What are the consequences of too much hydrogel in the blood?

By SWA

Recreant publication regarding elevated hydrogel or PEG was detected in the Covid-19 vaccine that led me to researging the potential harmful consequences. 

First findings:

The introduction of too much hydrogel into the bloodstream can have several potential consequences, depending on the type of hydrogel, its properties, and the amount introduced. Here are some possible consequences:

  1. Hemodilution: Large amounts of hydrogel in the bloodstream can dilute the blood, which may affect the balance of electrolytes, blood cells, and proteins in the blood. Hemodilution can reduce the blood's ability to carry oxygen and nutrients efficiently, potentially leading to symptoms of anemia and impaired circulation.

  2. Clotting and Thrombosis: Some hydrogel materials can trigger the activation of the clotting cascade, leading to the formation of blood clots. These clots can block blood vessels, which may result in serious conditions such as deep vein thrombosis (DVT), pulmonary embolism, or stroke.

  3. Immune Response: The immune system may recognize the hydrogel as a foreign substance and mount an immune response. This can lead to inflammation and, in severe cases, anaphylaxis, a life-threatening allergic reaction.

  4. Organ Damage: Depending on where the hydrogel accumulates, it may block blood vessels or interfere with the function of organs. This can result in damage to vital organs like the heart, lungs, brain, or kidneys.

  5. Hypervolemia: The excessive presence of hydrogel can increase blood volume beyond the body's normal capacity, a condition known as hypervolemia. This can strain the heart, potentially leading to heart failure.

  6. Metabolic Disturbances: The presence of hydrogel in the bloodstream can disrupt normal metabolic processes. For example, it may affect the regulation of electrolytes like sodium and potassium, leading to electrolyte imbalances.

  7. Impaired Blood Flow: Hydrogel particles may aggregate or adhere to the walls of blood vessels, reducing blood flow. This can lead to tissue ischemia (lack of oxygen) and damage to the affected tissues.

  8. Systemic Effects: Depending on the chemical composition of the hydrogel, it may release toxic substances as it degrades, causing systemic toxicity and harm to various organs and tissues.

It's important to note that the severity of these consequences depends on several factors, including the type of hydrogel, its size and properties, the rate of introduction into the bloodstream, and individual variations in the body's response. Additionally, the medical community takes great care to ensure that hydrogel-based medical products, such as drug delivery systems or implants, are designed and tested rigorously to minimize the risk of adverse effects when used in clinical applications. Any use of hydrogel in medical settings should be conducted under the supervision of qualified healthcare professionals to mitigate potential risks.

A statement on Twitter (https://twitter.com/RifeTechnology/status/1707070819749273672):
"distinct proteinaceous entities originating from the hydrogel matrix are discernible within the sample" refers to the presence of clearly identifiable protein structures that have been released or are present within a hydrogel-based sample.  

The statement "distinct proteinaceous entities originating from the hydrogel matrix are discernible within the sample" refers to the presence of clearly identifiable protein structures that have been released or are present within a hydrogel-based sample. Let's break down this statement to understand it better:

  1. Distinct Proteinaceous Entities: This phrase refers to specific, individual protein molecules or structures. "Proteinaceous" means that these entities are primarily composed of proteins. Proteins are large biomolecules made up of amino acids and play critical roles in various biological processes.

  2. Originating from the Hydrogel Matrix: The proteins in question are coming from the hydrogel matrix. A hydrogel is a three-dimensional network of polymer chains that can hold a significant amount of water. Hydrogels are used in various scientific and medical applications, including drug delivery and tissue engineering. In this context, it suggests that proteins are either part of the hydrogel structure or have interacted with it in some way.

  3. Discernible within the Sample: This means that these protein structures can be clearly seen, identified, or detected within the sample being studied. Detecting these entities might involve using various analytical techniques, such as microscopy, mass spectrometry, or gel electrophoresis, depending on the nature of the study and the properties of the proteins.

    The statement is describing the presence of specific protein structures within a sample that have either originated from the hydrogel matrix itself or have become entangled or associated with the hydrogel. Researchers might be interested in this observation for various reasons, such as understanding how proteins interact with hydrogels, developing drug delivery systems, or studying the behavior of proteins in a specific environment.

Comments

Post a Comment

Popular posts from this blog

Is ME CFS Spinal Muscular Atrophy (SMA)?

By SWA
After a 70-year journey filled with multiple incorrect diagnoses and just as many inappropriate treatments, I finally found an answer to my progressive muscle weakness. Throughout this time, I faced insults and was labeled lazy for my inability to walk long distances or up hills, climb steps, or carry heavy loads. I couldn't ride a bike because sitting on the saddle was impossible. My school grades suffered due to insufficient performance in sports. Instead of receiving comfort from my parents, I was pushed into hard work to strengthen my muscles. Doctors also advised me to exercise my muscles. My life continued with reduced activity, as I had to avoid or quit jobs where standing for extended periods was required or where I couldn't support my skeletal muscle weakness by bracing my elbows. The most excruciatingly painful and weakest period, when I could barely walk, occurred at age 20, during pregnancy. In 2008, an MRI referred by my endocrinologist for permanent adrenal
Read more

Cytokine Storm, Mast Cell Activation Syndrome (MCAS), Endothelial Dysfunction and microclots/thrombosis?

By SWA
Image
Could a virus be the stimulus for cytokine production?   It is well established, but rarely  tested, that a cytokine storm is an overactive immune response characterized by the excessive release of pro-inflammatory cytokines. ( ANA, CRP, and CBC tests are necessary) It can occur in various conditions, such as severe infections (e.g., COVID-19), (and other viruses), autoimmune diseases, and after certain treatments.  Serositis and lymphopenia are common features of systemic lupus erythematosus following SARS-CoV-2 infection: A case report and literature review These cells are called NKG2D+CD8+ T cells and researchers say their aggressive response is responsible for neurological damage suffered from infections beyond just Zika, like COVID-19 and even septic shock. The aggressive response is the result of the body producing large amounts of inflammatory proteins called cytokines, which in moderation help to coordinate the body’s response in battling an infection or injury by
Read more

Strange fibrous clots

By SWA
 AI evaluated: The image shows a table listing various proteins with their corresponding percentages and ranks. These results appear to be from a protein analysis, possibly from a blood sample or a proteomic study. Each row represents a different protein, with the following columns: Protein Name: The name of the protein detected in the sample. Percentage (%): The relative abundance of each protein, indicating its proportion in the sample. Rank (#): The rank of each protein based on its relative abundance. Here is a brief interpretation of some of the listed proteins and their potential significance: Fibrinogen beta chain (35.2848%) and Fibrinogen gamma chain (16.0694%): High levels of fibrinogen proteins suggest a response to injury or inflammation, as fibrinogen is essential for blood clot formation. Hemoglobin subunit beta (14.0401%) and Hemoglobin subunit alpha (2.8530%): Presence of hemoglobin subunits indicates red blood cells or hemolysis in the sample. Actin, cytoplasmic 1
Read more