[Latin Name]  Piper methyicium L.

[Specification] Kavalactones ≥30.0%

[Appearance] Yellow powder

Plant Part Used: Root

[Particle size] 80Mesh

[Loss on drying] ≤5.0%

[Heavy Metal] ≤10PPM

[Storage] Store in cool & dry area, keep away from the direct light and heat.

[Shelf life] 24 Months

[Package] Packed in paper-drums and two plastic-bags inside.

[Net weight] 25kgs/drum

[What is Kava?]

Kava, also known as piper methysticum, kava kava, and ‘awa, is a small shrub native to the islands in the South Pacific. The root and stems are made into a non-alcoholic, psychoactive beverage that has been used socially and ceremonially for hundreds of years in Hawaii, Fiji, and Tonga.

Kava is traditionally prepared by placing ground root and stem into a porous sack, submerging in water, and squeezing the juice into a large, carved, wooden bowl. Coconut half-shell cups are dipped and filled — punch bowl style. After drinking a cup or two a feeling of heightened attention combined with relaxation begins to come on. Although it is soothing, it is unlike alcohol in that thoughts remain clear. The flavor is largely inoffensive, but some find that it takes getting used to; it really depends on your preference for earthy flavors.

[Kava is Safe to Use]

The safe and effective benefits of kava to relieve symptoms of anxiety were also supported in a meta-analysis, a systematic statistical review of seven human clinical trials published in 2000 in the Journal of Clinical Psychopharmacology, and again in a similar critical review in 2001. The reviews did not find significant adverse effects related to liver toxicity.

In conclusion, the liver is affected by many substances, including prescription and non- prescription drugs, as well as alcohol, which is a major cause of liver damage. We must be aware that herbs are potent medicines, to be treated with the appropriate respect regarding potential interactions and toxicity, including to the liver. On the other hand, Kava kava’s margin of safety far surpasses that of it’s pharmaceutical equivalent.

[Function]

Kava’s can help offset a number of problems, most notably stress, anxiety, and disrupted sleep patterns. However, kava’s anxiolytic (anti-panic or anti-anxiety agent) and calming properties can offset many other stress and anxiety related ailments.

1. Kava as a Therapy for Anxiety
2. Kava May Remedy Menopausal Mood Swings

3. Weight Loss

4. Combat Premature Aging

5. Quit Smoking Aid

6. Combat pain as an analgesic

7. Insomnia

8. Depression

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https://www.stomponstep1.com/hypersensitivity-type-1-2-3-4-urticaria-anaphylaxis-immune-complexes-i-ii-iii-iv
SKIP AHEAD:
0:26 – Definition of Hypersensitivity
1:12 – Mnemonic for remembering the 4 types
2:58 – Type I (Type 1) HS
6:48 – Anaphylactic Shock
7:45 – Type II (Type 2) HS
8:57 – Type III (Type 3) HS and Immune Complexes
10:29 – Type IV (Type 4) HS

Hypersensitivity is when an otherwise healthy immune system has an undesirable exaggerated response to a foreign substance (or perceived foreign substance) that damages the body’s own cells. These are the same immune processes that are necessary to prevent infection, but they create problems when they are hyperactive or misguided. The way I remember the four different types of hypersensitivity is my ABCD mnemonic.
I = Allergic Anaphylaxis and Atopy
II = antiBody
III = immune Complex
IV = Delayed
* Types I, II and III all can involve antibodies. Therefore, having antibody in the mnemonic for type II may be confusing. However, the “classic” role of antibody involving complement activation, NK cell activation and opsonization are part of Type II which is why I feel that is the simplest way to remember it.

Type I Hypersensitivity is triggered by an innocuous foreign substance (like dust, pollen or animal dander) that would cause no problems in the majority of people. The antigen simultaneously binds more than one membrane bound IgE on a mast cell (or basophil). This process, called Crosslinking, triggers the release of mast cell granules full of histamine. Histamine then goes on to signal the various changes associated with allergies similar to how it functions during acute inflammation. This allergic reaction happens almost instantly and the symptoms can become evident within minutes. This is possible because the mast cells are Pre-Sensitized to the innocuous substance which means they have pre-formed membrane bound IgE that recognizes the particular innocuous antigen. To be pre-sensitized the immune system must have seen the antigen previously, because antibody (IgE) formation takes time. Histamine’s role in Type I Hypersensitivity is why Anti-Histamines (Histamine Antagonists) like Diphenhydramine or Loratidine can control some allergy symptoms.

Type I Hypersensitivity is the process that leads to various different “allergies”. A more mild form would include Allergic Rhinitis (seasonal allergies) that cause things like coughing, sneezing, watery eyes and nasal congestion. Some individuals with these allergies also experience an atopic rash referred to as Urticaria (Hives) or Atopic Dermatitis (Eczema). This red rash is raised and pruritic (itchy). Through a similar mechanism Type I Hypersensitivity can lead to exacerbation of Allergic Asthma by environmental triggers. This type of hypersensitivity is also the mechanism behind more serious conditions like peanut or bee sting allergies that can lead to swelling of the lips/tongue/throat, shortness of breath, stridor, and anaphylactic shock. Anaphylatic shock is a life threatening condition in which systemic histamine directed inflammation causes hypotension via global vasodilation, an increase in vascular permeability and significant fluid movement into the tissue. It is treated with epinephrine, often in the form of an “Epi Pen” when outside of a medical setting. Epinephrine activates Alpha-1 Adrenergic Receptors to raise blood pressure via vasoconstriction and increased contractility of the heart.

Type II Hypersensitivity is the process by which IgG or IgM binds to a cell to cause injury or death (Antibody Dependent Cytotoxicity). This process has the same mechanism of action as normal humoral immunity except it is targeted at the body’s own cells instead of pathogens. The variable region of the antibody binds to the host cell while the constant portion interacts with NK cells, complement and macrophages. Examples of this reaction can be seen in Rheumatic Fever (body’s own cell look similar to Strep Pyo), Goodpasture Syndrome (Anti-Glomerular Basement Membrane Antibodies) and Hemolytic Disease of Newborns/Erythroblastosis Fetalis (when a Rh- mother has a second Rh+ child and the maternal IgG targets fetal RBCs).

The text for this video is too long for Youtube and exceeds the maximum allowed video description length. To read the rest of it go here https://www.stomponstep1.com/hypersensitivity-type-1-2-3-4-urticaria-anaphylaxis-immune-complexes-i-ii-iii-iv