Truly amazing People have One thing in common

Inspiring people, mind hacking, The mind

I love watching inspirational people that are successful in their chosen field, whatever that may be.  Some of my Fave people to listen to and read about are the likes of Jim Rhon, Tom Bilyea, Joe Rogan, Joe Dispenza, Bruce Lipton…Oh the list can go on and on…Oh and of course Tony Robbins….plus I’ve missed like a gazillion..

 

But what I’m talking about is the one thing that really successful people do and that is – They all get up early and create their day.  I don’t mean they write a list of all the things that needs to be done and off they pop.  I mean they all have their own rituals to make sure they are in a state of mind that will set them up for the rest of the day.

Gratitude

Meditation

Exercise

Visualization

Incantations

They make the time to really focus on their inner emotional well being first thing in the morning in their own unique ways.

I have been practicing my own morning routine for the last few years and tweaked it here and there.  I absolutely love my time in the morning, it is my most fave time to create and really be myself and tune into the frequency that I want to emit for the day.

I practice energy healing so my morning routine would be different to those who are wanting to achieve other goals. But I really like Tony Robbins morning routine so I incorporate what he does after my self healing and yoga routine.  This helps my physical body for when I am with clients working on massage etc.  My morning routine helps to remind me of all I have and all I am grateful for.  When you are in a blessed state and you focus your energy on all the things that you are truly grateful for then more of those things will come your way in the most unexpected of ways.

So develop your own morning routine, Turn off your phone and get up an hour earlier and focus all your intention on what you want to create in your life and how you want to feel.

Happy Days.xx

 

 

Research Studies into Reflexology

Reflexology

Impact of Reflexology on the Workplace Danish Study 1 A reflexologist was hired by a Scandinavian airline’s cargo department to improve staff morale and reduce sick leave for its 60 employees, resulting in monthly savings of US$3,300. This is what their employees said:

“Our work is done through computers and people spending many hours in a chair doing their work, resulting in aching shoulders and back. Since we employed our reflexologist we have experienced a substantial decrease of people being ill and away from work. It has had a physical and psychological effect. There is a much better atmosphere in the department, because the employees feel there is something being done about their problems. Before staff used to stay at home, now we see them go to work anyway because they know they can get a treatment and feel better.” (Research has been published and undertaken by the FDZ – the Danish Reflexology Association)

Danish Study 2 The Odense Postal District employed a reflexologist for 3 years to deal with employee stress. Two hundred and thirty five employees participated resulting in a 25% fall in sick leave, saving £110,000 and 170 employees reported a good impact on their health. (Research has been published and undertaken by the FDZ – the Danish Reflexology Association)

Danish Study 3 A reflexologist was employed for 6 months. 52 employees (all women) were treated for various ailments. Sick leave fell by 65.9% 97.5% had a positive effect on their primary problem 77.5% had a positive effect on their secondary problem They had a 27.5% reduction in medication. (Research has been published and undertaken by the FDZ – the Danish Reflexology Association)

Headaches and Migraines
The National Board of Health Study, Denmark This widescale study was commissioned in Denmark since there were 729,000 lost workdays in 1994 from migraines. The results showed that 19% of headache sufferers stopped taking medication following reflexology work. They found that reflexology treatments had a beneficial effect on patients suffering from migraine and tension headaches.

The study was conducted at the Department of Social Pharmacy, The Royal Danish School of Pharmacy in co-operation with 5 reflexology associations. 220 patients participated. The majority had moderate to severe symptoms: 90% had taken prescribed medication for their headaches one month prior to the study (81% was acetvlsalicyclic acid and paracetamol taken twice a week, with 72% of stronger medication taken fortnightly); with 36% experiencing side effects from the medicines. 34% had taken medication for other non-headache ailments.

3 months after completing the reflexology treatments, the results were:

16% had been cured 65% had reduced symptoms 19% reported that they had been able to stop all medication taken before the study. Those participants who continued with reflexology sessions after the six-month period reported the greatest probability for cure. Those who had headaches for the shortest period prior to the study reported the greatest relief after the study. One thing the researchers noticed that may have affected the study was that once receiving reflexology, many of the participants seemed to make lifestyle changes that reflected how they looked at their headaches. Prior to receiving reflexology, patients looked at their headaches as something separate from themselves over which they had no control. After working with a reflexologist, they seemed to understand the mind-body connection to their headache and how it could be controlled through the integration of the mind and body. It appeared that the reflexology practitioner became a catalyst for initiating the learning process and inspiring personal development in the patient. (Brendstrup, Eva and Launs‾, Laila, “Headache and Reflexological Treatment,” The Council Concerning Alternative Treatment, The National Board of Health, Denmark, 1997)

 
Reflexology was found to be as effective in the treatment of headaches as medication (flunarizine), without its side-effects. It was concluded that the reflexology treatment may be classified as an alternative non-pharmacological therapeutic treatment that would be particularly appropriate to those patients that were unable to follow pharmacological treatment. (Lafuente A et al (1990). Effekt der Reflex zonenbehandlung am FuB bezuglich der prophylaktischen Behandlung mit Flunarizin bei an Cephalea-Kopfschmerzen leidenden Patieten.Erfahrungsheilkunde. 39, 713-715.)

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Chinese Study A Chinese study of 26 patients, 9 men and 17 women, from 19 to 43 years of age showed that after one session of foot reflexology, 13 of the participants considered themselves symptom free, and 1 reported symptoms relieved. After two sessions, 6 considered themselves to be cured and 1 reported to be symptom free. After three sessions, 2 participants said they were cured and 3 stated their symptoms were unchanged. The conclusion of this study was that reflexology is a safe, economic therapy.
Gynaecological Problems • Pre-menstrual syndrome • Various gynaecological disorders • Menopausal Symptoms • Amenorrhea • Male Impotence • Dymenstruation/(painful periods) • Hypermenorrhea/(excessive uterine bleeding)

Diabetes
Chinese Study 1 32 cases of type II diabetes mellitus were randomly divided into 2 groups. One group was treated with conventional Western Medicine hypoglycemic agent and reflexology, the other group with the same medicine only (WM).

After daily treatments over 30 days, fasting blood glucose levels, platelet aggregation, length and wet weight of the thrombus, senility symptom scores and serum lipid peroxide (LPO) were greatly reduced in the reflexology group (P,0.05-0.01), while no significant change was observed in the WM group.

The study suggested that reflexology was an effective treatment for type II diabetes mellitis. (Wang, X. M., “Type II diabetes mellitus with foot reflexotherapy,” Chuang Koh Chuang Hsi I Chief Ho Teas Chi, Beijing , Vol. 13, Sept. 1993, pp 536-538)

Chinese Study 2 22 cases with non-insulin dependent diabetes were split into 2 groups. The patients of both groups had taken hypoglycemic agents for a long time. Reflexology was provided daily for 30 days. Results: The indexes of the scores of senility, thrombocyte aggregation rates (TAR), the length and wet weights of thrombosis in vitro, and the serum oxidative lipids were measured to judge curative effect.

The results were so positive that the researchers recommend that further research using larger numbers of patients in controlled clinical trials into the effectiveness of reflexology in alleviating pain, nausea and anxiety in the management of these symptoms by the family at home is warranted. (Foot Massage: A nursing intervention to modify the distressing symptoms of pain and nausea in patients hospitalized with cancer,” Grealish, L. Lomasney, A., Whiteman, B., Cancer Nurse 2000, June;23(3):237-43 (On-line review: “Reflexology Used for Cancer Patients,” Internet Health Library, October 11, 2000)

Cancer (Quality of life) Results: 100% of the reflexology group benefited from an improvement in quality of life: appearance, appetite, breathing, communication (doctors), communication (family), communication (nurses), concentration, constipation, diarrhoea, fear of future, isolation, micturition, mobility, mood, nausea, pain, sleep and tiredness. An improvement in all components of the quality of life scale was reported in the reflexology group compared to 67. 5 in the placebo group. This study suggests that the provision of reflexology for palliative patients within the general setting could be beneficial. Not only did the patients in this study enjoy the intervention, they were also ‘relaxed,’ comforted’ and achieved relief from some of their symptoms. (Hodgson, H. “Does reflexology impact on cancer patients’ quality of life?,” Nursing Standard, 14, 31, p. 33-38)

Cancer (Anxiety and pain) Results: Foot reflexology alleviated anxiety and pain for 23 patients with breast and lung cancer. Researchers noted a significant decrease in anxiety for patients diagnosed with breast or lung cancer and a significant decrease in pain for patients with breast cancer. “This has important implications for nursing practice as both professionals and lay people can be taught reflexology. Reflexology is a simple technique for human touch which can be performed anywhere, requires no special equipment, is non-invasive and does not interfere with patients’ privacy.” (Stephenson, N. L., Weinrich, S. P. and Tavakoli, A. S., “The effects of foot reflexology on anxiety and pain in patients with breast and lung cancer,” OncolNursForum 2000, Jan.-Feb.;27(1):67-72)

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Massage Therapy Benefits

Massage Therapy

I have been trained in Massage therapy since 2005 in both Remedial and Swedish Massage.

Virtually every system of the body is affected by massage, either directly or indirectly.

Here is a guide to how your body can benefit.

The skeletal system: Bone is affected indirectly by massage. Improved circulation of blood brings oxygen and nutrients to the bones. Joint stiffness and pain can be reduced. As the muscles become more flexible, joint movement increases.

The muscular system: Some massage movements relax and stretch muscles, reducing muscular tension and cramp. Massage also makes muscles more flexible by reducing muscle tone. Muscles tired by exercise are more quickly restored by massage than by rest.

The nervous system: Soothing massage can provide relief from nervous irritability and stress-related conditions such as insomnia and tension headaches. When used energetically to stimulate, massage may relieve lethargy and fatigue.

Circulation system: Massage

can improve the flow of blood, which can help poor circulation. This is especially useful for anyone who is immobile.

Lymphatic system: Gentle massage stimulates the lymphatic system, which helps clear the body of a build-up of waste products. The relaxing effect of the massage can relieve stress, which in turn can boost the immune system.

Respiratory system: As you become more relaxed during a massage, respiration may become slower and deeper as you are using your diaphragm for breathing and expending less energy. Physiotherapists use cupping movements over the base of the lungs to relieve chest congestion.

Digestive system: Massage aids relaxation and therefore can help to increase the movement of food and waste products through the digestive system. This relaxation can have a balancing effect on the digestive system.

Urinary system: Waste products that have been released during massage find their way via the blood to the kidneys where they may be filtered out and eliminated.

Female reproductive system: Menstrual problems such as period pains and PMS can be alleviated by the relaxing effects of massage, as can menopausal symptom

Different Methods of Taking CBD

cbd oil

CBD, a non-psychoactive chemical in cannabis, seems to generate new studies every day claiming a new usage. It can be difficult for consumers to make sense of the products they find advertised online and at their local dispensary, and even more difficult to decide which is right for them.

With CBD suddenly being touted in food products and cosmetics, in the form of different oils, crystals, e-liquids and teas, it’s no surprise many are confused by it all. To help make sense of so many options, we’ve created a guide to some of the most common CBD products available.

CBD-rich oil

How it’s made:

CBD-rich oil is a specific oil that contains CBD and doesn’t contain THC. CBD-rich oil is obtained via extraction made from cannabis flowers, most of the times from hemp strains rich in CBD. Then this extract can be mixed with hemp seed oil, olive oil or other types of oil to facilitate ingestion. These CBD-rich oil products are non-psychoactive.

It is important to know the difference between CBD oil and Hemp seed oil.
Hemp seed oil is a hemp extract taken from the seeds of the plant. Industrial hemp is the only plant used for this type of hemp oil. The seeds of the hemp plant can be cold pressed, peeled or unpeeled (preferably cold), to create a delicious oil. There are no cannabinoids such as THC or CBD present in the oil since hemp seeds are not psychoactive. Hemp oil is legal in most countries and can be found in food markets, together with more common types of oil, like olive oil.


Image result for cbd oil and how to take it
How you use it:

CBD-rich oil can be consumed in many ways. Users looking for the strongest effect from the oil can take it directly by placing a drop on or under the tongue so the oil is absorbed through the mouth and digestive tract. Others who want to enjoy the experience of consumption may choose to add a drop of oil to cooking or baked goods or dissolve a drop in their smoothie or tea.

Hemp seed oil can be found in food markets, together with more common types of oil, like olive oil. Hemp seed oil is known for its great taste and for it’s high values of unsaturated fats, such as Omega 3 and Omega 6.  It can be used in Many different applications such as  Lotions or soaps, a base for plastics, instead of petroleum and eco-friendly paints.

CBD Crystals

How they’re made:

After hemp oil is removed from the plant, it can be further refined to isolate only CBD. To isolate pure CBD crystals, extracted hemp oil is put through a ‘winterisation’ process- or slowly heated to remove fats and lipids. Then, a machine called a rotary evaporator is used to remove any remaining plant traces. The final product is decarboxylated through another meticulous heating process to activate the cannabinoids, making chemicals bioavailable for consumers.

 

How you use it:

CBD crystals give consumers more versatility than oil. Like hemp oil, they can be added to foods, dissolved in drinks or swallowed whole, but unlike oil, crystals can also be ‘dabbed’  like cannabis concentrates (a manual vaporization method) made into an e-liquid, or sprinkled over a cigarette or joint.

Pros and cons:

Because crystals are more highly concentrated than other forms of CBD—up to 99.8% in some cases, they produce a more immediate effect than other methods of consuming it. On the downside, isolating only one cannabinoid removes a variety of terpenes from the final product.

 

Methods of ingestion are entirely up to the user’s preference. Different methods could have different effects on one person to another based on their personal taste.

For users looking for an easy use, we recommend our wide range of CBD e-liquids, which are available in different strengths to suit your needs. For consumers looking for the highest-impact product available, pure CBD crystals may be the best option. For those simply wanting to explore the use of CBD in their normal diet, hemp oil may have the best overall benefits. CBD tea is best suited for consumers who simply want a flavourful tea.

CBD E-Liquids

How it’s made:

CBD e-liquids are CBD products designed for use in e-cigarettes or vaporisers. Many manufacturers start with pure CBD crystals in order to precisely measure the CBD dosage, combining them with vegetable glycerin and propylene glycol. High-quality e-liquid producers also add terpenes, (aromatic compounds from the cannabis plant) back into the e-liquid at the end of the process to enhance flavour.

How you use it:

CBD e-liquids can be used in place of nicotine e-liquids in any standard e-cigarette or portable vaporiser. Simply add the e-liquid to the tank of your vape and follow the device’s instructions to inhale the vapour. Prepared e-liquid cartridges are also available for e-cigarette models that don’t allow for manual refills.

Pros and cons:

E-cigarettes have become a huge trend. They are convenient and discreet when travelling and allow users to ‘vape’ in places where they were previously not allowed to smoke, like inside public buildings or at the office. Dosages in this form can vary, producers often offer different strengths of CBD e-liquids for different user preferences. This is the most affordable, direct and convenient option for a majority of consumers.

CBD Tea

How it’s made:

CBD tea is made simply by drying the leaves and buds of CBD-rich hemp plants. Like other cannabinoids, CBD extracts from the plant and binds to fats during any heating process. To get the best effect the tea should be brewed for several minutes with some type of fat like milk, cream, or coconut oil. Without fat included in brewing, users will only get the benefits of antioxidants, fatty acids and the tea’s sweet, subtle flavour rather than active cannabinoids.

How to use it:

To get the full flavour of hemp tea, brew tea in hot water with milk, cream or coconut oil for 5 minutes or more. Dried hemp tea leaves can also be used as a replacement for loose rolling tobacco when making cigarettes or joints.

Pros and cons:

Because raw dried hemp leaves have not gone through processes to activate the chemicals they contain, the cannabinoids in hemp tea are less ‘bioavailable’, meaning the user will feel a much weaker overall effect compared to other methods.

 

 

Cold Showers – More than just uncomfortable

mind hacking

After reading about Wim Hoff – the ice man and discovering that elite athletes such as Ben Greenfield take cold showers I decided that I too would give it a go.  Goodbye long beautiful, warm drenched sing in the shower to my favourite music, Hello agonising Screams and my own motivational shouts at myself – I can do this, I am out my comfort zone and it feels amazing.  I don’t believe a word of my shouts and screams but there is too many benefits of this cold shower to wimp out on the first day so I continue each morning.  I visualise myself as David Goggins (google him) and when the freezing cold hits my hair and sends freezing shivers all over my body I am no longer myself but a warrior braving the elements in order to save myself from the enemies.  Yes I do a lot of visualisation, I have little kids..ITS ALL I DO….

benefits of regular cold shower application:
– activation the sympathetic nervous system (Shevchuk, 2008)
– increased blood level of beta-endorphin and noradrenaline and increased synaptic release of noradrenaline in the brain as well (Shevchuk, 2008)
– electrical stimulation of peripheral nerve endings to the brain, which could result in an anti-depressive effect (Shevchuk, 2008)
– significant analgesic effect without noticeable side effects or causing dependence (Shevchuk, 2008)
– reduction in muscle soreness after running a marathon (Liang et al, 2001)
– improved quality of sleep (Onen et al, 1994)
– decrease of uric acid level in blood plasma (Brenke et al, 1994)
– inhibition of purine metabolism (Brenke et al, 1994)
– long-term antioxidative adaptation (Brenke et al, 1994)
– improved tone of the skin and muscles (Mergeay et al, 1990)
– reduction in uremic pruritus (a major problem for patients with end-stage renal disease) (Zucker et al, 2003)
increase in brown fat cells, which protect from aging; fight obesity, diabetes, and heart disease (Kanzleiter et al,2005; Mattson, 2010).

I also heard it was great for your hair so This is what swayed me to give it a go….

Anyway I cant say I enjoy it, but it definitely sets me up for the day and I do have to a

admit I feel more energised and ready to tackle my mountains of housework.

 

 

See the source image

 

Full Spectrum VS Isolate CBD Oils

cbd oil

 

Image result for full spectrum vs isolate

 

It can become very confusing when looking at what oils to buy as there is so many out there and you want to get the right one for you.  You also want to get high quality oil that has been extracted by the best method which I believe to be Co2 Extraction.

What is the difference between Full Spectrum CBD Oil vs Isolate?

This is often one of the first questions asked by those diving into the world of CBD for the first time. Once you understand the difference between these, you’ll be better equipped to make an educated decision on which CBD oil product to buy for your needs.

The two most popular types of CBD oil used today are Full Spectrum and Isolate. You may also come across products labelled as “Whole Plant” or “Pure CBD.” This article will explain the differences and similarities among these.

Full Spectrum CBD Oil

Full Spectrum generally refers to CBD oil products that not only contain CBD, but also contain some terpenes and other cannabinoids such as CBG, CBN and even some THC. Usually these will be in ratios that were naturally occurring and extracted from the plant and specific strain. But they are also occasionally added back into products as an isolated form to raise the potency of the product. For those that get drug tested, Full Spectrum is something to be cautious about. The THC found in full spectrum hemp products is minimal (less than 0.3%), but can still trigger positive drug tests.
With Full Spectrum CBD oil products, you have the advantage of something called the “Entourage Effect.” This is where all the cannabinoids and terpenes are working together in synergy, something that Isolate products will lack.

When seeking out Full Spectrum products, you may come across some called “Broad Spectrum” that claim to have 0% THC. It’s important to verify lab tests on these products to make sure that this is not a false claim and you’re encouraged to still exercise caution with these products if drug testing is a concern. These products have sometimes gone through additional processing to try to isolate and remove as much THC as possible while still maintaining some of the other cannabinoids and terpenes.

CBD Isolate

Isolate is typically the CBD oil product of choice for those who get drug tested or are sensitive to other cannabinoids such as THC. Products labelled as Isolate will generally be highlighted as being 99+% pure CBD. Usually, these products will have nothing but CBD in them because the CBD has literally been isolated from everything else. You can find pre-made isolate oils that typically consist of a carrier oil, such as MCT Oil, infused with the crystalline isolate powder. You can also find the “raw” crystalline powder or slabs (a form of concentrate) on its own.
When looking at isolate, it is important to verify the purity. While many are in the 99.9+% range with no identifiable amounts of THC, there are lower purity ones (such as 99.5% or lower) that may still have trace amounts that show up on the labs. This small amount is typically negligible, and is nowhere near the amount usually found in Full Spectrum products. But it’s still something to be aware of for those seeking the purest they can find.
Image result for full spectrum vs isolate
Which is Better – Full Spectrum or Isolate?
While there is much debate on which form is better, this 2015 study (http://file.scirp.org/pdf/PP_2015021016351567.pdf) leans in favour of Full Spectrum products. There are many that believe that other cannabinoids, THC especially, are necessary to take full advantage of what cannabis has to offer. Ultimately, however, we are all different and it comes down to the individual user and their needs. If drug testing is a concern, you’re encouraged to seek out CBD isolate products  instead of Full Spectrum.

 

 

My 14 Day Smoothie Ebook – FREE

nutrition

14 DAY SMOOTHIE CHALLENGE14 DAY SMOOTHIE CHALLENGE

Woop Woop….Totally Free….My amazing Smoothie Ebook for all my lucky readers.

As a huge thank you for reading my posts and interacting with me I am giving away my little smoothie ebook.

Above is the link to the first every ebook I created after discovering the world of Smoothies.  Years or drinking all sorts of weird and wonderful concoctions with some turning out to be amazing and others not so much, I finally put the ones I found most enjoyable as well as healthy and nutritious and popped them into a little book from my clients to use and now for all my wonderful wordpress friends.

They are easy to follow and let you know some of the health benefits of each one.  I hope you enjoy the recipes and let me know when you try one that you love.x

This is my little boy ages two and with a little help he made his own drink.

screenshot_2018-06-06-19-53-57920395397.png

 

The Cleanser

1 ½ cups water, or almond, hemp, or coconut milk

1 cup mixed greens

½ cup berries, fresh or frozen

½ cup corriander

¼ teaspoon turmeric

Dash cinnamon

Juice from 1 lemon

 

Why is it a cleanser.

 

**Parsley is full of B Vitamins which are responsible for the energy production from food.

Corriander naturally balances hormones and can be used to treat PMS and cramping.

Turmeric is also the liver’s favourite spice and helps boost liver detox. It does this by assisting enzymes that actively flush out dietary carcinogens. **

 

Lots more in the book so click on the link above and let me know how you get on.x

My Green Juice Journey – from pain to happiness

nutrition

Juicing greens isn’t just for adults but kids love them too. I was so surprised that my little boy would drink this one as it wasn’t a sweet smoothie but quite a bitter green juice. He absolutley loved it and really enjoyed making it as well.

Such a great way to add vegetables into their diet.

I started juicing greens for health reasons. I developed neuralgia in my face and constant pins and needles in my hands. At night the pain was just so severe I had to raise my hands over my head as they felt like they were on fire. I had many visits to doctors and had mri scans, I even had healthy teeth taken out as I was just so sure the pain was coming from my teeth.

I was so down and low from the pain and just wasn’t coping with life. To make matters worse I felt like a complete failure as I was a complementary therapist and couldn’t cure myself.

I found a guy called Dan Mcdonald – the life regenerator on YouTube and he talked a lot about juicing and raw foods. I had nothing to loose so I bought a juicer and started juicing. I ate nothing but green juices for three weeks and visited an acupuncturist twice a week and well the pain went away as if it had never been there at all. I also discovered later down the line after getting into meditation that my pain was brought upon me by my thoughts, my over thinking and constant worrying and living in the future.

So I thank my Pain as without that awful time in my life I would never have never discovered juicing and meditation and I would have never realised how important it is to look after ME first.

And now my kids can experience the wonderful benefits of freshly made green juice and amazingly tasty healthy smoothies.

cbd oil

The following is from Ethan Russo, MD Medical Director, PHYTECS

An Introduction to the ENDOCANNABINOID SYSTEM

 The endocannabinoid system is a recently discovered regulatory physiological system that holds great promise for improvements in human quality of life. To date, it has not received the attention that it deserves in physician and patient education, nor in research expenditures. Should these shortcomings be rectified, it stands to reason that the public health would benefit enormously.

 

The endocannabinoid system (ECS) is an essential regulator of bodily function in its many facets. There is hardly any physiological process that is not affected by it to some degree. It is surprising then to realize that the ECS was totally unknown prior to one generation ago. The name derives from the fact that the bodies of all higher animals harbor natural chemicals within that resemble in many respects the activity of tetrahydrocannabinol (THC), the phyto- (plant) cannabinoid that is the main psychoactive component of Cannabis sativa, sometimes derisively labeled as marijuana. Despite the prominence and importance of the ECS as an essential regulatory mechanism in the body’s biochemistry and physiology, the basic machinery of everyday life, knowledge of it remains quite limited among American physicians due to a dearth of appropriate education in medical schools. This is a knowledge deficit that must be filled in order to benefit the public health as a whole.
The basic functions of the ECS have were summarized in 1998 by Professor Di Marzo as, “relax, eat, sleep, forget and protect.” There are two primary endocannabinoids, arachidonylethanolamine (AEA), nicknamed anandamide from the Sanskrit word for “bliss,” and 2-arachidonylglycerol (2-AG). CB1 is best known as the neuromodulatory receptor in the brain where THC exerts its effects on short-term memory, pain, emotion, hunger, etc. Receptors may be thought of as locks, to which a corresponding chemical (natural or synthetic) will fit like a key, if it has the proper structure to conform to it. CB1 is actually the most abundant G-protein coupled receptor in the brain, and this certainly attests to its importance in cerebral function in health and disease. Both endocannabinoids bind to cannabinoid receptors in a similar manner to THC in the brain, but are actually produced on demand in post-synaptic neurons (nerve cells) and travel in a retrograde fashion (backwards) to inhibit the release of various neurotransmitters (chemical messengers). As one example, neuropathic (nerve-based) pain is an all too common condition associated with multiple sclerosis, diabetes and HIV/AIDS, and which is notoriously difficult to treat with conventional pharmaceuticals. Glutamate is one of the primary stimulatory neurotransmitters, but when present at excessive concentrations, it perpetuates neuropathic pain and may even provoke cell death after head injury or stroke. The endocannabinoids are naturally secreted after such insults and act to inhibit glutamate release, thereby alleviating neuropathic pain and reducing cell death. THC, and cannabidiol (CBD), a non-psychoactive component of sThe endocannabinoid system (ECS) is an essential regulator of bodily function in its many facets. There is hardly any physiological process that is not affected by it to some degree. It is surprising then to realize that the ECS was totally unknown prior to one generation ago. The name derives from the fact that the bodies of all higher animals harbor natural chemicals within that resemble in many respects the activity of tetrahydrocannabinol (THC), the phyto- (plant) cannabinoid that is the main psychoactive component of Cannabis sativa, sometimes derisively labeled as marijuana. Despite the prominence and importance of the ECS as an essential regulatory mechanism in the body’s biochemistry and physiology, the basic machinery of everyday life, knowledge of it remains quite limited among American physicians due to a dearth of appropriate education in medical schools. This is a knowledge deficit that must be filled in order to benefit the public health as a whole.
The basic functions of the ECS have were summarized in 1998 by Professor Di Marzo as, “relax, eat, sleep, forget and protect.” There are two primary endocannabinoids, arachidonylethanolamine (AEA), nicknamed anandamide from the Sanskrit word for “bliss,” and 2-arachidonylglycerol (2-AG). CB1 is best known as the neuromodulatory receptor in the brain where THC exerts its effects on short-term memory, pain, emotion, hunger, etc. Receptors may be thought of as locks, to which a corresponding chemical (natural or synthetic) will fit like a key, if it has the proper structure to conform to it. CB1 is actually the most abundant G-protein coupled receptor in the brain, and this certainly attests to its importance in cerebral function in health and disease. Both endocannabinoids bind to cannabinoid receptors in a similar manner to THC in the brain, but are actually produced on demand in post-synaptic neurons (nerve cells) and travel in a retrograde fashion (backwards) to inhibit the release of various neurotransmitters (chemical messengers). As one example, neuropathic (nerve-based) pain is an all too common condition associated with multiple sclerosis, diabetes and HIV/AIDS, and which is notoriously difficult to treat with conventional pharmaceuticals. Glutamate is one of the primary stimulatory neurotransmitters, but when present at excessive concentrations, it perpetuates neuropathic pain and may even provoke cell death after head injury or stroke. The endocannabinoids are naturally secreted after such insults and act to inhibit glutamate release, thereby alleviating neuropathic pain and reducing cell death. THC, and cannabidiol (CBD), a non-psychoactive component of some cannabis strains, have similar neuroprotective benefits.
AEA and 2-AG are merely the star players in a larger group of endocannabinoids. Some of the others are seemingly inactive molecules when tested on their own. When combined with AEA and 2-AG, however, many experiments have demonstrated that these entourage compounds produce prominent enhancement of the overall effect on pain, inflammation or other function. This synergy (boosting) of effect due to an ensemble of ingredients has been termed the
“entourage effect,” and is paralleled by similar attributes in the cannabis plant, whose minor components modulate (modify or influence) the effects of THC.
Beyond the brain, CB1 receptors are abundant in the spinal cord and peripheral nervous system, where they have a key role in regulation of pain, itch and muscle tone. The ECS also influences the gastrointestinal tract, where CB1 modulates two important aspects of digestion: propulsion and secretion. The endocannabinoid system also regulates endocrine function and fertility, as well as factors in cellular function, whether developmentally or in the uncontrolled growth and spread of cancer (see below).
CB1, however, is not the only cannabinoid receptor. Less studied, but extremely important is CB2, a non-psychoactive receptor that is mostly found in the periphery (outside the brain) and which is a key immunomodulatory mediator with additional activity on pain and inflammation. It, too, is expressed in the brain under conditions of insult, whether it be traumatic injury or degenerative diseases. Many disorders characterized by fibrosis (development of scar tissue), such as liver cirrhosis, and certain heart and kidney disorders may be targets for drugs that affect CB2.
A third receptor, TRPV1 (transient receptor potential vanilloid-one) is also considered part of the ECS, and is best known as the site of action of capsaicin, the active ingredient of chile peppers, but is also a target of anandamide and cannabidiol, but not THC. TRPV1 mediates pain signals through a mechanism distinct from that of the endogenous cannabinoids and opioids, but the receptor is subject to desensitization: this means that if continuously stimulated, the pathway will eventually slow down or even stop. This raises therapeutic possibilities for agents to effectively treat certain kinds of neuropathic pain.
The third component of the ECS along with the endocannabinoids and their receptors are the biosynthetic and degradative enzymes that respectively produce or breakdown AEA and 2AG. These have also become targets for new drug development, and interestingly cannabidiol, among its many activities is capable of inhibiting AEA breakdown by the enzyme fatty acid amidohydrolase (FAAH), thus strengthening and prolonging its effects, much like selective serotonin reuptake inhibitors (SSRIs) increase serotonin activity to treat depression.
Taken together, the three components of the ECS, the endocannabinoids, their regulatory enzymes and receptors, can be thought of as a key mediator of physiological homeostasis, thus ensuring that various bodily systems function within tight parameters with neither a deficiency nor excess of activity. Just as the immune system deals with invasive proteins from bacteria and viruses, Professor Raphael Mechoulam has hypothesized that the ECS serves an analogous role in the body to neutralize and rectify non-protein insults, such as trauma or oxygen lack.
What if the ECS itself is out of balance? How might this be manifested? Recent discoveries have provided some insights. Ideally, if the ECS is functioning normally, a person might enjoy a normal mental state, without pain, have good digestive function, etc. In contrast, morbid obesity is accompanied by a metabolic syndrome with increased inflammation, insulin resistance and even diabetes. The ECS has been observed to be hyperactive in such states. Similarly, an excess of CB1 activity can be associated with hepatic (liver) fibrosis. Such
problems led to the development of drugs such as rimonabant (aka Acomplia® or SR141716) to combat this excess. This drug is an inverse agonist at CB1. That means that it antagonizes the receptor so avidly that it drives down the baseline activity of the ECS, thus lowering what is termed “endocannabinoid tone.” While this might be effective to reduce hunger and weight gain, and improve laboratory findings of the metabolic syndrome, the widespread effects of this drug also spilled over to other systems to produce undesirable adverse events (side effects) such as depression and suicidality that led to its removal from the market. Other liabilities of CB1inverse agonists would include nausea, an increased likelihood of seizures and even development of malignant tumors. In contrast, CBD is a milder neutral antagonist at CB1 that may be capable of addressing similar medical needs without the attendant risks.
What if endocannabinoid levels are too low? It has been theorized and subsequently borne out in subsequent research that numerous mysterious disorders fit the description of “clinical endocannabinoid deficiency” (CED). Noteworthy among these are migraine, fibromyalgia and idiopathic bowel syndrome (IBS or “spastic colon”). These disorders affect millions of otherwise healthy people who are plagued by chronic pain and other symptoms, leading to extensive medical tests and attempts at treatment, often to limited benefit. The three conditions tend to affect the same individuals at various times of their lives, and are therefore termed “co-morbid.” All three are characterized by “central sensitization,” the concept that normal sensations in the brain are magnified to the point of becoming painful when they would not be to a person free from the affliction. The three disorders also benefit from treatment with cannabinoids according to patient testimonials. Available data confirm that the target organs (brain, gut, musculoskeletal system) seem to express lower than normal levels of anandamide, thus providing credence for the concept that they would benefit from treatments that would upregulate the ECS back to normal levels. Similar putative (theoretical) deficiencies have been highlighted in the ECS for numerous other conditions including intractable depression, posttraumatic stress disorder (PTSD), neuropathic pain conditions such as complex regional pain syndrome, causalgia, post-herpetic neuralgia, interstitial cystitis, and even certain forms of infertility and early miscarriage.
Finally, many forms of cancer are accompanied by increases of CB1 and/or CB2 expression, felt to be part of the body’s effort to combat the disorder. Interestingly, the phytocannabinoids demonstrate the potential to treat cancer in high doses without harming the normal cells of the body. Some of the mechanisms are mediated through CB1 and/or CB2, but others seem to work through independent, non-receptor means. Cancer arises due to a loss of ability for malignant cells to undergo apoptosis, a normal process of programmed cell death whereby the body remolds and renews itself. Instead, cancer cells become immortalized, divide and grow in an uncontrolled fashion, invade surrounding tissues, stimulate their own blood supply, and even metastasize (spread remotely to distant sites). The endo- and phytocannabinoids, particularly CBD, have the ability to reverse or prevent many of these effects, as demonstrated in experiments in many cancer cell types and even in a growing number of case reports in humans. Beyond the issue of eliminating the malignancy itself, properly constituted cannabinoid treatment may hold the promise of additional “side benefits” by
simultaneously addressing attendant symptoms of cancer: pain, nausea, sleep disturbance, depression and anxiety.
Throughout human history, most medicines have been derived from plants. This pattern began to change in the 19th century and accelerated in the 20th with the advent of synthetic chemistry. Modern models of drug discovery attempt to identify the key receptor or abnormal gene at the root of a disease process, and then computer-design a potent chemical that will bind to the target region with a high affinity. Sometimes this approach is fruitful, but often attendant toxicities are not identified until far into the development program, and even more often, despite this precise targeting, the drug may not exert sufficient benefits on a complex and chronic disease process to actually improve the patient’s condition. Certain disorders, such as cancer, diabetes and diseases of aging such as Alzheimer disease and osteoporosis require drug combination regimens that affect multiple targets in order to attempt to alleviate their myriad complex problems. What seems necessary are better and safer treatments that address the larger problems of disease pathophysiology and degeneration. Botanicals (plant-based medications) frequently fit this profile quite well in contrast to the “silver bullet” single chemical model that is most prevalent in contemporary Western medicine.
It is historically true that pharmacognosy, the study of medicinal plants, has frequently pointed us in the proper direction to better understand our own body chemistry. Examples are numerous: aspirin, a semi-synthetic derivative of salicylic acid from willow bark was available for 100 years before the basis of its ability to treat pain and inflammation led to the discovery of prostaglandins. Similarly, opium was used for thousands of years before research succeeded in identifying endogenous (within) opioids, the endorphins and enkephalins. Cannabis research similarly resulted in a trail that eventually led to the discovery of the endocannabinoid system, perhaps decades earlier than it might have otherwise been discovered. The future of therapeutics appears much brighter as a result, since an understanding of the ECS portends to offer many more effective and safer remedies for disorders that have previously proven intractable to conventional treatment.
In summary, the endocannabinoid system is a recently discovered regulatory physiological system that holds great promise for improvements in human quality of life. To date, it has not received the attention that it deserves in physician and patient education, nor in research expenditures. Should these shortcomings be rectified, it stands to reason that the public health would benefit enormously.

thkjkjPetrocellis, V. ome cannabis strains, have similar neuroprotective benefits.
AEA and 2-AG are merely the star players in a larger group of endocannabinoids. Some of the others are seemingly inactive molecules when tested on their own. When combined with AEA and 2-AG, however, many experiments have demonstrated that these entourage compounds produce prominent enhancement of the overall effect on pain, inflammation or other function. This synergy (boosting) of effect due to an ensemble of ingredients has been termed the
“entourage effect,” and is paralleled by similar attributes in the cannabis plant, whose minor components modulate (modify or influence) the effects of THC.
Beyond the brain, CB1 receptors are abundant in the spinal cord and peripheral nervous system, where they have a key role in regulation of pain, itch and muscle tone. The ECS also influences the gastrointestinal tract, where CB1 modulates two important aspects of digestion: propulsion and secretion. The endocannabinoid system also regulates endocrine function and fertility, as well as factors in cellular function, whether developmentally or in the uncontrolled growth and spread of cancer (see below).
CB1, however, is not the only cannabinoid receptor. Less studied, but extremely important is CB2, a non-psychoactive receptor that is mostly found in the periphery (outside the brain) and which is a key immunomodulatory mediator with additional activity on pain and inflammation. It, too, is expressed in the brain under conditions of insult, whether it be traumatic injury or degenerative diseases. Many disorders characterized by fibrosis (development of scar tissue), such as liver cirrhosis, and certain heart and kidney disorders may be targets for drugs that affect CB2.
A third receptor, TRPV1 (transient receptor potential vanilloid-one) is also considered part of the ECS, and is best known as the site of action of capsaicin, the active ingredient of chile peppers, but is also a target of anandamide and cannabidiol, but not THC. TRPV1 mediates pain signals through a mechanism distinct from that of the endogenous cannabinoids and opioids, but the receptor is subject to desensitization: this means that if continuously stimulated, the pathway will eventually slow down or even stop. This raises therapeutic possibilities for agents to effectively treat certain kinds of neuropathic pain.
The third component of the ECS along with the endocannabinoids and their receptors are the biosynthetic and degradative enzymes that respectively produce or breakdown AEA and 2AG. These have also become targets for new drug development, and interestingly cannabidiol, among its many activities is capable of inhibiting AEA breakdown by the enzyme fatty acid amidohydrolase (FAAH), thus strengthening and prolonging its effects, much like selective serotonin reuptake inhibitors (SSRIs) increase serotonin activity to treat depression.
Taken together, the three components of the ECS, the endocannabinoids, their regulatory enzymes and receptors, can be thought of as a key mediator of physiological homeostasis, thus ensuring that various bodily systems function within tight parameters with neither a deficiency nor excess of activity. Just as the immune system deals with invasive proteins from bacteria and viruses, Professor Raphael Mechoulam has hypothesized that the ECS serves an analogous role in the body to neutralize and rectify non-protein insults, such as trauma or oxygen lack.

What if the ECS itself is out of balance? How might this be manifested? Recent discoveries have provided some insights. Ideally, if the ECS is functioning normally, a person might enjoy a normal mental state, without pain, have good digestive function, etc. In contrast, morbid obesity is accompanied by a metabolic syndrome with increased inflammation, insulin resistance and even diabetes. The ECS has been observed to be hyperactive in such states. Similarly, an excess of CB1 activity can be associated with hepatic (liver) fibrosis. Such
problems led to the development of drugs such as rimonabant (aka Acomplia® or SR141716) to combat this excess. This drug is an inverse agonist at CB1. That means that it antagonizes the receptor so avidly that it drives down the baseline activity of the ECS, thus lowering what is termed “endocannabinoid tone.” While this might be effective to reduce hunger and weight gain, and improve laboratory findings of the metabolic syndrome, the widespread effects of this drug also spilled over to other systems to produce undesirable adverse events (side effects) such as depression and suicidality that led to its removal from the market. Other liabilities of CB1inverse agonists would include nausea, an increased likelihood of seizures and even development of malignant tumors. In contrast, CBD is a milder neutral antagonist at CB1 that may be capable of addressing similar medical needs without the attendant risks.
What if endocannabinoid levels are too low? It has been theorized and subsequently borne out in subsequent research that numerous mysterious disorders fit the description of “clinical endocannabinoid deficiency” (CED). Noteworthy among these are migraine, fibromyalgia and idiopathic bowel syndrome (IBS or “spastic colon”). These disorders affect millions of otherwise healthy people who are plagued by chronic pain and other symptoms, leading to extensive medical tests and attempts at treatment, often to limited benefit. The three conditions tend to affect the same individuals at various times of their lives, and are therefore termed “co-morbid.” All three are characterized by “central sensitization,” the concept that normal sensations in the brain are magnified to the point of becoming painful when they would not be to a person free from the affliction. The three disorders also benefit from treatment with cannabinoids according to patient testimonials.

Available data confirm that the target organs (brain, gut, musculoskeletal system) seem to express lower than normal levels of anandamide, thus providing credence for the concept that they would benefit from treatments that would upregulate the ECS back to normal levels. Similar putative (theoretical) deficiencies have been highlighted in the ECS for numerous other conditions including intractable depression, posttraumatic stress disorder (PTSD), neuropathic pain conditions such as complex regional pain syndrome, causalgia, post-herpetic neuralgia, interstitial cystitis, and even certain forms of infertility and early miscarriage.

 

Finally, many forms of cancer are accompanied by increases of CB1 and/or CB2 expression, felt to be part of the body’s effort to combat the disorder. Interestingly, the phytocannabinoids demonstrate the potential to treat cancer in high doses without harming the normal cells of the body. Some of the mechanisms are mediated through CB1 and/or CB2, but others seem to work through independent, non-receptor means. Cancer arises due to a loss of ability for malignant cells to undergo apoptosis, a normal process of programmed cell death whereby the body remolds and renews itself. Instead, cancer cells become immortalized, divide and grow in an uncontrolled fashion, invade surrounding tissues, stimulate their own blood supply, and even metastasize (spread remotely to distant sites). The endo- and phytocannabinoids, particularly CBD, have the ability to reverse or prevent many of these effects, as demonstrated in experiments in many cancer cell types and even in a growing number of case reports in humans. Beyond the issue of eliminating the malignancy itself, properly constituted cannabinoid treatment may hold the promise of additional “side benefits” by
simultaneously addressing attendant symptoms of cancer: pain, nausea, sleep disturbance, depression and anxiety.
Throughout human history, most medicines have been derived from plants. This pattern began to change in the 19th century and accelerated in the 20th with the advent of synthetic chemistry. Modern models of drug discovery attempt to identify the key receptor or abnormal gene at the root of a disease process, and then computer-design a potent chemical that will bind to the target region with a high affinity. Sometimes this approach is fruitful, but often attendant toxicities are not identified until far into the development program, and even more often, despite this precise targeting, the drug may not exert sufficient benefits on a complex and chronic disease process to actually improve the patient’s condition.

Certain disorders, such as cancer, diabetes and diseases of aging such as Alzheimer disease and osteoporosis require drug combination regimens that affect multiple targets in order to attempt to alleviate their myriad complex problems. What seems necessary are better and safer treatments that address the larger problems of disease pathophysiology and degeneration. Botanicals (plant-based medications) frequently fit this profile quite well in contrast to the “silver bullet” single chemical model that is most prevalent in contemporary Western medicine.

It is historically true that pharmacognosy, the study of medicinal plants, has frequently pointed us in the proper direction to better understand our own body chemistry. Examples are numerous: aspirin, a semi-synthetic derivative of salicylic acid from willow bark was available for 100 years before the basis of its ability to treat pain and inflammation led to the discovery of prostaglandins. Similarly, opium was used for thousands of years before research succeeded in identifying endogenous (within) opioids, the endorphins and enkephalins. Cannabis research similarly resulted in a trail that eventually led to the discovery of the endocannabinoid system, perhaps decades earlier than it might have otherwise been discovered. The future of therapeutics appears much brighter as a result, since an understanding of the ECS portends to offer many more effective and safer remedies for disorders that have previously proven intractable to conventional treatment.
In summary, the endocannabinoid system is a recently discovered regulatory physiological system that holds great promise for improvements in human quality of life. To date, it has not received the attention that it deserves in physician and patient education, nor in research expenditures. Should these shortcomings be rectified, it stands to reason that the public health would benefit enormously.

What to look for when starting a MlM business

cbd oil

 

Are you looking to make some extra income or even start your own full-time business?

That’s what this page is all about.

What to Look for in an Opportunity

First thing is to find a product that means a lot to you, if your not into makeup then don’t pursue a mlm company that sells makeup as you will need a passion for what your selling or you wont have the staying power to keep going when things are quiet.

I personally found the Hemp business suitable for me as I take the product and know how much it has effected my life and I am in the health business so it something that I am extremely passionate about.

Here are some things to look for in a business or income opportunity:

Low start up costs
No special equipment needed
No need to hire employees
Can run from home- no need to rent office or retail space
Can set your own hours and work part-time or full-time
No inventory required
No special skills or education required
Credit score or history not important
No financing required
Products not based on fads

High-quality products or services that people want to buy again and again
That last item is one that many people overlook. They understand the quality part, but often miss the “again and again” part. It’s much better to sell products that people buy on a recurring basis than products people buy once or very rarely (like a car).

That is much easier than having to find a new customer for every sale.

If you’re ready to discover an opportunity that meets all the above criteria, one that I chose to pursue only after careful research, then Hempworx is for you

Image result for join the hempworx business

How You Can Make Money With A Hemp MLM Business

There are two main ways to profit with a CBD Hemp MLM business:

  • Sharing the products with your friends and family
  • Signing up other active business builders / distributors

For a free tour of the business click on the link below.

http://www.hempworxbizop.com/Happyheadandheart

What is CBD Oil?

What is CBD Oil Used For?

The world is beginning to realize that cannabis is not what cheap politics make it be. The oil extracted from the plant is a healer in more ways than one.

CBD or Cannabidiol is one of the many compounds found in cannabis. This compound is quite predominant in the cannabis plant, and that is why it has been extensively studied. Different types of cannabis plants vary on the level of compound present, but research has made it possible to grow plants that have higher levels of CBD than THC. This extract is what is being used medicinally.

CBD does not affect the mind or its processes, which is why the medical fraternity use it. Lack of psychoactive properties ensures that it has no side effects when used on humans.

Research is ongoing on the medical benefits of CBD oil, but so far, it has been used for the following:

  1. CBD and Anxiety

Anxiety presents in any forms. It may come as the fear you get when faced with a big decision such as exams, wedding, or any other life altering decisions. While anxiety is not a desirable quality, it could help one cope with threats to survival. Before it becomes an uncontrollable disorder, you can control it quite easily with drugs and proactivity.

Anxiety disorder is entirely different, though. It can interfere with the way you live such that you are totally unable to control the way you react to almost anything. You are faced with a crippling fear for life. It becomes quite severe when that overwhelming fear incapacitates you.

The most common anxiety disorders include:

Panic attacks, social phobia, generalized anxiety disorder, and other phobias. Anxiety disorder is characterized by excessive sweating, heart palpitations, shortness of breath, insomnia, feelings of dizziness and sudden panic, muscle tension, and nausea.

While Big Pharma has come up with several highly effective treatment options for anxiety, they do not work well for some people. In other instances, they leave some bad side effects. CBD oil has been seen to have positive effects on anxiety patients. Since it is non-psychoactive, it has minimal or no side effects. The key is its administration. Studies have shown that controlled levels of CBD can control anxiety. Ongoing studies show that it has the potential to treat multiple anxiety disorders.

How Does It Work?

  • As a 5-HT1A agonist

Anxiety can be treated with medication that specifically targets the serotonin system. 5-HT1A, a subtype of the serotonin receptor helps here. Drug companies develop selective serotonin reuptake inhibitors, abbreviated as SSRIs, which block the re-absorption of serotonin in the brain. More serotonin in the synaptic space helps reduce anxiety. CBD has qualities similar to SSRI.

  • Hippocampal Neurogenesis

This part of the brain plays many roles. Brain scans of patients suffering from anxiety showed them to have a smaller hippocampus. Growth (neurogenesis) of new neurons in the hippocampus helps fight anxiety according to studies  done on mice. Research shows that CBD and SSRI can help regenerate the hippocampus.

  1. CBD and Epilepsy

It is a condition that affects the brain and causes the patient to have epileptic seizures. Suffering one seizure does not mean that you have the condition. It is not until you have more than one epileptic seizure that it can be said to be epilepsy.

A study was conducted children with severe cases of epilepsy. Thirteen of those children had Dravet syndrome, four had Doose syndrome, and the other two had Lennox-Gastaut syndrome and idiopathic epilepsy. The results, which were submitted by 19 parents whose children had been involved in the study showed reduced frequency of seizures in 84 percent of the patients. 11percent reported complete freedom from seizures, 42 percent of them showed an 80 percent reduction in seizures, and 32 percent, 25-60 percent reduction in frequency. They all showed minimal or no side effects from the use of CBD extract. In some cases, the reduction in frequency was up to 80 percent, as reported by the parents.

The side effects from the use if this extract were drowsiness and fatigue. Apart from the frequency improvement, the children also showed improved moods, better sleeping patterns, and improved alertness.

While the study showed some side effects, which gave it a bad rap, it also shows some great improvements in children. Their level of epilepsy, which is characterized by multiple seizures, was quite severe. The fact that CBD reduced the frequency says a lot about its potency. Further studies with a more pure form of CBD could show better results.

  1. CBD Oil and Pain

As people age, they become susceptible to pain. Injuries from youth tend to get revived by age and small new injuries also take longer to heal. Research shows that about 1.5 billion people all over the world suffer from pain.

Pain is a trigger from the brain that alerts you of possible injury in your body. When it persists for weeks, then it becomes chronic. The brain keeps firing it up, letting you know that the body is hurting. While generic medicine is effective in relieving the body of pain, opiates are addictive, especially if the pain is persistent. CBD oil has been seen to have positive impacts on pain. The only concern is that most of the studies conducted use it together with THC for effect.

Most studies carried out to show the effects of CBD have been done on mice. This study is no exception. CBP potentiates glycine receptors, which relieve pain in the spinal cord. There are no conclusive studies to show the effect on chronic spinal pain.

In another study, Sativex, which contains both CBD and some levels of THC was tested to see its effect on neuropathic pain. The patients who were out on Sativex reported levels of relief from the application of CBD.

Further studies involving the use of Sativex show that sprays can help relief pain from multiple sclerosis, with a bias on spasticity and neuropathic pain.

  1. CBD As An Antioxidant

Our bodies age over time, which is normal. With age comes a host of problems, including muscular degeneration. This is one of the many reasons why we are urged to incorporate antioxidants in our diets. Antioxidants counteract oxidative stress, which occurs as a result of oxidation during biological processes. The by-product of these processes is free radicals, highly reactive and unstable molecules that damage DNA structures, proteins, and cells.

While the body has a complex system that involves enzymes and nutrients such as Vitamins C &E, oxidative stress could overwhelm them. The results of an accumulation of free radicals are degenerative diseases such as Alzheimer’s disease, Parkinson’s disease, cardiovascular diseases, and rheumatoid arthritis among others.

In this study, CBD is seen to protect neurons from exposure to the neurotransmitter (glutamate) that plays a significant role in several neurodegenerative disorders. In that study, antioxidant levels in CBD were found to be higher than those in Vitamins C & E by 30-50%. This study was then followed up by another one done on animals as opposed to cell cultures and it showed the same results.

Further pre-clinical trials have been done in a variety of neurodegenerative disorders, including Alzheimer’s disease, myocardial ischemia, collagen-induced arthritis, and diabetes. Researchers favor CBD due to its affinity to CB2 receptors and its lack of psychoactive effects.

Conclusion

CBD oil is undoubtedly beneficial in most ways. The fact that it does not affect the functions of the brain is especially what makes it an attractive option. However, extensive further studies are needed on the benefits of the oil in the human body and maybe even to find out what else it could do. There is also need to educate the people on the difference between CBD and THC. Maybe that will reduce the stigma associated with the mention of cannabis.

Hempworx Cbd oil is the one I personally found to be the most effective and powerful.  Its 80% pure cbd and comes in two strengths 500mg and 750mg, lasts 50 days and comes in 30ml bottle.  It is heavy metal tested and 3rd party labs tested and the certificates are shown on their website..  This company has the best support and training and more importantly the best compensation plan with repeat customer business.