TLDR;
This webinar, led by Maureen Fontaine, explores the critical role of systemic enzymes in overall health. It covers how these enzymes support various bodily functions, reduce inflammation, and aid in the breakdown of unwanted proteins and debris in the blood. The presentation details ten key benefits of systemic enzyme therapy, specific conditions that benefit from it, and provides a detailed look at three specific enzymes: serrapeptase, clear zyme, and nattokinase, including their unique applications and clinical considerations.
- Systemic enzymes are essential for numerous bodily functions, including digestion, hormone production, and waste removal.
- They can help reduce inflammation, scar tissue, and the risk of blood clots.
- The choice of enzyme depends on the specific condition, with serrapeptase targeting mucus and respiratory issues, clear zyme addressing general inflammation and tissue repair, and nattokinase focusing on cardiovascular health.
Introduction [0:00]
Heather from Biomed introduces Maureen Fontaine, highlighting her expertise in biological medicine, live and dry blood analysis, and her passion for understanding the emotional connections to our biology. Maureen expresses her enthusiasm for sharing her knowledge of systemic enzymes, which she has worked with for decades, emphasizing their effectiveness and the clarity of Biomed's offerings.
Why Everyone Needs Systemic Enzymes [3:26]
Enzymes are essential for every chemical action in the body, including organ function, vitamin and mineral utilization, and hormone production. Systemic enzymes enhance the biocatalytic action of cells and membranes, aiding in the breakdown of substances in the blood and tissues that can cause discomfort or hinder bodily functions. The ability to break down these substances is crucial for healthy aging. Dr. William Wong notes the body has roughly 3,000 enzymes resulting in over 7,000 enzymatic reactions. Systemic enzymes should be taken between meals to maximize their effectiveness in addressing systemic issues rather than just digestion. Enzyme production declines after age 25, making supplementation beneficial for many.
Three Categories of Systemic Enzymes [6:09]
Systemic enzymes fall into three main categories: proteolytic (breaks down protein), fibrinolytic (breaks down fibrin), and mucolytic (breaks down mucus). Proteolytic enzymes are particularly important because much of what accumulates in the blood is protein-based. While proteolytic enzymes are a significant type of systemic enzyme, systemic enzymes encompass a broader range. German practitioners began using proteolytic enzyme therapy in the 1960s to address various conditions.
Ten Special Things About Systemic Enzyme Therapy [7:17]
Systemic enzymes help neutralize biochemicals produced during inflammation, accelerating healing. Studies have shown that athletes with ankle injuries returned to the field much sooner when taking proteolytic enzymes. These enzymes clear debris from the blood, digesting and eliminating organic waste from circulation and the lymphatic system, which reduces the risk of disease. They also dissolve fibrin in the blood, reducing the tendency for clotting, particularly with nattokinase. Systemic enzymes minimize scar tissue by consuming fibrin and restoring elasticity to vascular walls. They enhance the immune system by helping macrophages digest intruders and modulating the immune response. Diet alone can stress the immune system, and systemic enzymes can improve digestion, dissipate congestion, and reduce mucus production. They also address infections by devouring undigested protein that feeds bacteria, viruses, mold, and fungi. Systemic enzymes reduce harmful proteins passing through the intestines, improving symptoms of inflammation, allergies, sinusitis, asthma, and autoimmunity. They differentiate between necessary and foreign proteins due to a lock and key mechanism, ensuring they only eradicate harmful substances.
Application of Intestinal Kit [17:21]
The appearance of a white polymerized protein pool in the middle of a dry blood sample indicates intestinal issues, suggesting the need for an intestinal kit. Using systemic enzymes with this kit can help dissipate and dissolve residual protein buildup. Over time, this protein pool can disappear within four to six weeks. Probiotics and a blood and lymph cleanser can further aid in removing waste.
Serrapeptase: The Miracle Enzyme [18:56]
Serrapeptase is a broad-spectrum systemic and mucolytic enzyme derived from enterobacteria found in silkworms. It is used to address inflammation, pain, and swelling by clearing tissue congestion. It is effective for mucus congestion and reduces neutrophils, making it helpful for individuals with blood type O who overproduce neutrophils when their diet is off. Serrapeptase improves muscle, joint, and overall tissue health, reduces capillary permeability, and provides immunomodulation by regulating immune cell migration. It dissolves animal proteins and dead tissue without harming healthy tissue and strips off the matrix of bacterial biofilms, reducing the potential for infection. It is beneficial for fibrocystic breast disease, upper respiratory issues, asthma, bronchitis, COPD, and cystic fibrosis. Serrapeptase is produced using fermentation, making it suitable for vegetarians and vegans.
Clear Zyme: Targeting Inflammation [24:13]
Clear zyme is a systemic, proteolytic, and fibrolytic enzyme that targets acute and chronic inflammation. It is effective for soft tissue trauma, sports injuries, arthritis pain, sprains, strains, contusions, bruising, post-surgical healing, and fibrosis. Its proteolytic enzymes come from plant, fungal, and animal sources. It contains pancreatin, which aids in the digestion of protein, fats, and carbs, and is helpful for those undergoing radiotherapy for head, neck, and uterine cancers. Papain is beneficial for dyspeptic complaints, gastritis, and parasitic infections. Bromelain targets pain, swelling, and tenderness, and is good for rheumatoid arthritis and stomach upsets.
Systemic Enzyme Applications [27:20]
Systemic enzymes are effective for fibroids, helping to dissipate and dismember them over time. They also benefit cysts, PCOS, and fibrocystic breast disease. Eliminating coffee is important for those with fibroids or breast issues. Systemic enzymes are also beneficial in endometriosis, keloids, and arterial sclerosis, helping to soften scar tissue and repair vascular walls. They are used for blood and lymph cleansing, facilitating elimination and improving outcomes in cases of allergies, arthritis, and pancreatic insufficiency.
Live Blood Congestion and Uterine Fibroids [29:48]
Congestion in live blood, similar in appearance to fibroids, needs to be dissipated with systemic enzymes. This requires ensuring the liver and other elimination pathways are open, using detox kits and liver cleansers. Reducing exposure to xenoestrogens and inflammation is also important. Systemic enzymes can help improve thyroid function by removing debris and are beneficial for patients with infertility, pelvic inflammatory diseases, and PCOS.
Breast Ductile Carcinoma and Lymphatic Drainage [32:07]
Regardless of a breast ductile carcinoma diagnosis, it's important to move undigested proteins, fats, salts, and sugars. Sluggish lymphatics, which should be free-flowing, benefit from systemic enzymes that bring flow back to the lymphatic system. The lymphatic and immune systems can be supported, and systemic enzymes can help with the upregulation of microbes.
Blood of a Patient with Breast Cancer [33:21]
The blood of a patient with breast cancer shows a dense network of fibrin, restricting movement and release. This congestion hardens the tissue.
Head Injury and Systemic Enzymes [34:08]
Systemic enzymes are beneficial in cases of head injury. They help take fluid off the brain more efficiently and reduce swelling. Starting enzyme therapy early after an injury leads to better results. Clear zyme is particularly effective in dissolving fibrin and clearing the bone.
Excess Protein and Microbes in the Blood [36:28]
Excess protein in the blood can lead to the development of microbes or pleomorphic forms, causing inflammation. Cleaning the blood improves results, and a clean, balanced blood state is ideal. Microorganisms thrive on undigested leftovers, so efficient digestion and elimination are crucial.
Nattokinase: Targeting Fibrin [37:57]
Nattokinase has a fibrinolytic action that breaks down fibrin, benefiting the cardiovascular system. Fibrin and clots can form and mobilize, leading to poor circulation and vascular disease. Nattokinase dissolves fibrin and fibrinogen, acting as a natural blood thinner. It is compatible with medications like warfarin or heparin. The application is typically one capsule at bedtime, as strokes and heart attacks often occur at night when blood is thicker. Nattokinase assists with blood pressure and diabetes and improves blood and lymph viscosity. It dissolves the matrix of bacterial biofilms, diminishing the potential for infection and reducing the risk of cancer, tumors, fibroids, and cysts.
Blood Picture of a Smoker [41:37]
The blood of a smoker shows fibrin webbing and a tendency for blood clots, indicating a leaning towards cardiovascular disease.
Three Heavy Hitters: Serrapeptase, Clear Zyme, and Nattokinase [42:28]
Serrapeptase is best for mucus-based presentations, clear zyme for cancer, tumors, and breaking up debris, and nattokinase for cardiovascular disease. All three address inflammation, and nattokinase can be combined with cell tonic for patients with cardiovascular and microvascular issues, as well as diabetic patients.
Clinical Considerations [43:54]
Systemic enzyme therapy is appropriate at any point in treatment, accelerating programs and simplifying complexities. Diet is foundational, with the Swiss diet being a beneficial approach. pH therapy is also crucial for improving healing ability. Decongestion, inflammation, and immunomodulation may rectify with diet and pH therapy, but further decongestion with kits and targeted support for organs may be needed. Systemic enzymes can be adjusted in dosing, and immunomodulation may require additional support. The blood holds emotional imprints, highlighting the impact of emotions on tissue health.
Q&A: Length of Time and Monitoring [50:05]
A systemic enzyme can be used for about three to four months, aligning with the blood's turnover rate. Nattokinase can be used longer, especially in elderly patients, without significant contraindications. Monitoring pH levels can indicate the body's progress in building from debris. Nattokinase cleans the blood by addressing fibrin, improving blood flow.
Q&A: Serrapeptase Dosing and Chronic Inflammatory Response Syndrome [52:39]
Serrapeptase is typically dosed at one capsule once a day for maintenance, but can be increased for short periods during acute situations like bronchitis. For severe asthma, a higher dose can be used for three months, then reduced to the maintenance dose. While there is no specific experience with chronic inflammatory response syndrome (CIRS), systemic enzymes may be beneficial due to their anti-inflammatory properties.
Q&A: Lab Tests and Anticoagulant Use [58:37]
Lab tests are not always necessary before using systemic enzyme therapy, with blood analysis serving as a guide. Systemic enzymes work well with anticoagulants, starting at low doses and adjusting as needed. They can help remove biofilm, which creates problems, while medications may create biofilm.
Q&A: Multiple Sclerosis and Stomach Sensitivity [1:00:39]
For MS, removing biofilm with systemic enzymes is critical, as MS is often called the thirsty disease. Combining this with pH therapy can improve hydration. For stomach sensitivity, buffering systemic enzymes with a clear soup or starting with tiny doses can help. In cases of breast cancer with severe gastritis, micro-dosing the enzymes throughout the day can be effective.
Q&A: Autoimmune Disease and Lipomas [1:04:58]
For autoimmune disease, serrapeptase is used if there is a lot of mucus, while clear zyme is used for pain and inflammation. For lipomas, clear zyme is preferred for dissolving the gatherings.
Q&A: Systemic Enzymes in Pregnancy and Large Uterine Fibroids [1:06:56]
Systemic enzymes can improve the integrity of the uterus, aiding in both becoming and sustaining pregnancy. They are not harmful and can help postpartum. For large uterine fibroids (12 cm), a strict diet (no coffee, dairy, or sugar), liver and blood cleansing, and systemic enzymes (clear zyme) are recommended.
Q&A: Smokers with Arthritis and Pancreatic Insufficiency [1:10:42]
For smokers with arthritis, serrapeptase is used if there are wet lungs, while clear zyme is used for hardened issues. Micro-dosing may be necessary due to congestion. For pancreatic insufficiency, systemic enzymes clear biofilm, releasing anything encumbering the organ. Clear zyme is the preferred approach.
Q&A: Summarizing the Three Enzymes [1:16:00]
Serrapeptase is used for respiratory issues, mucus congestion, and edema. Clear zyme is for long-term acute or chronic inflammation, trauma, fibroids, cysts, lipomas, plaque, arterial sclerosis, scar tissue, blood and lymph cleansing, allergies, arthritis, and pancreatic insufficiency. Nattokinase is for clotting and cardiovascular disease, breaking up sticky blood, fibrin, clots, and biofilm.