GcMAF is an immunotherapy product that, according to current clinical experiences, has been free of any adverse side effects in patients. It is designed to activate macrophages, which are crucial components of the immune system.

GcMAF: Glycoprotein Macrophage Activating Factor.
Glycoprotein: Proteins with carbohydrate groups attached to their polypeptide chains. These are
essential for immunity, hormones, and cell interactions.
MAF (Macrophage-Activating Factor): Signals macrophages to enhance immune functions,
including destroying tumor cells, secreting cytokines, and reducing pathogens.

1. Activation of macrophages, which are crucial for the immune response and help in reducing inflammation by clearing out pathogens and dead cells.

2. Regulation of the immune system, potentially reducing chronic inflammation associated with autoimmune diseases.

3. Reduction of pro-inflammatory cytokines, which are signaling molecules that promote inflammation.

4. Enhancement of phagocytosis, helping in the removal of inflammatory debris and pathogens.

5. Inhibition of angiogenesis (formation of new blood vessels), which can reduce inflammation in cancerous tissues.

6. Improvement in chronic conditions like rheumatoid arthritis and multiple sclerosis.

7. Reduction of oxidative stress, which is a contributor to inflammation.

8. Potential benefits in autoimmune diseases by modulating the immune response and reducing inflammation.

9. Enhancement of natural killer cells, which play a role in controlling inflammation.

10. Potential in reducing neuroinflammation, which is inflammation of the nervous tissue.

Deglycosylated GcMAF in a stabilized PBS buffer system.

Use it first thing in the morning. Avoid food or drinks for 15 minutes before and after using the spray. Dosage varies by purpose and age, with lower amounts recommended for children.

Please understand that medical trials are conducted on animals for several key reasons, which are for humans and pets.

Animals, particularly mammals like mice, share a significant amount of their DNA with humans, making them suitable models for studying human diseases and treatments https://med.stanford.edu/animalresearch/why-animal-research.https://www.bing.com/search?form=SKPBOT&q=Biological%20Similarity

Animals can develop many of the same health issues as humans, such as cancer, diabetes, and heart disease, allowing researchers to study these conditions and potential treatments https://med.stanford.edu/animalr…/why-animal-research.html.

And https://www.bing.com/search?form=SKPBOT&q=Health%20Problem%20Susceptibility

With shorter life cycles, animals can be observed over their entire lifespan or even across generations, providing valuable insights into disease processes and long-term effects of treatments https://med.stanford.edu/animalr…/why-animal-research.html

And https://www.bing.com/search?form=SKPBOT&q=Whole%20Life%20Span%20Study

It’s often not feasible, or ethical to perform certain types of research directly on humans, so animals serve as surrogates to test the safety and efficacy of new treatments before they are considered for human trials https://med.stanford.edu/animalr…/why-animal-research.html And https://www.bing.com/search?form=SKPBOT&q=Ethical%20and%20Practical%20Considerations

Many treatments developed for human use are also beneficial for animals, improving veterinary care and contributing to the health of pets https://med.stanford.edu/animalr…/why-animal-research.html And https://www.bing.com/search?form=SKPBOT&q=Veterinary%20Benefits

The results from animal trials are crucial for advancing medical science, but it’s important to note that they don’t always directly translate to humans due to species differences. What works in animals may not work the same way in humans, and vice versa. Therefore, while animal studies provide a foundation, they are just one step in a comprehensive process that includes rigorous human clinical trials to ensure safety and effectiveness for human patients https://medicalxpress.com/…/2017-08-animal-trial….

In the context of pets, most of the findings from animal trials can be applicable, as many pets are also mammals and share similar biological systems. However, each species has its unique characteristics, so veterinary scientists must carefully evaluate how findings from one species can be applied to another. This is why the development of veterinary medicines also involves specific trials designed for the target species https://med.stanford.edu/animalr…/why-animal-research.html.

No, GcMAF is not naturally found in food. It is derived from vitamin D-binding protein through scientific processes, which do not occur in food production.

Quality GcMaf is not easy to locate. We find these product to be of high quality, with items such as
GCMAF sprays
and Creams
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Please visit DubaibioRemedix site for more information

Points from the Editor: 

We recommend that people conduct their own research. Our focus in research microbiology intertwines immunology and biochemistry to unravel GcMAF’s therapeutic potential.

Dubai BioREemedix products come recommended from medical doctors and practitioners who have reported encouraging results.

Dubaibioremedix has FDA approval with a DUNS number

“Cure” is a significant claim that cannot be made here. Autism involves numerous co-factors under its umbrella.

From case studies and observations:

Benefits for individuals on the autism spectrum with high Nagalase levels are evident.

Improvements include speech development, coordination, reduced repetitive behaviors, and
better responsiveness to instructions.

Case Study: A young individual, Wes, exhibited enhanced speech, increased calmness, and
affectionate gestures like hugs.

Dietary enhancements tailored to address deficiencies identified through blood tests contribute to
overall progress.

GcMAF is not a cure for autism but can be part of a broader therapeutic strategy, especially if
Nagalase levels are high. Autism’s multifaceted origins (genetic, environmental, or vaccine-related) call for a holistic approach.

Reference: Case study of Wes.

Differences Between Applications of Creams and Sprays

MicroproXtra, Gcmaf, mouth or nasal spray? which has better absorbency?

GcMAF spray may have better absorbency when sprayed under the tongue compared to being sprayed in the nose due to the following reasons:

1. The area under the tongue has a rich network of blood vessels, allowing for rapid absorption directly into the bloodstream. This bypasses the digestive system and liver, leading to faster and more efficient uptake of the active ingredients.

2. The mucosal layer under the tongue is thinner compared to the nasal mucosa, facilitating quicker absorption of substances.

3. The nasal cavity has various barriers such as mucus and cilia that can impede the absorption of substances. Sublingual administration avoids these barriers, potentially leading to better bioavailability.

These factors contribute to the enhanced absorbency and effectiveness of sublingual administration for substances.

4. Additionally: the thinner mucosal layer under the tongue can indeed allow for more efficient absorption than the thicker nasal mucosa. Hence, for maximizing bioavailability and effectiveness, sublingual sprays of GcMAF often offer superior results compared to nasal sprays. like GcMAF.

Author Maryjayne Aria on GcMaf
#maryjaynearia #gcmaf #MicroprXtraGcMaf #gcmafresearch #maryjayneariagcmaf

 Not all producers of GcMaf have approvals. However Dubaibioremedix GcMaf products known as MicroproXtra cream and microproXtra spray have FDA and European approvals. necessarily illegal; they just haven’t been verified by the FDA.

Health decisions are independent of FDA ownership.

Vitamin D3 connects directly to GcMAF and plays a role in immune function. The D25 test measures inactive vitamin D and may not fully reflect active levels (D1,25). Genetic factors affect how vitamin D converts to its active form.

GcMAF does not directly activate vitamin D receptors (VDR). It enhances immune responses
through macrophages, influencing the broader vitamin D system.

No lasting secondary effects have been reported. It is possible to experience  slight nausea and mild temperature increase.

Nagalase is an enzyme (α-Nacetylgalactosaminidase) in the blood. Nagalase is an enzyme produced by cancer and virally infected cells. High Nagalase levels have been observed in the following conditions: Viral infections, Cancer, Autism, Lupus, and other immunity disorders.

Nagalase is also known to suppress the immune system by blocking the production of Gc-MAF, a protein that activates macrophages.

Which makes Nagalase testing a useful marker for disease diagnosis and monitoring. Helping to monitor the efficacy of therapy for cancer and certain viral infections and allowing for earlier detection and treatment.

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We recommend Naga, Nagalse Test Kits from Dubaibioremedix as they are different to previous Nagalase tests, which were less accurate, hard to obtain, and had long waiting times, for the results.Providing 98% accurate results, within 15 minutes.

Naga, Nagalase Rapid Test Kits are a type of Lateral Flow Assay (LFA) which is far quicker and easier to use. With instant reliable 98% accurate results within 15 minutes.

According to research Healthy and normal Nagalase levels are below 0.95 nmol/min/mg.

Whilst increasing up to 8 nmol/min/mg in cases where cancer is present.

We recommend referring all results to your healthcare provider for further advice.

 The following mechanisms help certain substances, including therapeutic proteins like GcMAF, to reach the brain despite the protective nature of the blood brain barrier (BBB) 

Transmembrane diffusion: Small, lipid-soluble molecules can pass through the BBB by diffusing across the cell membranes of the endothelial cells.

Transport proteins: Certain transport proteins in the BBB can actively transport specific molecules, including some proteins and peptides, into the brain.

Adsorptive endocytosis: This process involves the binding of molecules to the surface of endothelial cells, followed by their internalization and transport across the BBB.

Receptor-mediated transport: Some molecules can cross the BBB by binding to specific receptors on the endothelial cells, which then transport them into the brain.

1. Activation of macrophages to target and destroy cancer cells.
2. Inhibition of angiogenesis, preventing new blood vessel formation for tumors.
3. Induction of apoptosis, leading to programmed cell death in cancer cells.
4. Enhancement of the overall immune response against cancer cells.
5. Significant reduction in tumor size.
6. Improvement in oxygen levels due to reduced tumor burden.
7. Alleviation of coughing as the tumor shrinks.
8. Enhanced phagocytosis, allowing macrophages to engulf and digest cancer cells.
9. Anti-inflammatory effects, reducing cancer-associated inflammation.
10. Increased energy levels as the immune system strengthens.
11. Healthy weight gain during recovery.
12. Improved lung function and easier breathing.
13. Effectiveness without the need for traditional chemotherapy.
14. Less invasive treatment compared to surgery.
15. Overall improvement in quality of life.

1. Activation of macrophages to target and destroy cancer cells.
2. Inhibition of angiogenesis, preventing new blood vessel formation for tumors.
3. Induction of apoptosis, leading to programmed cell death in cancer cells.
4. Enhancement of the overall immune response against cancer cells.
5. Significant reduction in tumor size.
6. Improvement in oxygen levels due to reduced tumor burden.
7. Alleviation of coughing as the tumor shrinks.
8. Enhanced phagocytosis, allowing macrophages to engulf and digest cancer cells.
9. Anti-inflammatory effects, reducing cancer-associated inflammation.
10. Increased energy levels as the immune system strengthens.
11. Healthy weight gain during recovery.
12. Improved lung function and easier breathing.
13. Effectiveness without the need for traditional chemotherapy.
14. Less invasive treatment compared to surgery.
15. Overall improvement in quality of life.

1. Reduction in repetitive behaviors like hand-flapping or rocking.
2. Improved tolerance to sensory stimuli and reduced sensory sensitivities.
3. Enhancements in social skills and interactions.
4. Regulation of the immune system, which is often dysregulated in autism.
5. Improvements in cognitive abilities, attention, and focus.
6. Better overall behavior and responsiveness to parental instructions.
7. Enhanced speech development.
8. Increased calmness and reduced anxiety.
9. Improvements in motor skills and coordination.
10. Exhibiting empathy and affectionate gestures like hugs.
11. Reduction in inflammation, which is often present in autism.
12. Improved gut health, which is linked to autism symptoms.
13. Aid in the detoxification processes of the body.
14. Influence on neurotransmitter function and brain connectivity.
15. Reduction in seizure activity.
16. Better sleep patterns.
17. Improvements in learning and academic performance.
18. Better emotional regulation and mood stabilization.
19. Increased energy levels and reduced fatigue.
20. Overall improvement in the quality of life for individuals with autism.

1. Reduction in inflammation, which is a key factor in Alzheimer’s.
2. Helps regulate the immune system, potentially reducing autoimmune responses.
3. Enhances cognitive functions and slows cognitive decline.
4. Protects neurons from damage and supports their repair.
5. Reduces the formation of amyloid plaques, characteristic of Alzheimer’s.
6. Improves synaptic communication, often impaired in Alzheimer’s.
7. Reduces oxidative stress, contributing to neuronal damage.
8. Enhances brain metabolism and energy production.
9. Reduces the formation of tau protein tangles, another hallmark of Alzheimer’s.
10. Promotes the growth of new neurons.
11. Improves mood and behavior in individuals with dementia.
12. Reduces neuroinflammation, linked to the progression of Alzheimer’s.
13. Helps maintain the integrity of the blood-brain barrier.
14. Reduces the activation of microglia, involved in neuroinflammation.
15. Improves sleep patterns.
16. Aids in the detoxification processes of the brain.
17. Reduces depression symptoms.
18. Improves memory function.
19. Increases energy levels and reduces fatigue.

Overall improvement in the quality of life for individuals with dementia and Alzheimer’s.

Here are 10 reasons how stem cells are used in certain health conditions when combined with GcMAF:

1. Enhanced immune response: The combination can boost the immune system’s ability to fight infections and diseases.
2. Improved tissue regeneration: Stem cells can aid in regenerating damaged tissues, while GcMAF can enhance this process.
3. Reduction in inflammation: Both stem cells and GcMAF can help reduce inflammation, which is beneficial in conditions like arthritis.
4. Neuroprotection: This combination in accordance to Dr Fermin Celma, protects neurons and supports brain health, potentially aiding in neurodegenerative diseases.
5. Enhanced healing: Stem cells can promote faster healing of wounds and injuries, with GcMAF supporting immune function.
6. Reduction in autoimmune responses: The combination can help regulate the immune system, reducing harmful autoimmune responses.
7. Improved cognitive function: There is potential for improved cognitive functions in conditions like Alzheimer’s when using both treatments.
8. Support for cancer treatment: GcMAF can activate macrophages to fight cancer cells, while stem cells can help repair tissues damaged by cancer treatments.
9. Enhanced detoxification: Stem cells can support the body’s detoxification processes, with GcMAF aiding in immune regulation.
10. Overall quality of life: The combined therapies can lead to an overall improvement in quality of life by addressing multiple health issues simultaneously. Source : https://www.stemcell-doctor.com/

Here are 10 reasons how GcMAF could help in the treatment of aggressive tumors:

1. Activates macrophages to attack and destroy cancer cells.
2. Reduces tumor growth by inhibiting cancer cell proliferation.
3. Enhances the immune system’s ability to target and eliminate tumors.
4. Decreases inflammation associated with tumor progression.
5. Reduces the levels of nagalase, an enzyme that helps tumors evade the immune system.
6. Improves the body’s natural defense mechanisms against cancer.
7. Supports the repair and regeneration of healthy tissues.
8. Increases the effectiveness of other cancer treatments.
9. Reduces the risk of metastasis by targeting cancer cells throughout the body.
10. Enhances overall quality of life by reducing tumor-related symptoms.

20 reasons how GcMAF can help in the treatment of viral overload : 

1. Activates macrophages to target and destroy virus-infected cells.
   
2. Enhances the immune system’s ability to fight viral infections.
   
3. Reduces the viral load in the body.
   
4. Improves overall immune response and resilience.
   
5. Decreases inflammation associated with viral infections.
   
6. Reduces the levels of nagalase, an enzyme that helps viruses evade the immune system.
   
7. Supports the repair and regeneration of immune cells.
   
8. Enhances the effectiveness of antiviral treatments.
   
9. Reduces the risk of opportunistic infections.
   
10. Improves energy levels and reduces fatigue.
    
11. Enhances overall quality of life for individuals with viral infections.
    
12. Supports the body’s natural defense mechanisms.
    
13. Reduces the progression of viral diseases.
    
14. Improves gut health, which can be compromised by viral infections.
    
15. Enhances detoxification processes in the body.
    
16. Reduces oxidative stress, which can damage immune cells.
    
17. Supports healthy liver function, important for detoxification.
    
18. Improves mental clarity and cognitive function.
    
19. Reduces the risk of virus-related complications.
    
20. Provides a complementary approach to traditional antiviral therapies. quality of life by reducing tumor-related symptoms.

Here are 10 reasons how GcMAF could help with the side effects of radiotherapy: 

1. Boosts the immune system, helping the body recover faster from the immunosuppressive effects of radiotherapy.

2. Enhances the effectiveness of radiotherapy by improving the body’s ability to eliminate residual cancer cells.

3. Reduces inflammation, which can be a common side effect of radiotherapy.

4. Helps in the repair of damaged tissues by activating macrophages.

5. Decreases oxidative stress, which is often increased by radiotherapy.

6. Supports overall immune function, reducing the risk of infections during treatment.

7. Mitigates fatigue, a common side effect of radiotherapy, by improving immune response.

8. Reduces the severity of skin reactions caused by radiotherapy.

9. Helps maintain a better quality of life by reducing the overall side effects of treatment.

10. Enhances the body’s natural healing processes, promoting faster recovery.

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These potential benefits make GcMAF a promising adjunct to radiotherapy, 

Traveling with GcMAF or other supplements and medications that need to be kept with you requires careful planning to ensure they remain safe and effective.

Here are some tips to help you manage your supplements and medications while traveling: 

It is advised to keep Medications and supplements in Your Carry-On: Carrying your supplements and medications in your carry-on bag. This ensures you have access to them at all times and prevents them from being lost or delayed with checked luggage.

Temperature Control: Some supplements such as GcMaf need to be kept at a specific temperature. Use insulated bags or portable coolers to keep them within the required temperature range. Make sure to have a plan for re-cooling them if your journey is long.

Security Screening: Inform security personnel that you are carrying medications. Medications in liquid form are allowed in carry-on bags in reasonable quantities, but you must declare them at the security checkpoint. Have proof of what the product is with you to show. 

Time Zone Adjustments: If you are traveling across time zones, adjust your medication schedule accordingly. Consult your practitioner for advice on how to manage your medication times.

Extra Supply: Bring extra medication in case of travel delays. It’s a good idea to have at least a few days’ worth of extra doses.

Travel Insurance: Consider travel insurance that covers medical expenses, including the cost of replacing lost or stolen medications.

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By following these tips, you can ensure that your supplements and medications are safe and accessible throughout your trip. If you have any specific concerns or need more detailed advice, feel free to ask!