly progesterone production.
Prolactin is a hormone released by the pituitary gland to promote milk production after child birth.
However, some women will have elevated levels of prolactin in blood, despite not currently pregnant or breastfeeding.
Called hyperprolactinemia, elevated prolactin may be a cause of anovulation, mimicking some symptoms of PCOS and menopause, including hot flashes, absent or irregular periods, infertility and even milk discharge from the breasts.
Hyperprolactinemia may be caused by low calorie diets, liver issues, hypothyroidism, and issues with the pituitary gland itself.
Prolactin can be tested in blood. If levels are elevated, an MRI must be conducted to rule out a physical issue with the pituitary gland, such as a tumour.
Oxytocin is a hormone produced in the brain and secreted by the pituitary. It aids in childbirth. Also termed the “love hormone,” it’s associated with feelings of intimacy and connection.
While high and low levels of blood oxytocin can be possible in men and women who are not pregnant or breastfeeding, the clinical applications of it are not fully known.
The thyroid, a butterfly-shaped gland on our neck, is the master thermostat of the body, controlling heat and metabolism. It pumps out thyroid hormones T4 and T3, which tell cells to burn fuel, creating energy and heat.
Because our thyroid hormones interact with the cells in every body system, symptoms of hypothyroidism, or low thyroid function, can be incredibly diverse.
Common symptoms of hypothyroidism are weight gain or inability to lose weight, fatigue and sluggishness, brain fog, hair loss, low body temperature, constipation, dry skin and hair, puffiness, infertility, and altered menstrual cycles, such as missed periods or heavy periods.
Aside from autoimmunity, other causes of low thyroid function can be HPA axis dysregulation and chronic stress, a very low calorie or very low carbohydrate diet, sudden weight loss, a deficiency in nutrients needed for thyroid function such as iron, zinc, iodine and selenium, and a body burden of environmental toxins such as heavy metals.
Testing Thyroid
To assess thyroid function, conventional doctors will test a hormone called Thyroid Stimulating Hormone, or TSH. TSH is not a thyroid hormone, but a hormone made in the brain that urges the thyroid to pump out the thyroid hormones T3 and T4. It gives doctors an indirect measure of thyroid regulation.
When TSH levels are high, this suggests that thyroid function is sluggish; the brain needs to send a louder signal to get an unresponsive thyroid to work.
However, TSH is only a periphery marker of total thyroid function, not giving us the whole picture. Also, TSH ranges on conventional lab tests may fail to pick up some cases of subclinical hypothyroidism or impending cases of autoimmune thyroid conditions, otherwise termed Hashimoto’s Thyroiditis, which is the most common cause of hypothyroidism.
To properly assess thyroid function in someone with symptoms of thyroid dysfunction, a slightly elevated TSH, or a family history of Hashimoto’s, I will order a thyroid panel: a blood test measuring TSH as well free thyroid hormone (T3 and T4) levels.
It’s also important to assess for autoimmune thyroid conditions by testing for anti-thyroglobulin and anti-thyroperoxidase antibodies. Both of these antibodies, when elevated, suggest the presence of an autoimmune thyroid condition.
Some of the most common hormonal dysfunctions I see in my practice are insulin resistance and reactive hypoglycemia: blood sugar imbalance.
These issues often lie at the heart of other hormonal imbalance patterns, such as irregular menstrual cycles or HPA axis dysregulation.
When we eat, glucose enters our bloodstream, providing fuel for our cells. Insulin helps our cells access this hormone, spiking with each meal.
The higher the meal is on the glycemic index (i.e. the more sugar or refined carbohydrate it contains), the higher our post-meal blood sugar and insulin spikes will be.
Without insulin, we would slowly lose energy and die, unable to get precious glucose into our cells. Individuals with type I diabetes cannot make insulin. They must inject it daily to keep their cells fuelled and blood sugar stable.
For the rest of us who do make insulin, large blood sugar spikes after a meal can be problematic.
Insulin is a storage hormone. It helps energy get into cells, and it helps build muscle and brain cells, but it also blocks the breakdown of fat cells, blocking weight loss.
Insulin also drives down blood sugar levels. When blood sugar rises too quickly after a meal, a large insulin response can drop blood sugar levels too drastically, causing reactive hypoglycemia, or feeling “hangry” (hungry, angry, irritable, tired, light-headed, weak and dizzy) in between meals.
Individuals who experience hypoglycemia feel irritable, shaky, dizzy and anxious between meals. They often suffer from anxiety and panic attacks, and feel hungrier at night.
They may wake up in the middle of the night, as their bodies are unable to go 8 hours (the length of a decent night’s sleep) without food. This causes them to wake up, restless and perhaps anxious, in the early hours of the morning.
These individuals, paradoxically, rarely feel hungry at breakfast time.
I often see anxious patients wake from a restless sleep and toss back only a coffee in the morning, skipping breakfast due to slight morning nausea.
At 10 am, feeling ravenous and shaky, they might scarf down a high-glycemic bagel or croissant. Later on, they’ll enjoy a light lunch—maybe a sandwich—often feeling foggy and lightheaded after eating it.
At 2 to 4 pm, they may feel like an afternoon nap, instead indulging in a coffee and sweet treat to buy them some energy for the remaining hours of the work day.
Finally, after enjoying a larger dinner once they get home, they find themselves snacking all night long. Their bodies are finally urging them to ingest the nutrients they were lacking throughout the day.
They then fall into bed, feeling full, restless and wired, and the cycle begins again.
When our blood sugar falls, we not only feel hangry, weak, and crave processed carbs, our HPA axis also gets stimulated.
Cortisol, a glucocorticoid, can help our body control blood sugar, bringing it into the normal range after insulin sends it tanking too low.
This drop in blood sugar, therefore, needlessly triggers a stress response from the adrenal glands, which can further worsen anxiety, HPA axis dysregulation, and glucocorticoid resistance.
When blood sugar and insulin are spiked repeatedly for days, months, and years on end, cells stop responding attentively to insulin’s signal. Like our response to a pesky telemarketer, cells eventually stop picking up the phone when insulin calls.
However, cells still need insulin. More and more insulin must be released to trigger the same response from insulin resistant cells. This makes cells even more resistant, as they require even more insulin release the next time blood sugar rises to get glucose into the cell for fuel. And so the cycle becomes vicious.
Elevated insulin levels cause inflammation, fat gain, fatigue, depression, reactive hypoglycemia, and HPA axis dysregulation. The more resistant our cells become to insulin, the more cortisol must be called on to maintain blood sugar levels.
PCOS is also characterized by higher insulin levels. This prevents ovulation, causing infertility and female hormone imbalance.
When insulin resistance persists, type II diabetes, where the body is no longer able to keep blood sugar in a safe range, develops.
Type II diabetes is characterized by chronically high blood sugar—which poses a danger to small blood vessels, and is a potent inflammatory condition, increasing the risk of heart disease—and elevated insulin.
It affects almost 10% of the adult population and is the 7th leading underlying cause of death in North America, costing 350 billion dollars a year to manage in the United States alone.
Insulin-related weight gain can affect female hormones, as fat cells make estrogen in the body, leading to estrogen dominance.
Insulin also interacts with a hormone called leptin, which is created by fat cells in response to calorie intake. When body fat levels get too high, cells can become leptin resistant. The body no longer senses dietary calorie intake, leading to increased hunger. This exacerbates the problem of weight gain and insulin resistance.
Testing for Insulin Resistance
When I meet a patient who is presenting with stubborn weight gain, estrogen dominance and stress, I assess their blood for insulin resistance by looking at blood levels of fasting insulin and fasting glucose.
With these two values a calculation that measures insulin resistance, called the HOMA-IR, can be performed. This can give us a baseline measure of how well the body is compensating to control blood glucose.
I also run HbA1c, which looks at glucose levels over 3 months. I will often run a blood cholesterol panel, and inflammatory markers, such as CRP.
Insulin resistance often puts all of our hormones on a rollercoaster, which becomes very difficult to get off of unless we prioritize the diet and lifestyle interventions that address blood sugar control.
When presented with a patient suffering from a complicated symptom pattern, I begin by taking a thorough health history in which we investigate:
Depending on how clear the patient’s symptom picture presents, we may opt to make some changes before testing, to gauge their body’s response to an increase in nutrient intake.
Then, if necessary, I will order a comprehensive blood work.
Blood testing might include a thyroid hormone panel, and an in-depth look at female hormones, fasting insulin and fasting blood glucose, and other markers that help us assess health, such as cholesterol and inflammatory markers, or nutrient levels.
Patients requiring a more comprehensive view of their cycles may opt for month-long salivary testing. Others may opt for a dried urine test that looks at hormonal breakdown in the body.
Jenny (name changed for privacy) came to me feeling fatigued and anxious.
She had suffered from anxiety periodically as a teen, but now at age 46 she was experiencing bimonthly panic attacks that seemed to occur cyclically; the panic would come around ovulation and premenstrually.
It was hard to tell, however, because Jenny also claimed that her periods were “all over the place”. One month they were heavy and painful, causing her to take time off work, crouched on the bathroom floor in agony. Other months she barely noticed them, experiencing some light spotting, if anything at all.
Very troubling to her was her major mood volatility, which she described like a “switch” that would suddenly flip on or off, causing her to breakdown at work or pick fights with her family.
Then, almost as suddenly, the cloud would lift and she would be her cheerful, friendly, loving self again.
It was maddening, both to her and those living with her during these darks times, she said.
She also noticed disrupted sleep and weight gain around the abdomen, which seemed to ignore her intense workouts and strict dietary regime.
Jenny was highly accomplished at her high-pressure job and commented that she thrived on being busy and achievement oriented.
I tested Jenny’s blood estradiol, estrone, progesterone, LH, and FSH levels one week before her next expected period, had her fill out a weekly diet diary, and gave her some recommendations about sleep and supplement intake.
Jenny’s blood revealed elevated FSH, indicative of impending menopause (FSH encourages the ovaries to ovulate, as TSH encourages the thyroid gland to make thyroid hormone). She also had low estradiol, and low progesterone, but elevated levels of estrone, the more problematic of the estrogens.
According to her labs and history, Jenny was experiencing estrogen dominance and perimenopause. Many of her symptoms were stemming from elevated estrone, low progesterone and a disrupted HPA axis.
Together, we worked on her diet to provide her body with the nutrients needed to make hormones and to support her brain, mood and adrenal glands.
We used herbs and dietary nutrients to promote liver estrogen clearance and to support Jenny’s adrenal glands.
We addressed the stress in her life, encouraged relaxation, and made sure her body was supported in its ability to make and respond to cortisol.
After a few months, Jenny reported a reduction in hot flashes, better sleep and feeling calmer. She had a reduction in her waist line and better energy and mood.
Our hormones, when imbalanced, can cause vicious cycles in the body that trap us in a state of worsening imbalance.
Through correctly assessing these common hormonal patterns through a health history and appropriate testing, and then making diet, lifestyle and supplement suggestions addressed at stopping these cycles, naturopathic doctors can address underlying hormonal issues that might be causing these complex and troublesome patterns of hormone disruption.
This exercise helps us practice staying with difficult thoughts, emotions, and body sensations, teaching us to turn towards difficulty, rather than turning away.
It is better to do this exercise when difficulty is already present.
Try to use a 10 lb weight, not a 100 lb weight. However, in many situations, we don’t get to choose. If the practice is particularly intense, you can perhaps focus on the breath, or open your eyes and let go of the practice.
Note: this video is to support a mindfulness practice and to use in conjunction with help from a licensed mental health professional.