**Please see independent tick researcher John Scott’s comment regarding climate change and tick expansion after the article.**

https://www.lymedisease.org/lyme-carditis-heart-block/

Lyme Carditis: Heart Block and Other Complications of Lyme Disease
Dr-Adrian-Cynthia2-300x219

by Adrian Baranchuk, MD, FACC ,FRCPC, FCCS, and Cynthia Yeung, BSc

The incidence of Lyme disease, a tick-borne bacterial infection, is rapidly increasing in North America. Risk modeling suggests that the incidence of Lyme disease will continue to rise as the migratory birds that are responsible for transmitting the Ixodes tick are affected by climate change and consequently, contribute to the expansion of at-risk regions. Lyme disease can affect many organ systems, including the heart, nerves, and joints.

In this article, the authors intend to highlight one of the most dramatic complications of Lyme disease, early dissemination Lyme carditis.

How Common Are Lyme Disease And Lyme Carditis?

Lyme disease is the most commonly reported vector-borne disease in North America, with an annual incidence of approximately 25, 000 confirmed cases in the United States. However, estimates suggest that the true incidence is closer to 300, 000 cases annually. Lyme disease affects the heart in 0.3-10% of cases.

Lyme Carditis: How Spirochetes Affect The Heart

In Lyme carditis, Borrelia burgdorferi (the spirochete responsible for Lyme disease) directly affects the heart. Damage to the heart tissue occurs from the direct invasion by the bacteria, as well as from the body’s exaggerated immune response to the infection.

In 90% of cases, the most common consequence of Lyme carditis is heart block. Electrical signals from the upper chambers of the heart are not properly relayed to the lower chambers of the heart, which can dramatically slow down the heart rate.

The severity of the heart block can fluctuate rapidly and the progression to complete heart block can be fatal. Importantly, the heart block in Lyme carditis can be transient and usually resolves with antibiotic therapy. Additionally, Lyme carditis can affect other parts of the heart’s conduction system, as well as the heart’s muscle, valves, and outer layer of the heart wall.

Symptoms Of Lyme Carditis

Patients with Lyme carditis may report light-headedness, fainting, shortness of breath, palpitations, and/or chest pain. Conversely, patients with Lyme carditis may also experience no symptoms, which contributes to the elusive nature of the diagnosis.

Systematic Approach For Lyme Carditis

To help healthcare providers consider Lyme carditis as a potential cause for heart block, our research team developed the Suspicious Index in Lyme Carditis (SILC) score.

It allots points for specific risk factors. The resulting score classifies patients into low, intermediate, and high-risk categories for the likelihood that the heart block is due to Lyme carditis. The variables in the SILC score can be associated with the mnemonic “CO-STAR”: Constitutional symptoms, Outdoor activity/endemic area, Sex (male), Tick bite, Age (< 50 years), and Rash.

Table 1. The Suspicious Index in Lyme Carditis (SILC) score evaluates the likelihood that a patient’s high-degree heart block is caused by Lyme carditis. The total score indicates low (0-2), intermediate (3-6), or high (7-12) suspicion of Lyme carditis.

Variable                                                               Value
Age < 50 years                                                     1
Male                                                                     1
Outdoor activity/endemic area                             1
Constitutional symptoms*                                    2
Tick bite                                                              3
Erythema migrans rash                                    4

* fever, malaise, arthralgia, and dyspnea

Patients with high-degree heart block and a SILC score of three or higher should be investigated immediately for Lyme disease. They should also receive antibiotic treatment while awaiting the results of testing.

Importance Of Prompt Recognition And Treatment Of Lyme Carditis

The standard protocol for high-degree heart block calls for implanting a permanent pacemaker. However, the heart block in Lyme carditis will most likely resolve with antibiotic therapy. Thus, identifying Lyme carditis as the underlying cause of the heart block can prevent the unnecessary implantation of permanent pacemakers.

The battery of a pacemaker lasts 7-10 years. Thus, a missed diagnosis could subject an otherwise young, healthy patient to 5-7 battery replacements over a lifetime—with each procedure bringing potential adverse events. These risks associated with the initial pacemaker implantation can be mitigated by intravenous and oral antibiotic treatment for heart block caused by Lyme carditis.

Educating Healthcare Providers

We aim to raise awareness about the cardiac manifestations of Lyme disease in endemic areas, so that healthcare providers are educated and alert about Lyme carditis. The conduction disorders associated with Lyme carditis can progress quickly. Patients often seek medical attention several times before Lyme carditis is suspected. The prompt diagnosis and treatment of Lyme carditis is essential to prevent unnecessary implantation of permanent pacemakers and further complications of Lyme disease.

Additional resources

  1. Wan D, Baranchuk A. Lyme carditis and atrioventricular block. CMAJ 2018;190:E622.
  2. Fuster LS, Gul EE, Baranchuk A. Electrocardiographic progression of acute Lyme disease. Am J Emerg Med 2017;35:1040 e5-1040 e6.
  3. Wan D, Blakely C, Branscombe P, Suarez-Fuster L, Glover B, Baranchuk A. Lyme Carditis and High-Degree Atrioventricular Block. Am J Cardiol 2018;121:1102-1104.

Dr. Baranchuk, a cardiologist and professor of medicine at Queen’s University, Kingston, Canada, is one of the world’s leading experts on Lyme carditis. Cynthia Yeung is a medical student.

____________________

https://www.thewhig.com/2018/02/05/letters-to-the-editor-feb-5/wcm/04cb0a0c-5253-8a4b-1f34-ca2b8ae54057

Birds, not climate change, brought ticks

Re: “Balance key to addressing climate change: expert,” Jan. 19.

I do not agree with Roberta Bondar’s statement: “The migration of deer ticks [blacklegged ticks] into the Kingston area, and the increased incidents of Lyme disease is an example of the kind of environmental changes that climate change is bringing.”

My peer-reviewed scientific research shows that migratory songbirds import blacklegged tick larvae and nymphs into Canada, and are widely dispersing them countrywide. In fact, a heavily tick-infested songbird can initiate a new blacklegged tick population. The number of immature blacklegged ticks on migratory song birds has remained constant for decades — long before climate change was coined. Furthermore, the adult female blacklegged tick does not migrate at all, and crawls a maximum of six metres in her lifetime.

I believe federally funded researchers who publish peer-reviewed papers on tick expansion numbers, ascribed to being caused by climate change, are wasting millions of taxpayer dollars. Moreover, their research is not helping patients get diagnosed and treated in a timely manner. Alarmingly, we have 3,000 patients going to the United States for diagnosis and treatment of Lyme disease and associated tick-borne diseases.

Any daily temperature increases are not putting any extinction stressors on the blacklegged female. She lays her eggs in the cool, moist leaf litter, where she has typically laid them for millennia, and is very comfortable in this microhabitat. She does not have extinction stress in this environment and, thus, does not lay more eggs. The seemingly more ticks in the Kingston area, and everywhere else, is not because of climate changing. In reality, public awareness is the key factor because more people, veterinarians and pet groomers are looking for them.

John D. Scott

Fergus, Ontario

Please know there’s a ton of money when it is ear-marked with the words “climate change,” but regarding tick expansion and therefore the spread of Lyme, it isn’t being honest and it’s taking valuable resources and money away from things that really matter.  Scott goes as far to say it’s a nefarious plot protecting authorities from the lack of helpful research and care for patients that’s occurred over the span of 40 years.

http://www.dutchessny.gov/CountyGov/Departments/Legislature/2017Auerbach.pdf This pdf by Lyme Advocate Jill Auerbach shows that while there were only 5,700 cases of WNV in 2012, research dollars were $29 million, whereas, Lyme cases in 2012 were 312,000 but received only $25 million.  Another stark contrast is Hepatitis C in 2012 with 1,300 cases but with $112 million in research dollars.

While the number of the infected continue to soar, the research dollars for Lyme are radically reduced in successive years.  Go here for a quick table comparing research dollars for various diseases:  https://madisonarealymesupportgroup.com/2018/09/17/study-shows-tick-infection-transmission-potential-for-both-dtv-wnv/

THIS DOES NOT EVEN INCLUDE OTHER TICK-BORNE DISEASES

Don’t kid yourself.  Words mean things and any research ear marked with the words “climate change” have not and will not help patients one iota.

For more:  https://madisonarealymesupportgroup.com/2018/08/13/study-shows-lyme-not-propelled-by-climate-change/

https://madisonarealymesupportgroup.com/2017/08/14/canadian-tick-expert-climate-change-is-not-behind-lyme-disease/

 

 

 

https://www.liebertpub.com/doi/abs/10.1089/vbz.2017.2224#utm_source=ETOC&utm_medium=email&utm_campaign=vbz

Generation of a Lineage II Powassan Virus (Deer Tick Virus) cDNA Clone: Assessment of Flaviviral Genetic Determinants of Tick and Mosquito Vector Competence

Kenney Joan L. , Anishchenko Michael , Hermance Meghan , Romo Hannah , Chen Ching-I , Thangamani Saravanan , and Brault Aaron C.
Published Online:1 Jul 2018https://doi.org/10.1089/vbz.2017.2224

Abstract

The Flavivirus genus comprises a diverse group of viruses that utilize a wide range of vertebrate hosts and arthropod vectors. The genus includes viruses that are transmitted solely by mosquitoes or vertebrate hosts as well as viruses that alternate transmission between mosquitoes or ticks and vertebrates. Nevertheless, the viral genetic determinants that dictate these unique flaviviral host and vector specificities have been poorly characterized. In this report, a cDNA clone of a flavivirus that is transmitted between ticks and vertebrates (Powassan lineage II, deer tick virus [DTV]) was generated and chimeric viruses between the mosquito/vertebrate flavivirus, West Nile virus (WNV), were constructed. These chimeric viruses expressed the prM and E genes of either WNV or DTV in the heterologous (from one species to another) nonstructural (NS) backbone. Recombinant chimeric viruses rescued from cDNAs were characterized for their capacity to grow in vertebrate and arthropod (mosquito and tick) cells as well as for in vivo vector competence in mosquitoes and ticks.

Results demonstrated that the NS elements were insufficient to impart the complete mosquito or tick growth phenotypes of parental viruses; however, these NS genetic elements did contribute to a 100- and 100,000-fold increase in viral growth in vitro in tick and mosquito cells, respectively. Mosquito competence was observed only with parental WNV, while infection and transmission potential by ticks were observed with both DTV and WNV-prME/DTV chimeric viruses. These data indicate that NS genetic elements play a significant, but not exclusive, role for vector usage of mosquito- and tick-borne flaviviruses.

________________

**Comment**

I’m no microbiologist and without the full article and better understanding of what this NS backbone is, 

The study shows 4 things:

  1.  The NS elements gave a 100 fold “test tube” increase in viral growth in tick cells.  These organisms are extremely fastidious and difficult to study in a lab.  It’s even tougher to figure out how this plays out in the human body.
  2. INFECTION & TRANSMISSION potential by ticks was observed with both DTV and WNV.  Read that sentence again.
  3. Why didn’t this make the news?
  4. Mosquitoes are nasty but ticks are a whole other monster.  Mosquito research gets all the money.  Why?

http://www.dutchessny.gov/CountyGov/Departments/Legislature/2017Auerbach.pdf  This pdf by Lyme Advocate Jill Auerbach shows that while there were only 5,700 cases of WNV in 2012, research dollars were $29 million, whereas, Lyme cases in 2012 were 312,000 but received only $25 million.  While the number of the infected continue to soar the research dollars for Lyme are radically reduced in successive years:

Disease New Cases (annual) NIH Funding
 

Hepatitis C 2012

 

1,300

 

$112 million

West Nile Virus 2012

5,700

$29 million

HIV/AIDS 2012

56,000

$3 billion (11% total NIH budget)

Influenza 2012

73,000

$251 million

Lyme disease 2012

312,000

$25 million

Lyme disease 2013

363,070

$20 million

*Lyme disease 2004             198,040                                  $34.4 million

Disease

      New Cases 2015

CDC funding 2016

Lyme Disease

           380,690  (10 x 38,069)
2016 numbers not yet available

 $10 million

This does NOT include other Tick-borne diseases

Houston, we have a problem.

 

 

 

https://www.vetmed.wisc.edu/ask-a-uw-veterinarian-talking-tick-prevention/

Talking Tick Prevention:  Ask a UW Veterinarian

Talking Tick Prevention

The question below was featured in the Summer 2018 issue of On Call, the magazine for friends of the UW School of Veterinary Medicine. This expert response comes from Juliet Caviness DVM’17, primary care veterinarian at UW Veterinary Care and SVM clinical instructor.

Have a question for our veterinary medical experts?
Please send them to our On Call magazine editor at oncall@vetmed.wisc.edu. We cannot guarantee responses to all submissions. For any urgent pet health issue, please contact your veterinarian directly.
Question: Are the ingestible tick preventatives okay to use on tiny dogs? My dogs are under five pounds.

–Denise, Barrington, Illinois

Answer: Tick prevention is a key component of preventative medicine to keep your pet free of parasites and reduce the risk of parasite-transmitted diseases. Tick-borne disease (like Lyme disease or Anaplasmosis) is a very common problem in Wisconsin, which makes year-round administration of tick preventative even more important.

There are many options on the market these days for tick preventatives, ranging from topical spot-on products to collars, sprays, and oral medications. Newer oral products (including brands like Simparica, NexGard, and Bravecto) have been shown to be very effective and can avoid the mess sometimes involved with liquid spot-on products (such as Frontline and Advantix), which are applied directly to the skin, usually between the shoulder blades.

Oral products are very convenient for those who might hold their pets often, have small children, or have dogs who love to swim or are bathed frequently due to allergies or other skin conditions, as one concern with topical medications is that they must remain in contact with the skin for long enough to be absorbed before the pet can get wet.

On the other hand, an oral medication may not be well-suited to dogs with sensitive digestion, as some dogs may experience vomiting or diarrhea as a side effect. Other limiting factors would include the age and weight of your pet. Some oral products are not labeled for use in very young dogs (Bravecto and Simparica are for puppies six months and older) and some are only labeled for dogs just under five pounds and up, such as NexGard and Bravecto.For the tiniest of adult dogs or older puppies, Simparica is available in 2.8-to 5.5-pound doses.

As always, we recommend that you consult with your veterinarian in choosing the appropriate medication for your pet.

https://vitalplan.com/blog/do-prebiotics-and-probiotics-really-work-for-gut-health?utm_campaign=September+15+VP+newsletter%3A+Pre%2Fprobiotic

Prebiotics-and-Probiotics-for-Gut-Health

Prebiotics + Probiotics: Do They Really Work for Gut Health?

by Beth Janes | Posted September 12, 2018

Prebiotics and probiotics have been trending for a while now, but lately they’re getting even more attention — and showing up in more and more products, from packaged foods (pizza crust!) to topical skin-care products. It’s no surprise consumers are interested: As scientists learn more about the trillions of bacteria that inhabit our bodies and the role they play in our health, some have touted beneficial bugs as a cure-all for digestive distress and other health problems.

But there are still many unknowns among researchers, and a lot of questions and confusion among the rest of us about what prebiotics and probiotics are, and what exactly they can and can’t do, says Bill Rawls, M.D., medical director of Vital Plan. Here, he answers some of the questions he hears most often.

What’s the difference between prebiotics and probiotics?

“Prebiotics are types of fiber, such as inulin, that are known to promote the growth of healthy microflora in the gut,” Dr. Rawls says. In other words, prebiotics feed the good bacteria already living in your gut, which allows them to multiply, thrive, and better do their job of keeping you healthy.

Probiotics, on the other hand, are actual strains of friendly bacteria or yeast that populate your gut. Ideally, probiotics maintain or restore a healthy balance of microflora, either by keeping bad bacteria in check or giving a hand to the good bacteria so they can function and flourish.

What are the best sources of both?

For prebiotics, the best sources are vegetables, hands down, Dr. Rawls says. Certain veggies such as sunchokes, mushrooms, garlic, artichokes, dandelion leaves, onions, and chicory contain high amounts of inulin, but you needn’t be overly selective.

“More than anything else, eating a range of vegetables will cultivate the growth of normal bacteria,” Dr. Rawls says. “Because it’s not just about feeding the good bacteria: All vegetable fiber helps ensure normal digestion and that you’re evacuating the gut properly and regularly, which prevents the buildup of harmful bacteria.”

As for probiotics, fermented foods such as sauerkraut, kimchi, kombucha, kefir, and yogurt are naturally rich sources of live and active cultures (as well as digestive enzymes, which may be equally important for normal digestion). “Humans have eaten lots of different kinds of fermented foods throughout our history, for many thousands of years,” says Dr. Rawls. “That’s where the original idea for probiotic supplements came from.”

Research also suggests real-food sources of probiotics may be more effective than probiotic supplements at maintaining a diverse and healthy gut microbiome, the collection of microbes that inhabit your digestive tract. That could be due to the bacteria themselves, or the fact that the foods also contain a plethora of other healthy nutrients, including prebiotics, Dr. Rawls says.

Can prebiotics and probiotics improve digestive symptoms?

Prebiotics do contribute to a happy, symptom-free gut in the sense that they serve as fuel for the good microbes that help keep the digestive process humming. So while on their own they don’t do much, you absolutely need prebiotics for gut microbiome support and healthy digestion. Natural foods are by far the best source — supplements aren’t necessary if you’re eating a healthy, balanced, and veggie-rich diet.

As for probiotics’ ability to improve digestive symptoms, the answer is possibly. Probiotic capsules seem to help most when they’re used short-term for acute GI upset (diarrhea, stomach cramps) from eating contaminated food, like a batch of chicken salad that sat out for too long, for example, Dr. Rawls says. They may also help protect your microflora while taking antibiotics, which kill off good bacteria along with the bad, or if you contract C. difficile, a dangerous bacterial infection that causes diarrhea and inflammation of the gut.

“Most probiotic supplements contain bacterial strains of lactobacilli or bifidobacteria, or a favorable yeast called saccharomyces boulardii,” Dr. Rawls says. “Those are the ones that seem to show the most benefit.”

As for other digestive conditions, it’s hit or miss, he says. “The gut contains 20,000-plus strains of bacteria, and bacterial counts in the trillions. A probiotic supplement may be just a drop in the bucket, so getting an effect can be really hard.”

Further complicating things is that the mix of bacteria in people’s guts varies widely — in fact, it’s probably unique to you, like a fingerprint. What’s more, your microbiome can change based on your diet or lifestyle, or due to illness, so what might work for one person with a certain condition or symptom might not won’t work for another, Dr. Rawls says.

In addition, while different brands may use the same species of bacteria (lactobacillus, for example), they usually contain slightly different strains. So unless human studies on that one specific strain or bacteria blend shows a benefit on your particular health concern, it’s difficult to know for sure whether it will help you.

For all those reasons, published research is also mixed. Some is promising; for example, one meta-analysis of 15 studies published in the World Journal of Gastroenterology reported that probiotic supplements reduced pain and symptom severity in those with irritable bowel syndrome compared with placebo.

But other research, especially in healthy adults, shows little benefit from taking probiotics. And in fact, it may even introduce new symptoms: One small study of 30 subjects, published in the journal Clinical and Translational Gastroenterology, showed that taking a lot of probiotics can result in symptoms like brain fog and bloating in those using them for GI complaints.

Still, many experts tend to agree that the supplements, when taken in moderate doses, pose little risk. “I think it’s fine if someone wants to try taking probiotics; the potential for harm is low,” Dr. Rawls says. “Some people — maybe 15 to 20 percent of folks – may even gain benefit from them long-term.”

The newest trend in probiotics is customized formulations that are said to be based on your unique microbiome needs. Companies develop them after testing your stool sample for different microbes, and then selecting probiotics they say you lack in your gut. “While it may be a step in the right direction, the science and technology have a long way to go before this is a viable option,” says Dr. Rawls.

If you want to try supplements, he suggests taking them daily for at least three months and keeping a journal to see if you notice any improvements. If you won’t remember to take them daily, however, don’t even bother. Because the strains of bacteria in supplements are not the same ones already living in your gut, it takes a few days for them to populate and build up in your gut, and then you must continue to deliver them via supplements to maintain any activity.

What are some alternatives to probiotics for microbiome balance?

Step one is eating a mostly plant-based diet that includes plenty of fermented foods. Getting plenty of sleep and exercise and keeping stress in check are also key, as too little sleep and activity and too much angst contribute to overgrowth of bad bacteria.

Beyond that, Dr. Rawls says herbs and botanicals are more reliably effective and beneficial than probiotic supplements in the long-term. A few to key ones to reach for:

  • Chlorella, a type of green algae, is thought to be one of the most nutrient-dense foods available. It contains chlorella growth factor (CGF), a complex of proteins, vitamins, and sugars that works with fiber in the GI tract to promote the growth of healthy intestinal flora. It also contains chlorophyll, a potent antioxidant that binds to toxins and helps remove them from the body. “Chlorella is known for detoxification, but I’ve found that it does wonders for promoting normal GI function,” Dr. Rawls says.
  • Berberine, a compound found in several bitter herbs and other plants that’s well known for helping to balance the gut microflora. It’s been used for centuries to address intestinal disorders and digestive problems. “Berberine works very nicely because it stays predominantly in the GI tract, isn’t absorbed, and it’s active against gut pathogens,” Dr. Rawls says. That helps tip the scales toward healthy bacteria, keeping the bad guys from taking over.
  • Andrographis is likewise known to help support a healthy microbiome, plus it offers immune system-supporting capabilities. Native to India, andrographis can help promote good bacteria in the gut for better total balance, Dr. Rawls says.

The bottom line: Keeping your gut microbiome balanced is vital for maintaining healthy digestion, promoting sleep and immune strength, and more – and natural approaches are the best way to achieve that balance, says Dr. Rawls. Feel free to give probiotic supplements a try if you like, but be sure to track your progress to make sure it’s worth the money. And know that supplementing with the right herbs and botanicals, along with eating plenty of natural sources of both prebiotics and probiotics, will likely deliver the results you seek much more quickly.

_________________

**Comment**

My LLMD has noticed a stark contrast in patients from when before he started using probiotics in their treatment regimen and after.  He states it’s important to use a reputable lab and a refrigerated probiotic/prebiotic with many strains.  Refrigerated ones should be “live” cultures.

In all the years we’ve been in and out of treatment with antibiotics, we’ve never had GI issues and much of that is do to a low/no sugar diet and good pre and probiotics.

 

Relaxing Essential Oil Body Wash

What you’ll need:

  • ⅔ cup Castile Soap
  • ½ cup distilled water
  • ¼ cup honey
  • 2 tsp Jojoba Carrier Oil
  • 30 drops Relax Synergy
  • 8 ounce pump bottle

What you’ll do: Blend all of the ingredients together and mix well. Pour in the pump bottle and give a shake before each use!

Essential Oil Foaming Hand Soap

What you’ll need:

  • ½ cup Castile Soap
  • 1 tsp Fractionated Coconut Oil
  • 20-30 drops Germ Fighter
  • 1 cup purified water
  • 1 foaming pump bottle

What you’ll do: Mix all of the ingredients together and pour into the foaming pump bottle. Shake, pump, wash, and enjoy!

All Purpose Essential Oil Cleaner

What you’ll need:

  • 5 oz water
  • 3 oz white vinegar
  • 1 tsp dish soap
  • 4 drops Eucalyptus Globulus
  • 6 drops Tea Tree
  • 8 drops Blood Orange
  • 8 oz spray bottle

What you’ll do: Add everything to the bottle and shake to mix. Spray and wipe off to clean!

Disclaimer: Due to the water content, this product should be stored in the fridge and used within a week. Otherwise, add a preservative, such as Optiphen Plus or Germall Plus.

Rapid Muscle and Joint Relief Essential Oil Salve

What you’ll need:

  • 1.5 oz Fractionated Coconut Oil
  • 0.5 oz Beeswax Pearls
  • 30 drops Rapid Relief

What you’ll do: To melt the beeswax, place a canning ring in a shallow pan of water. Place beeswax in a glass bowl on the canning ring and bring water to a boil. Once beeswax is melted, add coconut oil. Turn off heat and add Rapid Relief. Remove from heat and pour into a 2 oz tin or jar. Salve will solidify as it cools.

Bergamot Essential Oil Body Powder

What you’ll need:

  • ½ cup arrowroot powder
  • ¼ cup cornstarch
  • 2 tbsp baking powder
  • 30 drops Bergamot
  • 5 drops Patchouli

What you’ll do: Mix together the arrowroot powder, cornstarch and baking powder. Next, add in the Bergamot, whisking after every few drops. Continue to do this when adding Patchouli. Store in an airtight container and use as needed.

There are lots of great ways to put this body powder to work! Not only can you use it directly on your skin to help with moisture, but it can add a little freshness to all kinds of smelly things in your life. Think gym bags, laundry baskets, bedding, and shoes. Really, you can sprinkle it on anything that needs a little odor control! So easy to make, and even easier to use!

top_20_oils_for_sleep_chart  Top essential oils for sleep.

https://essentialoilsanctuary.com/7-essential-oils-for-headaches-migraines-plus-9-diy-       9 essential oils for headaches & migraines.Plant Therapy Giveaway + Top Uses for Essential Oils from 100 Days of #RealFood

 Top 7 Ways To Use Essential Oils

  1. Relieve Headaches
    As soon as you feel it coming on, rub Peppermint essential oil or Plant Therapy’s Headache Relief Synergy on your temples, back of the neck, or wherever the headache is coming on.
    –
  2. Make Homemade Bath Salts
    Mix 2 cups Himalayan coarse salt, 1 cup baking soda, and 10-15 drops of one of the following essential oils: Lavender, Soft Skin, Relax, Tranquil, Energy, Invigor-Aid, Pain-Aid, Muscle-Aid, or your favorite essential oil. (This would be a great gift!)
    –
  3. Relieve Insomnia
    Add 1-3 drops of Plant Therapy’s Sleep-Aid Synergy to a cotton pad and put it next to your pillow while sleeping. You can also use Clary Sage or Frankincense. For young children, use Calming the Child.
    –
  4. Deodorize Shoes
    Add Deodorizing Synergy, Lemon, Geranium, or Orange Sweet to some baking soda and sprinkle it in shoes. You can also add it to a cotton pad and put the cotton pad in shoes.
    –
  5. Remove Mildew Smell from Towels
    Add 1 cup vinegar, ½ cup baking soda, and 10 drops of Tea Tree essential oil to washing machine. Wash towels on high heat.
    –
  6. Relieve Diaper Rash
    Add 1-3 drops of Lavender essential oil to a palm full of your favorite carrier oil. Mix before applying.
    –
  7. Treat Minor Burns and Scrapes
    Put 20 drops of Lavender or Tea Tree essential oil into a 4 ounce spray bottle with purified water and spray directly on wound. Or you can purchase Plant Therapy’s Essential Oil First Aid Kit.

As you can see, you can do an amazing amount of things with one set of essential oils. For many more ideas, be sure to check out the 31 Ways To Use Essential Oils post on Plant Therapy’s website.

https://www.planttherapy.com/pdfs/recipe_ebook_vol1.pdf  Many more recipes.

For more DIY downloads:  https://www.planttherapy.com/downloads??utm_source=youtube&utm_medium=social&utm_campaign=easter2018&utm_content=downloads

All of these recipes by Plant Therapy.  More here:  https://www.planttherapy.com/

_________________

For my pain recipe go here:  https://madisonarealymesupportgroup.com/2018/03/02/dmso-msm-for-lyme-msids/

What you will need:

  • 1/2 Cup aloe vera
  • 3 Tablespoons MSM
  • 10 drops Organic Rapid Relief essential oils from Plant Therapy
  • DMSO

What you will do:

In a medium ceramic or glass bowl, whisk together the aloe vera and MSM.  Add the EO’s and whisk again. Store in glass with a tight fitting lid like a small wide mouthed mason jar in a cool, dark place. I would also make sure the level of cream is such that it doesn’t touch any part of the lid – be it plastic or metal. If it’s glass, that should be fine. But it needs to be air-tight.

**Whatever MSM isn’t absorbed will appear as a white crystaline sheen on your skin.  Once dry, just brush off**

As to adding DMSO.  First, please read the article in the link above as DMSO is serious medicine and requires wise handling.

After you’ve read the article and understand how to use it, you can add drops to your liking.  For my purposes, I added 10 drops to the mason jar mixture above for normal pain.  For tougher pain, I put the pain mixture (that already has 10 drops of DMSO in it) into my cleaned palm and add another 10 drops right before before applying.  Again, amount added is personal preference.  Make sure to air dry applied area before anything touches it on your skin as DMSO is a driver/penetrator/carrier and will take dyes, perfumes, lotions, everything into your body.  This takes 20-30 min.

Once again, I am not affiliated with any companies.  I’ve just had superb results using Plant Therapy brand.