It reduces stress, boosts the immune system, decreases inflammation, and knocks out fatigue. Rhodiola rosea is a time-tested part of traditional medicine, and it might just be the hero we need in modern times. Read on to find out how it can help you.

What Is Rhodiola rosea?

Rhodiola rosea is a flowering plant that grows in very cold climates and at high altitudes. Its root has been used in traditional medicine in the Caucasus Mountains, Scandinavia, China, and Russia to improve focus and endurance in both body and mind [1, 2].

Other species closely related to R. rosea are also used in traditional medicine. These include Rhodiola imbricata, Rhodiola algida, and Rhodiola crenulata. Together, these herbs are best known as adaptogens: substances that help combat stress. However, Rhodiola roots and extracts have many other cognitive and physical benefits [3, 4, 5].

Rhodiola has many other names: in China, it is called hóng jǐng tiān. Elsewhere, it may be called rosenroot, rose root, Arctic root, golden root, or king’s crown. In French, it is l’orpin rose [6, 7, 8, 9, 10].



  • Fights oxidative stress
  • Reduces stress and fatigue
  • Fights infection
  • Boosts the immune system
  • Decreases inflammation
  • Suppresses tumor growth
  • Improves mood
  • Boosts brain function
  • Prevents nerve and brain damage
  • Prevents fat buildup and burns energy
  • Protects the heart and lungs
  • Reduces pain
  • May improve sexual function


  • Possible dangerous drug interactions
  • May not be effective for everyone

Bioactive Components


Salidroside, also known as rhodioloside, is widely considered to be the most important bioactive molecule in Rhodiola rosea. It is likely responsible for Rhodiola’s protective and stimulant effects on the brain [11, 12].


Rosavin has many of the same properties and mechanisms as salidroside, but requires a higher dose to produce the same effect [13].


Tyrosol is present in standardized Rhodiola rosea extracts, but it often goes unlabeled on commercial supplements. Tyrosol is an antioxidant and may also contribute to Rhodiola’s other beneficial properties [14].

What Does Rhodiola Do?

Rhodiola is an important herb in traditional medicine in parts of Europe and Asia. According to practitioners, it helps people with stress, anxiety, fatigue, depression, brain fog, burnout, and heart problems. It’s also used to boost the immune system and increase lifespan [15, 2].

That’s an awfully long list – does the research back it up? Mostly, yes [15, 2].

Rhodiola activates AMPK, boosts Nrf2, and blocks the JAK2STAT3 pathway. Let’s take a deep dive into these important mechanisms.

AMPK Activation

Many of Rhodiola’s positive effects can probably be chalked up to a protein called AMPK. AMPK is important for energy balance and for preventing oxidative stress. It prevents insulin resistance, keeps blood sugar down, and stops fat buildup in the liver. When free radicals build up, AMPK increases the production of antioxidant proteins [16, 17, 18].

Nuclear factor-κB (NF-kB) controls many genes that cause inflammation, and it is very active in inflammatory diseases like arthritis, Crohn’s disease, and atherosclerosis. AMPK reduces inflammation by decreasing the activity of NF-κB [19, 20].

AMPK may also increase the activity of PI3K, an important protein for insulin signaling [17, 21].

Rhodiola extracts and pure salidroside both activate AMPK and may enhance some or all of its effects [22, 23, 24].

Nrf2 Activation

Nrf2 is a protein that activates numerous important antioxidant proteins and protects against oxidative stress. Rhodiola’s bioactive components increase the activity of Nrf2 and its antioxidant effects [25, 26].

JAK2-STAT3 Inhibition

In combination, the JAK2 and STAT3 genes form a pathway that increases inflammation. Salidroside from Rhodiola blocks this pathway and thereby reduces inflammation [27, 28].

Health Benefits

1) Antioxidant Effects

Free radicals are potentially harmful molecules that are produced during energy metabolism in a healthy cell. Free radicals are completely natural, but they need to exist in balance with antioxidants to prevent excessive oxidative stress, which can damage fats, proteins, and DNA. Unfortunately, a lot of free radicals can be created through exposure to radiation or to harmful substances like cigarette smoke, air pollutants, and industrial chemicals [29].

Salidroside from Rhodiola rosea helps restore the balance between free radicals and antioxidants. It protects the brain against poor blood flow and stroke (ischemia). Salidroside activates the Nrf2 pathway, which turns on protective genes, increases antioxidant proteins, and protects cells [30, 12, 31].

Rhodiola’s reduces and prevents oxidative stress also by activating AMPK. As mentioned, AMPK activates antioxidant proteins; it may also boost the Nrf2 pathway, giving Rhodiola two-pronged antioxidant powers [32, 33].

Anti-Aging Properties

Rhodiola’s antioxidant activity may help fight aging, although the mechanisms are not well-studied in humans. It is well known, though, that high oxidative stress underlies many chronic diseases and age-related health problems [34, 15].

For example, osteoporosis, a disease that causes bone density to decrease as a person ages, is partially caused by oxidative stress. Salidroside’s antioxidant effects may help prevent osteoporosis and maintain bone health later in life [35].

2) Combating Stress

Rhodiola rosea is an adaptogen: a compound that combats stress by helping the body (and especially the brain and the immune system) return to and maintain a normal, balanced state [36].

Salidroside, like many adaptogens, acts on the HPA axis: the hypothalamus, the pituitary gland, and the adrenal gland. This system of glands controls many of the body’s stress responses, such as the release of cortisol [36, 37].

Adaptogens like salidroside also affect the expression of Hsp7, a heat-shock protein that helps cells adapt to repeated exposure to the same source of stress. However, the actual effect of salidroside on Hsp70 is unclear [38, 36, 39]:

Some studies suggest that adaptogens like Rhodiola generally increase Hsp70 expression, which increases tolerance to emotional and physical stress in healthy people.

Other studies conclude that salidroside decreases Hsp70 expression in stomach cancer cells, which contributes to its cancer-fighting effects. The bottom line is that healthy and cancerous cells do not behave in the same way. Salidroside’s effects on Hsp70 seem to be always beneficial, but whether it turns this pathway on or off may depend on the cells it targets and their health.

3) Fighting Bacteria & Acne

Extracts and dried Rhodiola root can kill the bacteria directly exposed to them. In one study, it could fight every species of bacteria studied, including the common disease-causing Staphylococcus aureus, Listeria monocytogenes, and Escherichia coli [40].

Salidroside may also be used to reduce acne. Standard acne treatments can trigger antibiotic resistance in bacteria on the skin, making effective alternatives more important than ever. Salidroside disrupts the acne biofilm: the thin, slimy layer of bacterial cells that stick to each other under your skin. Biofilms protect bacteria from damage and they are otherwise very hard to get rid of [41, 42].

4) Boosting the Immune System

Rhodiola extract improves the body’s natural immune response to threats from bacteria and viruses.

Cytokines and Inflammation

Rhodiola activates three important immune response genes – RIG-I, MDA5, and ISG – in a type of white blood cells called monocytes. In one study of the dengue virus, this epigenetic effect increased cytokines in infected cells; these cytokines then improved the cells’ ability to eliminate the virus [43].

Cytokines are often labeled as the “bad guys” because they are high in chronic inflammation. During acute infection, however, your immune system needs the right balance of cytokines to mount a successful attack. However, this pathway may already be over-activated in your body if you suffer from chronic inflammation and autoimmune diseases (Th1 dominance).

T helper cells are a type of white blood cell that activates other immune cells by releasing cytokines. They can be further divided into Th1 and Th2 cells. Th1 cells are important for fighting bacterial infection, while Th2 cells induce allergic reactions and responses against physically larger threats like parasites [44, 45].

In one mouse study, Rhodiola extract increased the production of Th1 cytokines and did not appear to affect Th2 cytokines. It also prevented T cells from dying and improved the overall survival rate of the mice during infection [44, 45].

Overall, Rhodiola enhances the Th1 response, without affecting the Th2 response much. It may even balance the immune system and actively decrease inflammatory cytokines in some cases. See the section on anti-inflammatory properties below for more details [46].

Closing the “Open Window”

Right after highstress exercise, athletes have a dip in their immune function: a period during which they are more likely to, for example, catch a cold. This period is sometimes called the open window [47].

Rhodiola may help close the open window by boosting immune function at just the right time. In one study, marathon runners took 600mg/day of Rhodiola for a month before and a week after their race. Researchers then took blood samples from the runners and introduced viruses into them. In the runners who had been taking Rhodiola, the virus grew and spread more slowly than in those who had not; this result suggests that people taking Rhodiola supplements may have an extra layer of protection during the open window [42].

5) Reducing Inflammation

JAK2 and STAT3 are two genes which, when combined, form a pathway that increases inflammation. Salidroside prevents the JAK2-STAT3 pathway from being activated; in this way, it decreases inflammation [27, 28].

Rhodiola selectively decreases the inflammatory cytokines IL-1, IL-6, and TNF-alpha. Its extracts may reduce the expression of these cytokines throughout the body. In one study of mice injected with an E. coli toxin, a large dose of Rhodiola extract significantly lowered inflammation in the kidney and brain [48].

Salidroside, in particular, greatly reduced the expression of these cytokines in immune brain cells called the microglia (cell-based study). Inflammation of these supportive cells in the brain often underlies cognitive dysfunction and diseases like Alzheimer’s [48].

Results on its anti-inflammatory at first seem contradictory. In some studies, it increased the cytokine IFN-gamma; in others, it decreased it. It seems to be beneficial at low doses and becomes toxic at higher levels [44, 49].

This intriguing phenomenon is also known as “hormesis. In the right doses, this plant is “hormesis-providing”: it triggers an adaptive stress response that can make you more resistant to higher doses of it and to numerous other stressors and threats, including inflammation [50, 51].

6) Suppresses Tumor Growth

Through its antioxidant and anti-inflammatory effects, Rhodiola may help prevent cancer and slow the growth of tumors [34].

When a tumor grows, it stimulates the growth of blood vessels around itself so that it can receive nutrients and get rid of waste. This process is called angiogenesis. Rhodiola extracts inhibit angiogenesis, and may thereby suppress the growth of a tumor [52].

STAT3 is extremely important for the growth of tumor cells and salidroside prevents its activation. In fact, it blocks this pathway so effectively that it may be combined with chemotherapy drugs to help kill tumors. This combination has already been tested on colon cancer cells, with good results [53, 54, 55].

Even alone, salidroside from this plant’s extracts stopped or reversed the growth of cells from bladder, breast, stomach, brain, lung, and fibrosarcoma cancers. Supplementation may also help prevent cancer from returning once it is in remission [34].

7) Improving Mood

Rhodiola extracts, especially salidroside, may decrease the symptoms of depression and generally improve mood. In people with mild to moderate depression, this may be a safe alternative to SSRIs like sertraline [56, 57].

Rhodiola extract directly activates four important neurotransmitters: norepinephrine, serotonin, dopamine, and acetylcholine. Low dopamine, in particular, is strongly associated with depression and often overlooked; this plant’s effect on dopamine may explain its mood-enhancing benefits [15, 58].

In one study, salidroside from Rhodiola significantly decreased inflammatory cytokines and returned neurotransmitter levels to normal in rat brains. These two effects are probably linked; inflammation is often at the root of depression [56, 59].

Its antidepressant effect may also come from its ability to inhibit monoamine oxidase (MAO). MAO breaks down neurotransmitters while blocking them can raise neurotransmitter levels. If you have low COMT, you should avoid this supplement; see the genetics section for more information [60].

Monoamine oxidase is also the target of some antidepressant drugs like selegiline, phenelzine, and isocarboxazid. This class of drugs may interact dangerously with Rhodiola; see the section on drug interactions below [61, 62].

8) Nootropic Effects

Nootropics are an eclectic group of substances bound by one effect: enhancing brain function. The widely-used nootropic is caffeine; a variety of plants may also have nootropic effects, such as ginseng, ginkgo, turmeric, and sage (Salvia) [63, 64, 65, 66].

Rhodiola extract is a promising herbal nootropic. It stimulates activity in the brain and activates the neurotransmitters norepinephrine, serotonin, dopamine, and acetylcholine. Together, these neurotransmitters are important for memory, concentration, and learning [13, 15].

What’s more, this herb improves wakefulness and reduces both physical, mental fatigue, as well as anxiety. Therefore, its brain-protective and stress-reducing benefits underlie its nootropic potential [67, 68, 69].

9) Protecting the Brain

By activating AMPK, Rhodiola may protect nerves and neurons from damage in Alzheimer’s disease and brain injury [70, 17, 12].


In a rat study, salidroside protected against the worst effects of brain damage in different types of stroke. Rats given salidroside before suffering brain damage had less inflammation, and the total volume of damaged tissue was significantly smaller. These results suggest that supplementation may increase brain protection in people at risk of stroke [12].

A person’s best chance to recover from a stroke is to seek treatment as soon as possible; the longer it takes to get to a hospital, the less likely a full recovery becomes. Salidroside from Rhodiola may reduce complications of stroke even when standard treatment is delayed [71].

This adaptogen’s antioxidant effects may explain its ability to protect the nervous system from damage. Free radicals can damage all cells in the brain, including neural stem cells in the growing brain; Rhodiola increases the expression of antioxidant proteins and reduces free radicals in the brain [72, 26].

Alzheimer’s Disease

PI3K, AKT, and mTOR are three proteins that form a key pathway for the growth and multiplication of cells. In the brain, it prevents the death of neurons. Salidroside increases the activity of this pathway, helps keep neurons alive and, for this reason, may be useful for Alzheimer’s disease. Specifically, AMPK activation may underlie the whole brain-protective cascade [73, 74, 17].

Parkinson’s Disease

In Parkinson’s disease, neurons die off in a region of the basal ganglia. Increased stress in a part of the cell called the endoplasmic reticulum may be the underlying trigger. Salidroside protects the endoplasmic reticulum from stress, thereby reducing cell death and protecting the basal ganglia [75, 76].

10) Supporting the Liver

AMPK tells the liver when to store energy and when to release it. When AMPK is low, the liver stores more energy as fat; when AMPK is high, fatty acids are broken down and used for energy [77].

Rhodiola extract activates AMPK, reducing the rate of fat storage. It may, therefore, help control liver diseases caused by fat buildup, such as nonalcoholic fatty liver disease (NAFLD) [22, 78].

Antidiabetic Effects

AMPK increases sensitivity to insulin and the amount of sugar absorbed from the blood by various tissues. In this way, high levels of AMPK reduce the risk of developing insulin resistance, prediabetes, and diabetes [32, 79].

Diabetes medications such as metformin work, in part, by activating AMPK. And because Rhodiola activates AMPK, it may also safely decrease diabetes risk [80, 22].

11) Protecting the Heart

In the heart and elsewhere in the body, AMPK maintains an oxidative balance: in response to oxidative stress, AMPK activates genes that produce antioxidant proteins and reduces blood pressure. Mutations in the AMPK gene can cause problems with heart rhythm and cause Wolf-Parkinson-White syndrome, a rare heart condition [18, 81].

Rhodiola extract activates AMPK and thereby protects the heart from oxidative stress, lowers blood pressure, and maintains the correct rhythm of the heartbeat [22, 82, 83].

12) Lung Health

We need oxygen to flow constantly through our lungs, but the combination of toxins and oxygen in excess can produce a dangerous cocktail of free radicals and oxidative stress. The lungs are especially vulnerable to oxidative stress [84].

In the lungs, oxidative stress over a long period of time can lead to asthma, respiratory cancers, and chronic obstructive pulmonary disease, or COPD [84].

By increasing the expression of antioxidant proteins and reducing inflammatory cytokines, salidroside from Rhodiola may protect against oxidative damage to the lungs [85].

13) Pain Management

Rhodiola may decrease the sensation of pain and holds promise as a safe and natural painkiller. In multiple studies, this plant and its extracts reduced pain and swelling in rats with diabetes, arthritis, and injury [86, 87, 88].

Both of its major active components, salidroside and rosavin, appear to reduce pain by decreasing inflammation. In this sense, they are similar to many commonly-used anti-inflammatory painkillers (like NSAIDs) [87, 89].

14) Sexual Function

Rhodiola is sometimes marketed as a libido booster or a remedy for erectile dysfunction. In combination with zinc, folic acid, and biotin, it may be useful for premature ejaculation [90].

However, many claims about improved sexual function originate from a single study. This study, which was conducted on 120 adults over 50, did not include a placebo or control group and was not focused solely on sexual function, but on a variety of physical and cognitive symptoms [91, 92].

In fact, Rhodiola’s potential effect on sexual function is probably linked to its antidepressant properties. One study found that it reduced all symptoms in people with burnout, including sexual dysfunction [93].

Sexual function and stress are, of course, closely related. By increasing stress resilience and antioxidants, this adaptogen may contribute to a healthy libido. In other cases, though, sexual and erectile dysfunction are not linked to stress. In those cases, Rhodiola probably won’t have an effect [93].

All in all, Rhodiola may improve sexual function, especially in people suffering from mental health issues and erectile dysfunction, but much more research is required.

Safety & Potential Risks

Taken alone, Rhodiola is generally safe and welltolerated in therapeutic dosages, with only mild to moderate side effects. The most common side effects in people taking this herb for anxiety were dizziness and dry mouth [68].

Rhodiola supplementation is possibly safe for pregnant and breastfeeding mothers. In multiple studies, its extracts fed to pregnant and breastfeeding mice improved immunity and thymus function without negative effects. However, no studies have determined its effect on pregnant or breastfeeding women; nonetheless, this herb is given to pregnant women in traditional Georgian medicine. Until clinical studies look into these effects, we do not recommend supplementing with Rhodiola while pregnant or breastfeeding [94, 95, 96, 97].

At a dose of 660 mg/day, combined with vitamin C, it decreased mental fatigue, increased exam scores and language-learning ability in teenagers. Rhodiola’s effects on children have not been formally studied. However, its tea is traditionally given to children in the Caucasus Mountains [98, 1].

Because of some disagreement in the scientific community about the various effects and precise mechanism of Rhodiola, the FDA has classified it as a poisonous plant. Furthermore, the ingredients and active compounds in commercial Rhodiola supplements may not be accurately labeled. We recommend caution when choosing to supplement [15, 99].

Drug Interactions

Salidroside and rosavin are highly active molecules with diverse effects in the body. As such, anyone taking prescription medication should be careful when supplementing with Rhodiola.


  • MAOIs: Monoamine oxidase inhibitors should not be combined with any substance that increases dopamine or norepinephrine, except by a doctor’s instruction [100].
  • SSRIs: Selective serotonin reuptake inhibitors like escitalopram and paroxetine may interact with Rhodiola and produce unwanted side effects like muscle pain, gum pain, and irregular heartbeat. Restlessness, trembling, sweating, and other symptoms of serotonin syndrome can also arise [101, 102].

If you are taking antidepressants, do not supplement with Rhodiola without consulting your doctor.

Diabetes Medication

  • Metformin: Rhodiola and metformin have some similar effects because they both activate AMPK and increase the body’s sensitivity to insulin. If you are taking metformin for any reason, talk to your doctor before supplementing [103, 104, 105].
  • Any CYP2C9 substrate: Rhodiola inhibits the enzyme that breaks down many oral diabetes medication. See the section below for more details.

Blood Pressure Medication

Rhodiola lowers blood pressure by activating AMPK. We recommend caution when supplementing if you are already taking medication to lower your blood pressure [82].

Many blood pressure medications are also metabolized by CYP2C9. See the section below for more details [106].

CYP2C9 Substrates

Many drugs are broken down by a group of enzymes called cytochrome P450s, or CYPs. In the liver, CYPs metabolize many medications: if CYPs are blocked, these medications will stay in the bloodstream for longer and in higher concentrations. Their effects may then be more intense [107, 7].

Contradictory studies have suggested two opposite effects of Rhodiola on the CYP enzyme CYP2C9. In two studies, it blocked the effects of CYP2C9; in one study, salidroside alone increased the activity of CYP2C9. More research is required to fully understand how this plant and its active compounds affect CYP2C9 [107, 7, 108].

CYP2C9 substrates include any compound metabolized by this enzyme. These medications may reach higher blood levels when combined with Rhodiola extracts:

  • NSAIDs like aspirin, ibuprofen (Advil or Motrin) and naproxen (Aleve) [109]
  • Anticoagulants like warfarin [106]
  • Blood pressure medication like losartan [106]
  • Phenytoin, which is prescribed to prevent seizures [107, 110]

Some of these medications, especially warfarin and phenytoin, have a narrow therapeutic index. This means that very small variations in dose can have a wide variety of effects. In some cases, even a change in diet can alter the effect of these drugs. Rhodiola may interact with warfarin and phenytoin in unexpected ways. Consult your doctor before supplementing if you are taking these medications [110, 107, 111].

Other drugs increase or decrease the activity of CYP2C9 and may interact with Rhodiola, but these interactions have not yet been studied. We advise caution when combining this herb with any prescription medication.



PRKAA1 is a gene that produces the most active piece of the AMPK protein. Among women living at high altitudes, variations in this gene affect the birth weight of their children and the width of the artery that feeds the baby in the womb. In particular, women with certain variations in the SNPs rs929785, rs1345778, and rs3805490 had wider uterine arteries and gave birth to heavier babies [112].

This effect may be caused by increased AMPK activity, which has a protective effect in low-oxygen environments. Because Rhodiola activates AMPK, people with variations in these SNPs may react more strongly to it; this interaction has not been confirmed. More research is required to confirm interactions between PRKAA1 and compounds that affect AMPK [112, 113].


COMT is an enzyme that inactivates and breaks down dopamine (and other monoamines) in the brain. It ensures that dopamine levels don’t stay too high, which is important for the correct function of the prefrontal cortex and basal ganglia [114, 115].

Variations in the COMT gene may affect your personality profile, making you more of a “worrier” or “warrior”. The worrier has lower COMT function, more available dopamine, and stronger memory and attention; the warrior has higher COMT, less available dopamine, and better performance under stress [116, 117].

Rhodiola inhibits COMT and raises the amount of available dopamine in the brain. Thus, people with low COMT function are better off avoiding this adaptogen, as well as all other herbal-based COMT inhibitors [118].

Supplement Forms & Dosing

Rhodiola rosea supplements are available as caplets, tea, or liquid extracts. High-quality extracts, such as those used in medical research, should contain at least 3% rosavins and 1% salidroside. Other species of Rhodiola, such as R. crenulata, may contain a much higher concentration of salidrosides [119, 120, 23].

A recent study on Rhodiola supplements recommended 400 mg/day of dry Rhodiola extract (or 300 – 1,000 mg the root) to effectively reduce the symptoms of chronic fatigue [68].

For ADHD and focus/learning difficulties, doctors typically recommend gradually building up to and not exceeding 450 mg/day (three 150 mg capsules) and taking the extract half an hour before a meal. Make sure you consult your own doctor before taking Rhodiola at this clinical dose [1].

Ashwagandha and Rhodiola

Rhodiola is often combined with other herbal supplements, including ashwagandha. Some practitioners recommend combining these two herbs to improve ADHD symptoms; however, there are no formal studies on this herbal blend [1].

Ashwagandha decreases stress by reducing the amount of cortisol and other stress hormones in the body. Ashwagandha also improves cognitive function and has antioxidant and immune-boosting effects [121, 122, 123, 124].

However, ashwagandha and Rhodiola have different active components. Ashwagandha’s therapeutic effects are probably caused by withaferin A and withanolide D; Rhodiola’s most active components are salidroside and rosavin. These compounds, in combination, may work better than any one of them alone. However, this has yet to be researched [125, 120].

Rhodiola rosea Reviews

Most people who took Rhodiola rosea to boost energy levels were satisfied and didn’t experience any side effects.

One user noticed improvements in sleep and fatigue after supplementing for a short time.

Those who experienced crashes from caffeine and energy drinks considered Rhodiola a great alternative. It increased their energy levels, stamina and focus without making them feel jittery. It helped other users with mood, insomnia, irritability, and chronic fatigue.

Another user mentioned supplementing increased their feelings of calm, reduced stress, and overall helped them manage daily tasks with less mental fatigue.

Some feel an immediate effect but complain that the boost they get is short-lasting. Those who supplement for a longer period of time report more stable benefits.

One user mentioned an unexpected effect: more vivid and unusual dreams.

Rarely, users complained that Rhodiola didn’t work for them or even made their anxiety and gut issues worse. Some people are allergic to Rhodiola, which can manifest as airway or skin reactions. As a result, most of them had to stop taking Rhodiola supplements.

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Rhodiola is not a typical adaptogen. This high-altitude herb can increase your mental and physical capacities, boosting your stress resilience, mood, and energy levels. However, it won’t work equally well for everyone.

Rhodiola is better suited for Th2-dominant, allergy-prone people, as it stimulates the Th1 response and boosts the body’s ability to fight off infections. If you have Th1-dominant autoimmune issues, you may wish to avoid it.

This plant is also a natural COMT inhibitor. The COMT enzyme breaks down neurotransmitters like dopamine. If you have low COMT activity and are more the “worrier type”, it would be safer to stay away from this adaptogen.

Rhodiola may work well for people looking to handle stress better, feel more energized and avoid burnout and chronic fatigue. It has unique nootropic effects, protects the brain and may help with ADHD-like symptoms. What’s more, active compounds in this plant will rev up your metabolism and fat burning. Traditionally, it is also used at high altitudes to increase blood flow, protect the heart, and enhance brain function.

This herb has many potent bioactive compounds and drug interactions are possible. Consult your doctor if you are taking prescription medications and plan to start supplementing.

About the Author

Jasmine Foster, BSc, BEd

BS (Animal Biology), BEd (Secondary Education)

Jasmine received her BS from McGill University and her BEd from Vancouver Island University.

Jasmine loves helping people understand their brains and bodies, a passion that grew out of her dual background in biology and education. From the chem lab to the classroom, everyone has the right to learn and make informed decisions about their health.

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