Oil For Health

06/06/2026

Essential Tremor is a neurological movement disorder that causes rhythmic shaking, most commonly in the hands, but it can also affect:

• the head
• voice
• jaw
• arms
• legs

The tremor usually happens during movement or when holding a posture, such as:

• holding a cup
• writing
• using utensils
• typing

Unlike Parkinson’s Disease, essential tremor is usually less associated with stiffness, slowed movement, or balance problems early on. It is one of the most common movement disorders and can run in families.

Supplements commonly explored for essential tremor

Magnesium

Magnesium is one of the most commonly used supplements for nervous system calming and muscle regulation. Low magnesium can contribute to:

• muscle excitability
• nerve overstimulation
• twitching
• poor stress tolerance

Forms like magnesium glycinate or magnesium taurate are often preferred because they are gentler on digestion and may support relaxation and sleep.

CBD

Cannabidiol is being explored for tremor-related disorders because it may help calm nervous system overactivity, reduce anxiety, improve sleep, and lower muscle tension. Some people with tremors report symptom improvement, especially when stress is a major trigger, although human evidence is still limited and mixed.

Full-spectrum CBD products may have stronger effects for some individuals because of the combined cannabinoids and terpenes.

L-Theanine

L-Theanine is an amino acid from green tea that may promote calm focus without sedation. It may help reduce stress-triggered tremors by influencing alpha brain wave activity and neurotransmitters such as GABA.

GABA-supportive supplements

Gamma-Aminobutyric Acid, taurine, magnesium, and calming herbs may support inhibitory nervous system signaling. Essential tremor may involve altered GABA pathways in the cerebellum.

Ashwagandha

Ashwagandha may help lower cortisol and nervous system stress. For some people, reducing stress significantly reduces tremor intensity.

Omega-3 fatty acids

Omega-3 fatty acids may support brain and nerve health by reducing neuroinflammation and supporting cell membrane function.

B vitamins

Vitamin B12 and other B vitamins support nerve function. Deficiencies — especially B12 deficiency — can sometimes worsen neurological symptoms including shakiness and neuropathy.

Turmeric / Curcumin

Turmeric may support brain health through anti-inflammatory and antioxidant pathways, though direct evidence for essential tremor is limited.

05/06/2026

04/06/2026

Yes — for many people, 3 months is a realistic timeframe to begin noticing meaningful improvements when supporting the body with lifestyle changes and evidence-informed natural approaches. It is often enough time for several cellular renewal cycles to occur in tissues like skin, blood, parts of the gut lining, and immune cells.

In roughly 90 days, people may notice improvements in areas such as:

• Energy levels
• Sleep quality
• Digestion
• Skin appearance
• Inflammation and joint stiffness
• Mental clarity
• Stress resilience
• Blood sugar stability
• Recovery and immune function

This is partly because:

• Red blood cells refresh in about 120 days
• Skin renews monthly
• The gut lining renews rapidly
• Inflammation markers can shift within weeks to months
• Nutrient stores and hormone signaling may gradually improve

Natural interventions that can support these processes include:

• Anti-inflammatory nutrition
• Better hydration and mineral intake
• Regular sleep cycles
• Exercise and circulation
• Stress reduction
• Supporting gut health
• Antioxidants and adequate protein intake

Compounds such as omega-3s, magnesium, L-glutamine, medicinal mushrooms, and cannabinoids like CBD are being researched for their roles in supporting balance, stress signaling, inflammation regulation, recovery, and homeostasis. However, it is important to keep expectations realistic, healing is usually gradual rather than dramatic.

The biggest factor is consistency. The body tends to respond better to steady daily support over months than to short bursts of intense intervention. Also, different systems heal at different rates:

• Digestion may improve within days to weeks
• Sleep and stress regulation may take weeks
• Hormonal and metabolic changes often take months
• Longstanding inflammation or chronic illness may require much longer and sometimes medical treatment alongside lifestyle support

03/06/2026

Cannabidiol is often discussed very differently from conventional “allopathic” medicine because its primary role appears to be modulatory rather than strongly suppressive or stimulatory. Many pharmaceutical drugs are designed to target a specific pathway or symptom very aggressively — for example lowering blood pressure, blocking pain signals, suppressing acid production, or altering neurotransmitters. That can be highly effective and sometimes lifesaving, but it can also create side effects because one pathway is being strongly overridden.

CBD works more subtly through the body’s regulatory networks, particularly the endocannabinoid system, which helps maintain homeostasis — the body’s internal balance. Instead of forcing a single outcome, CBD appears to influence how the body regulates inflammation, immune signaling, stress responses, sleep, pain perception, mood, and nervous system activity. That is why many people describe it as “supporting the body to heal itself” rather than simply masking symptoms.

For example:

• Inflammation is part of healing, but chronic inflammation damages tissue. CBD may help regulate excessive inflammatory signaling rather than shutting the immune system down completely.
• Pain is protective, but chronic pain becomes harmful. CBD may help reduce pain sensitivity while also supporting sleep and recovery.
• Stress hormones are necessary, but long-term elevation harms the body. CBD may help regulate the stress response and nervous system overactivation.

That said, it is important not to frame all conventional medicine as harmful or merely symptom-focused. Many medical treatments address underlying disease mechanisms directly — such as antibiotics treating infections, insulin replacing a hormone deficiency, or chemotherapy targeting cancer cells. Integrative approaches often work best: using lifestyle, nutrition, nervous-system regulation, and compounds like CBD alongside evidence-based medical care where appropriate.

Research into broader healing effects is still evolving, but the concept of CBD supporting homeostasis is consistent with how the endocannabinoid system functions in the body.

03/06/2026

Special on Awaken and Cannaco gummies.

1 packet for R220 and 2 packets for R400 until Midnight Monday 8th June.

02/06/2026

Cannabidiol in a full-spectrum glycerine formulation may assist the body through a combination of cannabinoid activity, plant compounds working together, and the absorption properties of glycerine itself. Full-spectrum CBD contains not only CBD, but also smaller amounts of other cannabinoids, terpenes, flavonoids, and naturally occurring plant compounds from the h**p plant. These compounds may work synergistically in what is commonly called the “entourage effect,” where the combined compounds may produce broader effects than isolated CBD alone.

How full-spectrum CBD may assist the body

CBD interacts indirectly with the body’s endocannabinoid system (ECS), a regulatory network involved in:

• Pain perception
• Inflammation control
• Mood balance
• Sleep regulation
• Immune function
• Nervous system signaling
• Stress response

The ECS helps maintain internal balance, or homeostasis. CBD may support this system by slowing the breakdown of the body’s own endocannabinoids and influencing receptors involved in pain, inflammation, serotonin, and nerve signaling.

Potential effects people commonly use full-spectrum CBD for include:

• Reduced inflammation
• Calming of overactive nerve signaling
• Better sleep quality
• Anxiety and stress reduction
• Muscle relaxation
• Support for recovery and discomfort
• Improved overall sense of balance and wellbeing

Why full-spectrum may work differently

A full-spectrum extract contains additional cannabinoids such as:

• CBG
• CBC
• Trace THC (within legal limits in many regions)
• Terpenes such as myrcene, limonene, beta-caryophyllene, and pinene

These compounds may contribute additional anti-inflammatory, calming, antioxidant, or analgesic effects. For example:

• Beta-caryophyllene interacts with CB2-related immune pathways
• Myrcene may support relaxation
• Limonene may influence mood and stress response

This broader phytochemical profile is why many users report fuller or more noticeable effects from full-spectrum products compared with CBD isolate.

Why glycerine is used as a base

Vegetable glycerine (glycerol) acts as both a carrier and stabilizer. It may assist in several ways:

• Gentler on digestion
Glycerine is often easier on the stomach than some oil-based formulations for sensitive individuals.
• Sublingual absorption
When held under the tongue, glycerine-based CBD may allow some cannabinoids to absorb through mucous membranes directly into circulation before reaching the digestive tract. This can produce faster onset than swallowing immediately.
• Hydrating properties
Glycerine naturally attracts moisture and may soothe dry oral tissues.
• Improved taste and texture
Glycerine has a mildly sweet taste, which can make full-spectrum h**p extracts more palatable.

How CBD may affect different body systems

Nervous system

CBD may help calm excessive nerve firing and support neurotransmitter balance, particularly involving serotonin and GABA signaling pathways. This is why it is commonly explored for stress, sleep, and discomfort.

Immune and inflammatory pathways

CBD and other cannabinoids may help regulate inflammatory cytokines and oxidative stress. Chronic inflammation is linked to many long-term health conditions, including pain disorders and metabolic disease.

Sleep and stress response

CBD may help regulate cortisol and autonomic nervous system activity, helping the body shift from a heightened “fight-or-flight” state toward a more relaxed parasympathetic state.

Pain signaling

CBD may influence receptors involved in pain perception, including TRPV1 and glycine receptors, potentially helping reduce sensitivity to discomfort.

Absorption considerations

CBD is fat-soluble, meaning oils are often absorbed more efficiently overall. However, glycerine-based products may still be beneficial, especially when:

• Used sublingually
• Combined with other supportive plant compounds
• Taken consistently

Some formulations combine glycerine with oils or emulsification technology to improve bioavailability further.

01/06/2026

Cannabidiol may help with chemotherapy-related pain through several overlapping mechanisms involving the nervous system, inflammation pathways, immune signaling, and pain perception. Chemotherapy pain is often complex because it can involve inflammation, nerve damage, muscle pain, digestive irritation, and heightened sensitivity in the central nervous system all at the same time.

Here are the main ways CBD may help:

Reduction of inflammatory pain

Many chemotherapy drugs trigger inflammatory responses in tissues and nerves. CBD interacts indirectly with the body’s endocannabinoid system, particularly CB2-related immune pathways, which may help reduce inflammatory chemicals such as cytokines and oxidative stress. This can potentially lessen aching joints, muscle pain, and tissue irritation.

Support for chemotherapy-induced nerve pain

One of the most difficult side effects of chemotherapy is peripheral neuropathy — burning, tingling, numbness, stabbing pain, or hypersensitivity in the hands and feet. Research suggests CBD may help regulate pain signaling in damaged nerves through effects on:

• TRPV1 pain receptors
• Serotonin receptors
• Glycine receptors
• Endocannabinoid balance

Unlike some pain medications, CBD does not usually cause respiratory suppression or strong intoxication.

Reduction of central pain sensitization

Chemotherapy can make the nervous system “overreact” to pain signals, a process called central sensitization. CBD may help calm excessive nerve firing and neuroinflammation, potentially lowering pain amplification and improving comfort.

Muscle relaxation and tension relief

Cancer treatment often leads to muscle tightness, spasms, cramping, and tension from stress or inactivity. CBD may help relax muscles and reduce stress-related physical tension, which can indirectly reduce pain severity.

Improved sleep and recovery

Poor sleep increases pain sensitivity. CBD may help some people sleep more deeply by reducing anxiety, discomfort, and nighttime restlessness. Better sleep can improve pain tolerance and immune recovery.

Nausea and appetite support

Although THC tends to be stronger for nausea and appetite stimulation, full-spectrum CBD products containing multiple cannabinoids may help reduce nausea and improve comfort during chemotherapy.

Potential antioxidant and neuroprotective effects

Chemotherapy creates high oxidative stress in the body. CBD has antioxidant properties that researchers are studying for possible protection of nerve tissue from chemotherapy-related damage.

Topical vs oral CBD for chemo pain

Different delivery methods may target different symptoms:

• Topical CBD creams or balms may help localized joint, muscle, or neuropathic pain.
• Sublingual CBD oils (under the tongue) absorb faster and may help systemic symptoms like anxiety, inflammation, sleep problems, and widespread pain.
• Edibles or capsules last longer but work more slowly.

Full-spectrum

Many patients report better pain relief from full-spectrum CBD because it contains additional cannabinoids and terpenes that may work synergistically (“entourage effect”).

31/05/2026

Glutathione is often called the body’s “master antioxidant,” but many of its most interesting effects go beyond simple detoxification. Your body naturally produces glutathione in the liver from amino acids such as cysteine, glutamine, and glycine, and it is involved in almost every cell’s defense and repair systems.

Some lesser-known potential benefits include:

• Supports mitochondrial energy production
Glutathione helps protect mitochondria — the “energy factories” of cells — from oxidative stress. Low glutathione levels are linked with fatigue, poor recovery, and accelerated aging because damaged mitochondria produce less cellular energy.
• May improve insulin sensitivity
Research suggests glutathione may help reduce oxidative stress associated with insulin resistance and metabolic dysfunction. This is one reason scientists are studying it in obesity, fatty liver disease, and type 2 diabetes.
• Protects the brain and nervous system
The brain is highly vulnerable to oxidative damage. Glutathione helps regulate inflammation and neutralize free radicals in nerve tissue. Low glutathione levels have been observed in conditions such as Parkinson’s disease, Alzheimer’s disease, chronic stress, and fibromyalgia.
• Assists immune cell performance
Immune cells use glutathione to regulate inflammation and defend against pathogens. Adequate glutathione levels may help T-cells function more effectively and prevent an overactive inflammatory response.
• May reduce “silent inflammation”
Chronic low-grade inflammation contributes to joint pain, cardiovascular disease, autoimmune conditions, and fatigue. Glutathione helps recycle other antioxidants like vitamins C and E while reducing inflammatory oxidative damage.
• Supports liver regeneration
Beyond detoxification, glutathione is essential for repairing liver tissue after exposure to alcohol, medications, pollutants, and processed foods. Hospitals even use glutathione pathways medically in acetaminophen overdose treatment.
• Can influence skin health from inside out
Glutathione may help reduce oxidative damage involved in premature aging, dull skin, and hyperpigmentation. Some studies suggest it can mildly shift melanin production toward lighter pigment pathways, which is why it is popular in cosmetic wellness.
• Helps recycle other antioxidants
Glutathione works like an antioxidant “recharger.” After vitamin C, vitamin E, and coenzyme Q10 neutralize free radicals, glutathione helps restore them so they can keep functioning.
• May support respiratory health
Lung tissue is constantly exposed to oxygen and pollutants. Glutathione is heavily concentrated in the lungs and may help reduce oxidative stress associated with asthma, chronic infections, and environmental toxins.
• Important for gut lining integrity
The intestinal lining relies on glutathione to protect against inflammation and permeability (“leaky gut”). Low levels may contribute to digestive irritation and impaired nutrient absorption.
• Can help recovery after intense exercise
Hard training increases oxidative stress. Glutathione may help reduce muscle fatigue, improve recovery, and decrease exercise-induced inflammation.
• Supports detoxification of heavy metals and chemicals
Glutathione binds to toxins such as mercury, pesticides, solvents, and some environmental pollutants so the body can excrete them more efficiently.

Foods and nutrients that help the body produce glutathione naturally include:

• Sulfur-rich vegetables (broccoli, garlic, onions, cabbage)
• Whey protein
• Selenium
• Vitamin C
• Alpha-lipoic acid
• N-acetyl cysteine (NAC)

A key point many people miss is that glutathione levels naturally decline with aging, chronic stress, poor sleep, alcohol use, infections, and long-term inflammation.

30/05/2026

Coconut oil is naturally rich in medium-chain fatty acids, particularly lauric acid, caprylic acid, and capric acid, which help nourish and protect the skin barrier in pets. Healthy skin acts as the body’s first line of defense against environmental irritants, allergens, bacteria, and moisture loss. When a pet’s skin barrier becomes weakened due to allergies, excessive bathing, poor nutrition, seasonal dryness, or chronic scratching, the skin can become inflamed, flaky, itchy, and vulnerable to infection. Coconut oil helps replenish moisture and support the lipid layer of the skin, improving hydration, softness, and elasticity while also contributing to a healthier, shinier coat.

Lauric acid in coconut oil is particularly valued because it has natural antimicrobial and antifungal properties that may help reduce the growth of certain bacteria and yeasts commonly associated with irritated pet skin. This can be beneficial for pets prone to hot spots, mild fungal irritation, or recurring skin discomfort linked to excessive licking and scratching. Coconut oil also helps reduce transepidermal water loss, meaning it helps the skin retain moisture more effectively, which may lessen dryness and flaking.

When combined with Cannabidiol, the benefits may extend beyond simple moisturization. CBD interacts with the endocannabinoid system, a regulatory network found throughout the body — including the skin, immune cells, and nervous system. The skin itself contains cannabinoid receptors involved in regulating inflammation, itch signaling, oil production, and immune responses. By influencing these pathways, CBD may help calm irritated skin and reduce the inflammatory responses associated with allergies, dermatitis, insect bites, or environmental sensitivities.

One of the most useful aspects of CBD for pets with skin problems is its potential anti-itch effect. Chronic itching often creates a destructive cycle:

* itching leads to scratching,
* scratching damages the skin,
* damaged skin triggers more inflammation,
* inflammation increases itching further.

CBD may help interrupt this cycle by helping calm inflammatory signaling and reducing nerve-related itch sensitivity. Some pet owners report that pets scratch less, lick their paws less frequently, and appear more comfortable after regular use of topical or oral CBD products.

CBD may also assist indirectly by helping reduce stress and anxiety-related behaviors that worsen skin conditions. Many pets compulsively lick, chew, or scratch when anxious or overstimulated. Because CBD may promote relaxation and nervous system balance in some animals, it can help reduce stress-driven grooming behaviors that contribute to skin trauma.

Coconut oil also serves as an effective carrier for CBD because cannabinoids are fat-soluble compounds. The fatty acids in coconut oil can help improve the absorption and distribution of CBD through the skin and digestive system, making the combination particularly useful in topical balms, skin salves, infused oils, or oral supplements for pets.

For coat health, the combination may support:

* improved coat softness and shine,
* reduced dryness and dandruff,
* less excessive shedding caused by skin irritation,
* healthier skin hydration,
* and improved comfort in pets with sensitive skin.

29/05/2026

5-HTP may help people with Fibromyalgia because fibromyalgia is increasingly understood as a disorder involving abnormal pain processing in the central nervous system rather than simply a muscle disease. In many people with fibromyalgia, the brain and spinal cord become “sensitized,” meaning normal sensations are amplified into pain. Serotonin is one of the major neurotransmitters responsible for calming and regulating these pain pathways, and research has shown that many fibromyalgia patients have lower serotonin activity or abnormalities in serotonin metabolism. Since 5-HTP is the direct precursor to serotonin, supplementation may help restore part of this imbalance.

One of the most important mechanisms is its effect on central pain modulation. Normally, the brain sends inhibitory signals down the spinal cord to dampen pain messages coming from the body. Serotonin is heavily involved in this descending pain-control system. In fibromyalgia, these inhibitory systems often function poorly, which means pain signals are amplified and persist longer than they should. By increasing serotonin availability, 5-HTP may strengthen the nervous system’s ability to “turn down” pain intensity. This is one reason some people report reduced muscle tenderness, burning sensations, and fewer pain flare-ups after consistent use.

5-HTP may also indirectly affect other neurotransmitters involved in fibromyalgia. Serotonin interacts closely with dopamine, norepinephrine, GABA, and endogenous opioid systems. Fibromyalgia is associated with dysregulation across several of these pathways, contributing to fatigue, emotional stress sensitivity, poor stress recovery, and heightened pain awareness. Supporting serotonin production may help stabilize broader nervous system signaling, creating a calmer neurological state and reducing the “overfiring” that many fibromyalgia sufferers experience.

Sleep improvement is another major reason 5-HTP may help fibromyalgia. Deep restorative sleep is essential for tissue repair, immune regulation, hormone balance, and pain recovery. Many people with fibromyalgia experience disrupted slow-wave sleep, frequent waking, and unrefreshing sleep. Because serotonin is converted into melatonin, 5-HTP may help normalize sleep architecture, allowing deeper and more restorative sleep cycles. This is significant because poor sleep and fibromyalgia pain form a vicious cycle:

* pain disrupts sleep,
* poor sleep lowers pain tolerance,
* increased pain worsens sleep further.

Improving sleep quality can therefore reduce next-day pain sensitivity, fatigue, brain fog, and stiffness.

5-HTP may also influence fibromyalgia through stress-system regulation. Many people with fibromyalgia have dysregulation of the hypothalamic-pituitary-adrenal (HPA) axis — the system controlling cortisol and stress responses. Chronic stress and nervous system hypervigilance can keep the body in a prolonged “fight-or-flight” state, increasing muscle tension, inflammation signaling, headaches, digestive issues, and exhaustion. Serotonin plays a role in emotional regulation and autonomic nervous system balance. Increasing serotonin activity may help reduce anxiety, emotional overload, and nervous system hypersensitivity, which can indirectly lessen symptom severity.

There is also evidence that fibromyalgia involves abnormal levels of a neurotransmitter called substance P, which amplifies pain signals. Some studies suggest serotonin may help counterbalance substance P activity. Since fibromyalgia patients often have elevated substance P in cerebrospinal fluid, increasing serotonin through 5-HTP may help reduce the excessive pain amplification associated with this imbalance.

Another important aspect is fatigue and cognitive dysfunction (“fibro fog”). Fibromyalgia is not only painful — it is neurologically exhausting. Poor sleep, chronic stress activation, neurotransmitter depletion, and persistent pain all drain mental energy and concentration. By supporting serotonin production and improving sleep continuity, some people experience better mood stability, improved resilience, clearer thinking, and less daytime exhaustion.

Clinical studies on 5-HTP for fibromyalgia have shown mixed but promising results. Some older trials found improvements in:

* pain intensity,
* morning stiffness,
* anxiety,
* fatigue,
* and sleep quality.

However, responses vary because fibromyalgia itself is highly individual. Some patients have stronger serotonin-related symptoms than others, and some may respond better to medications or supplements targeting dopamine, inflammation, mitochondrial health, or nerve sensitivity instead.

Many people with fibromyalgia who use 5-HTP successfully combine it with broader supportive strategies such as magnesium, sleep optimization, anti-inflammatory nutrition, gentle movement therapy, nervous system regulation, and stress reduction techniques, because fibromyalgia is usually multifactorial rather than caused by a single deficiency alone

5-HTP (5-Hydroxytryptophan) is a compound produced naturally in the body from the amino acid tryptophan. It serves as a precursor to serotonin, a neurotransmitter that plays a crucial role in mood regulation, sleep, and appetite. Here are some potential benefits of 5-HTP: Mood Enhancement: 5-HTP is....