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Monthly Archives: November 2016

What Are Micronutrients? A Review of Essential Nutrients

Micronutrients are the vitamins and minerals required by your body. Unlike macronutrients, you only need minuscule amounts of micronutrients to maintain good health. Micronutrients are essential to the production of enzymes, hormones, proteins, and other products created by your body. Some micronutrients have a specialized role, while others fulfill a broad range of functions.

Micronutrients are incredibly important for health and wellness. Mineral deficiencies can have lasting, detrimental health consequences in children and adults of all ages. Unborn children and older adults are especially susceptible to micronutrient deficiencies, which is why many nutritional supplements are optimized for specific age groups and many staple foods, like flour, are fortified with vitamins and minerals.

However, you might be surprised to learn that food fortification can be misleading as it’s often accomplished with synthetic vitamin variants. These manufactured vitamin forms often lack the cofactors and nutrients required for proper absorption in the body. As always, it’s best to obtain naturally occurring vitamins and minerals from quality, whole-food dietary sources to ensure your body can properly utilize these essential nutrients.

What Are Vitamins?

Vitamins are organic compounds primarily derived from food that the body needs in small amounts. With the exception of vitamin D, vitamins cannot be produced by the organism that requires them. Vitamins serve a variety of purposes. Some, like vitamins A, C, and E, are antioxidants. Others, like the B vitamins, are vital for fetal brain development and healthy brain aging.[1, 2] There are two categories of vitamins—fat-soluble and water-soluble.

Fat-Soluble Vitamins

Vitamins A, D, E, and K are fat-soluble vitamins. Your body stores fat-soluble vitamins in fatty tissues for reserves in case you don’t meet your daily recommended intake. These vitamins are best consumed with healthy fats to ensure absorption.

Vitamin A

Vitamin A is essential for eye and brain health. It also regulates growth and keeps the immune system healthy. Plant sources are the safest method of meeting your daily vitamin A requirement. Consumption of vitamin A from animal sources could lead to vitamin A toxicity.[3]

Vitamin D

Vitamin D is both a hormone and a micronutrient. Though it’s famous for its role in preserving and promoting bone health, it also helps keep your respiratory system healthy, enhances your mental and emotional well-being, and keeps your immune system functioning at peak efficiency.[4, 5]

Vitamin E

Vitamin E is a powerhouse antioxidant. The various forms of the vitamin all have similar antioxidant properties, but one in particular, alpha-tocopherol, is what the body prefers most. Vitamin E protects delicate lipids from oxidation and, in the case of food, rancidity. Its actions protect your DNA by stopping free radicals from damaging the fragile structure of your chromosomes.

Vitamin K

Vitamin K is named after the German spelling of coagulation (koagulation) because it activates the proteins in blood that are responsible for clotting.[6]

Water-Soluble Vitamins

In humans, the water-soluble vitamins are limited to the B-complex vitamins and vitamin C. These vitamins need to be replaced on a daily basis because they are not easily stored in the body. Rather, the body excretes excess water-soluble vitamins in urine.

B-Complex Vitamins

The B-complex vitamins include thiamin (B1), riboflavin (B2), niacin (B3), pantothenic acid (B5), pyridoxine (B6), folic acid (B9), and cobalamin (B-12). These vitamins regulate therelease of energy in cells (metabolism), serve as cofactors, and affect mood and immune health. Additionally, a healthy microbiome is essential because some probiotics actually generate B-vitamins in the gut.

Vitamin B-12 and B9 are vitally important to brain health.[7] Research into the role of vitamin B-12 suggests it’s a powerful force in preserving memory and cognitive function as you age.[2]

Vitamin C

Vitamin C’s role as an antioxidant is well known (and highly marketed), but it has other roles, too. Vitamin C is incredibly important for growth and healing. The strength of connective tissue and bones and skin elasticity all depend on sufficient levels of vitamin C. It also enhances the absorption of iron from food in the small intestine.[8]

What Are Minerals?

In general, minerals are inorganic, naturally occurring substances. In your diet, they are important nutrients that enable your cells to carry out essential functions. Minerals are divided into macrominerals and trace minerals, also known as microminerals. Predictably, your body requires macrominerals in much larger amounts than the trace minerals.


The macrominerals include magnesium, sulfur, and the electrolytes: potassium, calcium, sodium, chlorine, and phosphorous. Most people get much more sodium chloride (table salt) than they need—to the detriment of their health. While some salt is essential, you don’t need nearly as much as most Americans consume. Try to limit your salt intake whenever possible.


Magnesium is not one of the celebrity micronutrients, but it is essential to many vital processes. It plays an important role in metabolism, acting as a cofactor in hundreds of chemical reactions in the body. Magnesium is also vital to proper bone formation and the synthesis of genetic material.[9]


Of all the minerals, you may be most familiar with calcium, the most abundant mineral in the body. Far beyond bone strength, calcium is responsible for muscle and blood vessel relaxation and contraction, nerve firing, and communication between cells.[9]


Most Americans, an astounding 98 percent, fall woefully short on potassium intake.[10]Potassium is responsible for muscle and nerve function, a steady heartbeat, and cell detoxification. It acts as the inverse of sodium, which is why it’s vital to balance your sodium and potassium intake.[11]

Trace Minerals

The body requires significantly fewer essential trace minerals (microminerals) than macrominerals. Macrominerals are measured in grams, while trace minerals are measured in milligrams and micrograms. The top microminerals you need are chromium, iron, iodine,selenium, manganese, zinc, molybdenum, and copper. You also need exceptionally small amounts of nickel, silicon, vanadium, and cobalt.[12]

Though you need less of these micronutrients, they are extremely important to your health. Many of the most pernicious health conditions are related to deficiencies in trace minerals like iodine and iron. According to the World Health Organization, an estimated 1.6 billion people worldwide have a reduced ability to work due to iron deficiency anemia. Annually, nearly 20 million children are born to mothers with insufficient iodine levels—a condition that leads to severe cognitive impairment.[13]

Micronutrients and Nutrition

There are only a few ways to meet your micronutrient needs: a nutrient-rich diet, quality supplementation, and, to a lesser degree, eating some types of clay or cooking in cast iron. Vitamins and minerals are easily synthesized in labs and pressed into tablets, but it’s always best to obtain your nutrition naturally from plant sources like fruits and vegetables.

At Global Healing Center, we focus on isolating the best micronutrients from natural, organic, and wildcrafted plant sources. Some of our favorite micronutrient supplements include:

  • Our Selenium supplement is sourced from organic mustard seeds. It provides the selenium that is essential to the thyroid and overall health.
  • Detoxadine® is an essential nascent iodine supplement produced from natural salt deposits. It’s nutritional support for immune health and the thyroid, and it promotes the detoxification of halogens such as fluoride and bromine.
  • Biotin, also known as vitamin B7, is sourced from the sesbania plant; it supports healthy hair and nails at the cellular level.
  • Suntrex D3™ is a vegan, lichen-derived vitamin D3 that supports the nervous system, calcium absorption, and a healthy mood.

7 Incredible Pomegranate Benefits

 Pomegranates have exploded in popularity in recent years and it’s due to their ever-growing list of amazing health benefits. Rich in nutrients such as vitamin C, vitamin E, magnesium, potassium, and antioxidants, pomegranates defend against free radicals, soothe irritated tissue, and promote healthy aging. Best of all, pomegranates are as delicious as they are nutritious. Let’s look at some of the incredible health benefits of pomegranates.

Best Pomegranate Benefits

1. Pomegranates Are a Dense Source of Nutrients

Pomegranates are bursting with vitamins and minerals. Pomegranate seeds, sometimes referred to as arils, are a great source of fiber and micronutrients. Below is a nutritional breakdown for one cup of pomegranate arils.

2. Pomegranates Contain Powerful Antioxidants

Pomegranates contain anthocyanins and punicalagins—both powerful antioxidants.[2] A balanced diet rich in foods that contain antioxidants may help reduce free radical damage. Excessive free radicals can lead to serious health problems and accelerate cellular aging. Some research even suggests that pomegranates support normal tissue growth at the cellular level.[3, 4]

3. Pomegranates Promote Cellular Integrity

The cells in your body are constantly bombarded by chemical and biological agents that cause oxidative stress. Oxidative stress triggers the release of 8-Oxo-DG—something that you definitely don’t want. High levels of 8-Oxo-DG usually accompany muscle weakness, decreased liver function, skin aging, and reduced brain function. Studies suggest that people who eat pomegranates or supplement with pomegranate extract have lower levels of 8-Oxo-DG.[5]

4. Pomegranates Encourage Healthy Aging

Pomegranates contain polyphenols known as ellagitannins. When ellagitannins are metabolized, the metabolite urolithin A (UA) is produced. Studies reveal that UA can fight the effects of age-related decline and help preserve exercise capacity and muscle function. It’s believed that UA does this by supporting normal mitochondrial function.[6]

5. Pomegranates Support Brain Health and Memory

Advanced glycation end products (AGEs) occur when protein and fat molecules bond with a sugar molecule. They occur naturally when foods like meat, eggs, and poultry are cooked at high temperature. Scientists believe AGEs play a role in the onset of neurological decline, type-II diabetes, and Alzheimer’s disease. The appropriately abbreviated “AGEs” accelerate aging at the cellular level. Remember the punicalagins? They can inhibit AGEs from forming in food or mitigate the effects of AGEs in the body altogether.[7]

6. Pomegranates Help Protect Against Harmful Organisms

Some evidence suggests that pomegranate rind extract may defend against harmful organisms. According to one study, a preparation that included pomegranate improved the outcome of treatment plans that addressed antibiotic-resistant bacteria.[8] Another study found that pomegranate peel contains phytochemicals that encourage fungal balance.[9]

7. Pomegranates Soothe Red, Irritated Tissue

When the tissue inside of your body is red and irritated, it can negatively affect your health and wellness. Some compounds in pomegranates, such as polyphenols, can help soothe irritation.[10] It’s believed that reducing systemic irritation can promote overall wellness and help protect against many serious health conditions. A double-blind, placebo-controlled study of 48 obese and overweight participants found that pomegranate supplementation reduced systemic irritation.

Are Microwaves Dangerous to Your Health?

 Microwave ovens have been the norm in US households for almost 50 years. If you’re under 40, you’re more likely to have grown up with a microwave than without a microwave. Ever since they were first introduced, microwaves have been a source of controversy. While manufacturers and retailers maintain that microwaves are completely safe, many people still want to know: are microwaves dangerous?

Many of the original concerns about microwave safety, such as radiation leaks and pacemaker problems, have been addressed by modern technology. However, there remain real, potentially serious, health issues that arise from microwave use. Leaks, burns, nutritional concerns, and promoting a culture of laziness and immediate gratification are all good reasons why you may want to consider a different cooking method.

I don’t use a microwave. I don’t have one in my house, and we don’t have one in the breakroom at Global Healing Center. First, I’m not a fan of what they produce—food that’s frozen on the inside, and lava-hot on the outside, not to mention bland and soggy. More importantly, I do not believe that microwaves are the safest, or most nutritious, method of cooking food.

Radiation and How Microwaves Work

Let’s talk about radiation. Since microwaves were first available, the biggest concern people have had is the danger of keeping a household appliance designed specifically to create radiation. Microwaves cook food using microwave radiation, generated by a device called a magnetron. Microwave radiation is non-ionizing. Non-ionizing radiation is relatively low energy and is not hazardous when confined to a microwave, especially compared to high-energy ionizing radiation. However, even with a relatively low output, microwave radiation can still cause burns. If you’ve ever cooked meat in a microwave, you’ve seen what unshielded non-ionizing radiation can do to flesh.

Microwaves are shielded specifically to prevent most leaks. However, the key word is “most.” Even at peak efficiency, domestic microwaves do leak some heat. The US Food and Drug Administration allows for some leakage as long as radiation levels fall below what they consider harmful to humans. [1] Microwaves are regulated to ensure only low levels of radiation escape—most of which dissipates within one or two feet.

That may sound good, but low radiation is different from no radiation. The effects of long-term, low-dose, non-ionizing radiation are difficult to observe, and we don’t yet know the full consequences for the human body.

A 2004 study found that small doses of ionizing radiation over the course of years may increase the risk of leukemia.[2] However, this doesn’t tell us much about microwaves. That study focused on the effects of ionizing radiation—specifically the type found in medical scanners. Because microwaves produce non-ionizing, electromagnetic radiation, the study isn’t applicable. As of this writing, no long-term studies on the effects of microwave radiation on humans have been completed.

Furthermore, the risk is only minimal if you use a well-maintained appliance according to manufacturer’s exact instructions. That risk grows considerably if the door, hinges, latch, enclosure, power supply, or seals are damaged. If the shielding is compromised, radiation can leak out. Units with damaged seals, which is especially common in older units, can present a hazard. If your microwave shows signs of damage, send it to the recycling center. Even with an undamaged microwave, dirty door seals can create gaps that allow radiation to escape. Check your seals after every use.[3]

An old concern about microwaves was that the waves they use to cook food could disrupt the function of pacemakers. That’s why microwaves used to have pacemaker warnings on them. Both pacemakers and microwaves these days are shielded well enough to avoid these complications. However, if you have a pacemaker, you should still exercise caution around microwaves. If you feel dizziness or discomfort, get away from the machine immediately and consult your healthcare provider.

Microwave Burns and Superheated Water

Even a brand new microwave carries a small risk of causing burns. Microwaves heat unevenly, and larger portions of foods may not cook all the way through. A food item that seems cool to the touch might scald your mouth when you bite into it.

A lesser-known danger of microwaves is the phenomena of superheated water. When water is heated in a perfectly smooth container, it can actually be heated past the boiling point without actually boiling. Once water is superheated, any slight disturbance, such as picking up the cup, can cause the water to boil all at once, resulting in a violent eruption of scalding water. [1] Impurities make it easier for water to boil, so pure, clean water, like distilled water, is far more likely to experience superheating.

To avoid superheating, never heat water in a microwave for excessive periods of time. Be especially careful with distilled water. A simple way to prevent superheating is to leave a nonmetallic object, like a wooden stir spoon, in the water while you heat it.

How Microwaves Affect Food Quality

While I remain concerned about the burn risks of microwaves, the real health concerns lay in how they affect nutrition.

Microwaves do alter the nutritional content of food; this fact is not in debate. (This is one reason why I advocate for a mostly raw, vegan diet.) The real question is if microwaving food alters its nutritional content differently than other forms of cooking. All cooking changes the chemical structure of food to some degree, but different types of heating alter the nutritional content in different ways. For example, broccoli loses about 74 to 97 percent of its antioxidants when boiled,[4] but retains its nutrients when steamed.

So what nutrients are specifically affected by microwaving? Alliinase, found in garlic, is one. Alliinase is an enzyme with significant benefits for the immune and cardiovascular systems.[5] Unfortunately, it’s sensitive to heat. Forty-five minutes in an oven will render alliinase inert. That’s bad, but there’s a lot you can cook in under 45 minutes. In a microwave, it takes just 60 seconds.[6]

Do you have a breastfeeding infant? Never warm breastmilk in a microwave. Microwaving destroys the essential disease-fighting, baby-protecting agents in breast milk. In one study, breast milk microwaved for just 30 seconds destroyed natural antibodies, paving the way for the growth of potentially harmful bacteria. [7]

There are more examples of compromised nutrition. An Australian study showed that microwaves cause a higher degree of “protein unfolding” than conventional heating.[8] If you have a choice, you want your proteins properly folded. Protein nutrition depends on its structure—when it unfolds, it becomes just a strand of amino acids. You lose the nutritional functionality of the protein. Microwaves are also capable of extensively fragmenting and destroying bacterial DNA, doing so to a far greater degree than heating alone.[9]

Microwaving Food in Plastic and Other Unsafe Containers

Another danger of microwaves comes from the type of cookware you use. If you heat food in a plastic container, some of the chemicals that make up the plastic can leak into your food. Toxic chemicals, like acetyltributylcitrate and dioctyladipate, are common components of plastic food containers. Whenever you heat plastic containers, utensils, or wrap, they release a small portion of these chemicals into your food.[10]

The rate of chemical absorption depends on a number of factors. Temperature, duration of heat, plastic type, and food composition all affect chemical transfer.[10] Old, scratched, or damaged containers are more likely to release harmful particles.[11] Regular use, including cleaning, increases the rate at which the plastic degrades. Heating increases the rate of chemical transfer by 55x.[12] While all methods of heating increase the leach rate, microwaves seem to cause a higher transfer rate than other methods.[10]

Microwaving plastics that aren’t rated microwave-safe is an especially bad idea. Containers made out of polyethylene terephthalate (PET or PETE, or plastic #1), such as most soda bottles, can leach carcinogenic, hormone-disrupting phthalates after repeated use. Commercial-grade cling wrap (commonly found in delis) is made from polyvinyl chloride (PVC, or plastic #3). PVC can release cancer-causing dioxins. Polystyrene (PS, or plastic #6, Styrofoam) is another troublemaker. The base component, styrene, has been associated with skin, eye, and respiratory irritation, depression, fatigue, compromised kidney function, and central nervous system damage.[13]

OK, so you won’t microwave plastics that aren’t microwave-safe. Problem solved, right? Unfortunately, no. “Microwave safe” is not a particularly strict term. For example, #7 polycarbonate is a durable plastic found in some Tupperware containers and baby bottles. It’s usually labeled as “microwave safe.” The National Institute Of Environmental Health Sciences, however, warns that microwaving causes polycarbonate plastic to break down.[14] Polycarbonate releases hormone-disrupting bisphenol A (BPA), especially when heated.[12]

The Milwaukee Journal Sentinel did an analysis on “microwave safe” products. The study found that products marketed for infants release toxic doses of bisphenol A when heated. In a lab, the containers were heated in a microwave or conventional oven. All of them released toxic amounts of BPA—enough to cause neurological damage in lab animals.[15]

In another study, The Washington Post put hundreds of plastic products through “real world” scenarios, including microwave warming. Results showed that hormone-disrupting chemicals seeped from 95% of the products. Worse, that only accounts for the chemicals we already know are dangerous. As lead scientist Deborah Kurrasch, pointed out, “A lot of the alternative chemicals have not been adequately tested because they don’t have to be… A compound is considered safe (by the FDA) until proven otherwise.”[16]

Prepackaged Meals and Microwave Mentality

One final concern I have with microwaves isn’t the appliance themselves, but the unhealthy habits they encourage. While you can certainly use a microwave to steam broccoli, the fact remains that most microwavable food is terrible for your health. The standard microwavable food is processed and premade. We used to call them TV dinners, but as that term became synonymous with cheap food, they’ve been rebranded as prepackaged meals, ready-made meals, frozen dinners, or microwave meals. Regardless of what you call them, they’re terrible for your health.

To stabilize these products for long term freezer storage, manufacturers add unhealthy ingredients like stabilizers and preservatives. As the freezing process ruins the flavor, these meals tend to be loaded with extra salt, unnamed mystery flavorings, and unhealthy fats. These prepackaged, frozen meals are universally less nutritious than fresh food.

Further, if you grow up using microwaves to cook, it fosters impatience and desire for immediate gratification. Cooking is a labor of love. It takes time, sometimes a great deal of time, to properly prepare nutritious food for yourself and your family. If you grow accustomed to hot food being ready in 2 minutes at the push of a button, then the time and effort it takes to make a healthy meal can seem downright unreasonable.

The truth is that there are better options. Even if you’re too busy to spend all day over a hot stove, there are simple, delicious, nutritious meals that can be prepared in about 10 minutes.

Mitigating Reliance on Microwaves

Over the years, many dangers have been attributed to the microwave oven. Some have proven to be unfounded. That doesn’t necessarily mean that microwaves are the healthiest way to cook. I’m not willing to sacrifice nutrition or taste to save a few minutes on meal prep. Weigh the risks and decide for yourself what’s the best choice for you and your family. If you do choose to keep your microwave, then please follow some basic safety tips.

  • Read and follow the manufacturer’s instructions.
  • Do not stand directly in front of a microwave while in use.
  • Do not microwave plastic, especially plastic bags or wrap.
  • Make sure that the door seals are clean and free of debris.
  • Have all repairs done by a qualified service person only.
  • Never use any microwave if the seals are damaged or if the door is damaged in any way, especially if the door won’t close tightly or if the oven continues to operate with an open door.

Whether you’re concerned about burns or simply poor nutrition, there are simple steps you can take to wean yourself off microwaves and unhealthy microwavable food. The risks of poor habits and poor nutrition are far greater than that of radiation, but a minor risk is still a risk. If you are concerned about the effects of long-term, low-dose radiation poisoning,

6 Lemongrass Benefits to Support Your Health

 Lemongrass (Cymbopogon citratus) is a perennial herb with a distinct, lemony aroma and flavor. It’s a staple of both Vietnamese and Thai cuisine. Though the plant is native to India, it’s grown all over the world today. Lemongrass is a rich source of nutrients that offer many therapeutic benefits.

Benefits of Lemongrass

Lemongrass is a source of beneficial phytochemicals and specialized nutrients that support the body’s response to harmful organisms, boost the immune system, and promote overall wellness. Although the balance of nutrients may vary slightly from one variety to the next, in general, lemongrass provides antioxidants like isoorientin, orientin, caffeic acid, and chlorogenic acid; all of which help halt the damaging action of free radicals. Caffeic acid, in particular, may neutralize free radical action up to 85%.[1]

1. Supports the Body’s Response to Harmful Organisms

Some of the phytochemicals found in lemongrass are resistant to harmful organisms. Two of which, geraniol and nerol, are effective against a broad spectrum of harmful organisms. Another, citral, targets candida, specifically.[2, 3]

Lemongrass may also be effective against entire colonies of organisms known as biofilms.[4] A biofilm is a thin, slimy, continuous collection of organisms that adheres to a surface with the help of proteins and sugar. Dental plaque on teeth is a common example of a biofilm.

2. Promotes Normal Immune System Response

Lemongrass encourages a normal, balanced immune system response—not one that’s over reactive and ends up doing more harm than good. In that way, lemongrass may protect healthy cells and help soothe irritated tissue.[5] Lemongrass contains twoantioxidants, geranial and nerol, that belong to a class of phytochemicals called monoterpenes. These phytochemicals influence the immune response. Citral also affects immune response by discouraging the body from producing cytokines—proteins that cause inflammation.[6] Geraniol and citral also work in tandem to discourage the proliferation of malfunctioning cells, and encourage the body to detoxify itself of them.[7, 8]

3. Stomach Protection

Your stomach features a protective lining called the mucosal layer that prevents acidic, gastric juices from damaging the interior of the stomach.[2] It’s not uncommon, however, for alcohol or over-the-counter pain relievers like aspirin to upset this protective layer. According to Brazilian folk medicine, lemongrass essential oil may help protect the mucosal layer of the stomach.

4. Encourages Normal Cardiovascular Health

Lemongrass offers a multi-tier approach for supporting cardiovascular health. First, as a source of antioxidants, lemongrass may disrupt the oxidation of fat in the arteries.[10]Second, the citral in lemongrass helps to relax overstressed blood vessels.[9] And, lastly, although more research is necessary to quantify the effects in humans, the results of some animal studies suggest that lemongrass promotes normal cholesterol levels.[11]

5. Deters Insects

Topical or environmental application of lemongrass essential oil has long been used as a mosquito deterrent. You’re probably familiar with the outdoor citronella candles designed to keep mosquitoes at bay. The citronella in those candles is usually sourced from theCymbopogon winterianus or Cymbopogon nardus varieties of lemongrass. In fact, the mosquito-deterring effects of lemongrass oil are comparable to many chemical repellants such as DEET.[12, 13]

6. Encourages Restful Sleep

Night owls rejoice! If you struggle falling or staying asleep, lemongrass can help. Studies have found that lemongrass may increase sleep duration,[14] encourage dream remembrance, and promote restful sleep.[15]

Tips for Growing Lemongrass

Lemongrass does best in regions 8-11, but you can still grow it indoors if you live in a colder region. Take a stalk of lemongrass and peel off the dry outer layers and discard. Place the skinned stalks upright in a tall glass or jar. Add about 1-2 inches of water to the jar to cover the base of the stalks. Place in a window or another sunny area to encourage root growth. Change the water frequently—about once a day—over the next month. Delicate roots should sprout from the end of the stalks. Once they reach 2 inches, they’re ready to plant.

To plant, dig a hole either in a container or the ground. Gently fill the space around the lemongrass stalk with soil, being careful not to break the roots. Make sure to keep the soil around the plant well hydrated, but not soaked. In 3-4 months, when the plant is well established, you can start harvesting. Cut fresh stalks as needed for tea or recipes. Keep your lemongrass well pruned to encourage consistent harvests. To store, peel off the tough, dry sheath around the harvested stalks, cut to size, and store in a plastic bag in the freezer until needed.

Using Lemongrass

Lemongrass is available fresh, dried, powdered, or as an essential oil. Your intentions will dictate the best form to select. Fresh lemongrass is best for cooking, extracts are commonly found in supplements, and the essential oil has many aromatherapy applications.

Lemongrass Tea Recipe

Lemongrass tea is an easy and excellent way to add lemongrass to your diet. To make a tea with fresh lemongrass stalk, roughly chop three whole stalks, pour 6 cups of almost-boiling water over the fresh lemongrass, and steep for at least 5 minutes. Add raw honey to taste if you prefer a sweet flavor. You can also use dry stalks if you smash them with a tenderizer first and steep for longer—about 10 minutes.