• Vertigo is a sensation of motion or spinning that is often described as dizziness:

    Vertigo:

    Definition: Vertigo is a specific type of dizziness characterized by a sensation of spinning or movement, either of the person or their surroundings.
    Symptoms: Spinning sensation, balance problems, nausea, vomiting, nystagmus (involuntary eye movement), sweating, hearing loss, and ringing in the ears (tinnitus).
    Causes:
    Benign Paroxysmal Positional Vertigo (BPPV): Caused by small calcium particles (canaliths) clumping in the inner ear canals.
    Meniere's Disease: Involves excessive fluid in the inner ear.
    Vestibular Neuritis: Inflammation of the vestibular nerve, often due to viral infections.
    Labyrinthitis: Inner ear infection affecting both hearing and balance.
    Migraine: Vestibular migraines can cause vertigo without headache.
    Other Causes: Head injuries, strokes, brain tumors, certain medications, and alcohol.

    Dizziness:

    Definition: Dizziness is a broader term encompassing various sensations such as feeling faint, woozy, weak, or unsteady.

    Types of Dizziness:

    Lightheadedness: A feeling of near-fainting or fainting, often associated with hypotension.
    Disequilibrium: A sense of imbalance or unsteadiness without the spinning sensation.
    Presyncope: Sensation of imminent fainting, often related to cardiovascular issues.
    Non-specific Dizziness: General disorientation or a feeling of wooziness.

    Causes:

    Inner Ear Problems: Issues like BPPV, Meniere's disease, or vestibular neuritis.
    Circulatory Problems: Blood pressure issues, heart conditions, or dehydration.
    Neurological Conditions: Migraines, multiple sclerosis, Parkinson’s disease.
    Medications: Blood pressure medications, sedatives, antidepressants, and certain antibiotics.
    Anxiety Disorders: Panic attacks or generalized anxiety can cause dizziness.
    Other Causes: Hypoglycemia, anemia, infections, overheating, and dehydration.

    Prevention:

    Manage Underlying Conditions: Treat cardiovascular issues, diabetes, and anxiety.
    Avoid Triggers: Such as rapid head movements, certain visual stimuli, and known dietary triggers.
    Regular Check-ups: Particularly for individuals with chronic conditions affecting balance.
    Understanding vertigo and dizziness involves recognizing the wide array of potential causes and symptoms and seeking appropriate medical evaluation and treatment tailored to the underlying issue.

    Taking these steps can help manage vertigo and dizziness more effectively, improve your quality of life, and reduce the risk of complications. Don't wait—take action today to regain control of your balance and well-being. Visit Here: https://tinyurl.com/5dywcvpc

    #vertigo, #dizziness, #cardiovascular, #anxiety, #AnxietyDisorders
    Vertigo is a sensation of motion or spinning that is often described as dizziness: Vertigo: Definition: Vertigo is a specific type of dizziness characterized by a sensation of spinning or movement, either of the person or their surroundings. Symptoms: Spinning sensation, balance problems, nausea, vomiting, nystagmus (involuntary eye movement), sweating, hearing loss, and ringing in the ears (tinnitus). Causes: Benign Paroxysmal Positional Vertigo (BPPV): Caused by small calcium particles (canaliths) clumping in the inner ear canals. Meniere's Disease: Involves excessive fluid in the inner ear. Vestibular Neuritis: Inflammation of the vestibular nerve, often due to viral infections. Labyrinthitis: Inner ear infection affecting both hearing and balance. Migraine: Vestibular migraines can cause vertigo without headache. Other Causes: Head injuries, strokes, brain tumors, certain medications, and alcohol. Dizziness: Definition: Dizziness is a broader term encompassing various sensations such as feeling faint, woozy, weak, or unsteady. Types of Dizziness: Lightheadedness: A feeling of near-fainting or fainting, often associated with hypotension. Disequilibrium: A sense of imbalance or unsteadiness without the spinning sensation. Presyncope: Sensation of imminent fainting, often related to cardiovascular issues. Non-specific Dizziness: General disorientation or a feeling of wooziness. Causes: Inner Ear Problems: Issues like BPPV, Meniere's disease, or vestibular neuritis. Circulatory Problems: Blood pressure issues, heart conditions, or dehydration. Neurological Conditions: Migraines, multiple sclerosis, Parkinson’s disease. Medications: Blood pressure medications, sedatives, antidepressants, and certain antibiotics. Anxiety Disorders: Panic attacks or generalized anxiety can cause dizziness. Other Causes: Hypoglycemia, anemia, infections, overheating, and dehydration. Prevention: Manage Underlying Conditions: Treat cardiovascular issues, diabetes, and anxiety. Avoid Triggers: Such as rapid head movements, certain visual stimuli, and known dietary triggers. Regular Check-ups: Particularly for individuals with chronic conditions affecting balance. Understanding vertigo and dizziness involves recognizing the wide array of potential causes and symptoms and seeking appropriate medical evaluation and treatment tailored to the underlying issue. Taking these steps can help manage vertigo and dizziness more effectively, improve your quality of life, and reduce the risk of complications. Don't wait—take action today to regain control of your balance and well-being. Visit Here: https://tinyurl.com/5dywcvpc #vertigo, #dizziness, #cardiovascular, #anxiety, #AnxietyDisorders
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  • The Parkinson’s Disease Protocol is an alternative approach to managing Parkinson’s disease, emphasizing natural remedies, dietary changes, and lifestyle modifications. While traditional treatment primarily relies on medication and sometimes surgical interventions to manage symptoms, this protocol advocates a more holistic approach. Here’s a summary of its main components:

    1. Diet and Nutrition:
    Anti-inflammatory Foods: Emphasizes consuming foods that reduce inflammation, such as leafy greens, berries, and fatty fish rich in omega-3 fatty acids.
    Antioxidants: Encourages eating foods high in antioxidants, like fruits (especially berries), vegetables, nuts, and seeds, to combat oxidative stress.
    Whole Foods: Focus on whole, unprocessed foods, avoiding refined sugars and processed foods.
    Hydration: Importance of staying well-hydrated.
    2. Detoxification:
    Reduce Toxins: Suggests minimizing exposure to environmental toxins (pesticides, pollutants) and avoiding processed foods with artificial additives.
    Detox Foods: Incorporating foods known for their detoxifying properties, such as cruciferous vegetables (broccoli, cauliflower), garlic, and green tea.
    3. Supplements and Natural Remedies:
    Vitamins and Minerals: Recommends supplements like Vitamin D, Vitamin B12, and CoQ10, which may support neurological health.
    Herbal Supplements: Use of herbs like turmeric (curcumin), ginkgo biloba, and others purported to have neuroprotective benefits.
    Essential Oils: Aromatherapy with essential oils like frankincense and lavender for their calming effects.
    4. Exercise and Physical Therapy:
    Regular Exercise: Encourages engaging in regular physical activity, such as walking, swimming, or yoga, to improve mobility and reduce symptoms.
    Physical Therapy: Working with a physical therapist to develop a tailored exercise program that focuses on balance, strength, and flexibility.

    Scientific Evidence
    While there is some evidence supporting the benefits of lifestyle and dietary changes in managing Parkinson's disease symptoms, more research is needed to fully validate the efficacy of the Parkinson’s Disease Protocol. It is always advisable to consider both traditional and alternative methods under the guidance of a healthcare professional.

    Diet and Exercise: There is supportive evidence suggesting that a healthy diet and regular exercise can improve symptoms and quality of life for individuals with Parkinson’s disease.
    Supplements and Herbs: Research is ongoing, and while some studies show potential benefits, more comprehensive clinical trials are needed.

    This holistic approach aims to support overall health and improve the quality of life for individuals with Parkinson’s disease through natural and lifestyle interventions. It’s essential to tailor these recommendations to individual needs and to work closely with healthcare professionals when implementing these changes.

    Visit Here for More Information: https://tinyurl.com/yyr2ju6t

    #parkinson, #disease, #dietandexercise, #physicaltherapy, #naturalremedies
    The Parkinson’s Disease Protocol is an alternative approach to managing Parkinson’s disease, emphasizing natural remedies, dietary changes, and lifestyle modifications. While traditional treatment primarily relies on medication and sometimes surgical interventions to manage symptoms, this protocol advocates a more holistic approach. Here’s a summary of its main components: 1. Diet and Nutrition: Anti-inflammatory Foods: Emphasizes consuming foods that reduce inflammation, such as leafy greens, berries, and fatty fish rich in omega-3 fatty acids. Antioxidants: Encourages eating foods high in antioxidants, like fruits (especially berries), vegetables, nuts, and seeds, to combat oxidative stress. Whole Foods: Focus on whole, unprocessed foods, avoiding refined sugars and processed foods. Hydration: Importance of staying well-hydrated. 2. Detoxification: Reduce Toxins: Suggests minimizing exposure to environmental toxins (pesticides, pollutants) and avoiding processed foods with artificial additives. Detox Foods: Incorporating foods known for their detoxifying properties, such as cruciferous vegetables (broccoli, cauliflower), garlic, and green tea. 3. Supplements and Natural Remedies: Vitamins and Minerals: Recommends supplements like Vitamin D, Vitamin B12, and CoQ10, which may support neurological health. Herbal Supplements: Use of herbs like turmeric (curcumin), ginkgo biloba, and others purported to have neuroprotective benefits. Essential Oils: Aromatherapy with essential oils like frankincense and lavender for their calming effects. 4. Exercise and Physical Therapy: Regular Exercise: Encourages engaging in regular physical activity, such as walking, swimming, or yoga, to improve mobility and reduce symptoms. Physical Therapy: Working with a physical therapist to develop a tailored exercise program that focuses on balance, strength, and flexibility. Scientific Evidence While there is some evidence supporting the benefits of lifestyle and dietary changes in managing Parkinson's disease symptoms, more research is needed to fully validate the efficacy of the Parkinson’s Disease Protocol. It is always advisable to consider both traditional and alternative methods under the guidance of a healthcare professional. Diet and Exercise: There is supportive evidence suggesting that a healthy diet and regular exercise can improve symptoms and quality of life for individuals with Parkinson’s disease. Supplements and Herbs: Research is ongoing, and while some studies show potential benefits, more comprehensive clinical trials are needed. This holistic approach aims to support overall health and improve the quality of life for individuals with Parkinson’s disease through natural and lifestyle interventions. It’s essential to tailor these recommendations to individual needs and to work closely with healthcare professionals when implementing these changes. Visit Here for More Information: https://tinyurl.com/yyr2ju6t #parkinson, #disease, #dietandexercise, #physicaltherapy, #naturalremedies
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  • NICOTINE REVERSES PARKINSONS, ALZHEIMERS AND MYOCARDITIS - RUGBY 7MG PATCH
    https://www.bitchute.com/video/jgB3uiFgkeiM/
    NICOTINE REVERSES PARKINSONS, ALZHEIMERS AND MYOCARDITIS - RUGBY 7MG PATCH https://www.bitchute.com/video/jgB3uiFgkeiM/
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  • HUGE CAVEAT TO HABITUAL PILL TAKERS!
    Posted on January 29, 2024 by State of the Nation
    By Marina Zhang
    The Epoch Times

    It is well-known that dementia is often a result of aging. However, sometimes it can be caused by medications.


    (Life science/Shutterstock)
    Drug-induced dementia, the late neurologist and neurosurgeon K.K. Jain wrote, is a type of reversible dementia different from common neurodegenerative disorders.

    Several drugs increase the risks of dementia, the most prominent being anticholinergic drugs, anti-epileptics, oncology drugs, and sedative-hypnotic drugs. These are all common prescriptions for older people.

    In recent years, antidepressants have also been linked with dementia risks.

    The Link Between Dementia and Common Drugs

    Psychiatrist Dr. Peter Breggin, who has published several books on psychopharmacology, told The Epoch Times that most drugs on the market have some degree of neurotoxicity, which can lead to cognitive and neurological side effects.

    Not everyone will be affected by a drug’s neurotoxic effects, though older people and those with brain deficits are more vulnerable.

    With illnesses that surface in old age and the pills prescribed to treat each symptom, older people also tend to be the most likely cohort to be prescribed drugs that damage their cognition.

    For example, many drugs prescribed to treat Parkinson’s disease are linked with dementia risks since they block acetylcholine in the brain as a way of preventing tremors and sudden movements in patients. Acetylcholine is a neurotransmitter that also facilitates cognitive function.

    Proton pump inhibitors, often prescribed to treat heartburn, have also been shown in studies to increase people’s risks of dementia by 44 percent.

    Within the literature, the most well-known class of drugs that can induce dementia are anticholinergic drugs.

    Anticholinergics block the release of acetylcholine. As early as 1977, experiments using the anticholinergic drug scopolamine showed that 40 minutes after drug administration, young medical volunteers in their 20s manifested dementia-like symptoms and had a harder time recalling things they had just learned.

    Anticholinergic drugs block autonomic muscle movements and various bodily functions and are often prescribed for cramping and spasms in various organs. They also function as a sedative.

    Neuroscientist Dayan Goodenowe, who has a doctorate in medicine and psychiatry, explained on Epoch TV’s “Vital Signs” program that the acetylcholine system is the same system that controls cognition and mobility, two major functions impaired in dementia.

    When neurons become unable to release acetylcholine, either due to age or drug effects, their contact with other neurons is reduced. The neurons and brain then start to shrink.

    This has also been observed in research published by Indiana University professor Shannon Risacher, who has a doctorate in medical neuroscience. She found that people taking anticholinergic drugs have greater shrinkage of overall brain volume.

    “Use of medication with significant anticholinergic activity should likely be discouraged in older adults if alternative therapies are available,” Ms. Risacher and her co-authors wrote in a JAMA Neurology study.

    Examples of anticholinergic drugs include diphenhydramine, the active compound in Benadryl, Tylenol PM, and Advil PM. They also include common medications for Parkinson’s disease, such as benztropine, trihexyphenidyl, etc.

    Acetylcholine naturally decreases with aging, so Mr. Goodenowe and his team have been attempting to find therapeutics that increase the brain’s acetylcholine levels without compromising overall brain function.

    Antidepressants, Other Drugs, and Polypharmacy

    Antidepressants, anti-epileptics, hypnotic sedatives, and opioids have also been shown to increase a person’s risk of dementia. These, along with anti-parkinsonian drugs, are all psychoactive.

    The primary function of antidepressants is to block neurotransmitters such as serotonin instead of acetylcholine. However, these drugs still have potent anticholinergic properties and, when taken with other anticholinergics, could add to the overall load, potentially inducing side effects of delirium and dementia.

    Older people with dementia are often prescribed antidepressants, anti-epileptics, and sedative drugs to help manage depression and aggression that can arise.

    However, Dr. Breggin highlighted that an irony is that the drugs prescribed to patients to improve these conditions may very well exacerbate their illness.

    Drugs not prescribed for psychoactive treatment have also been linked to dementia.

    Type 1 histamine (H1) blockers, prescribed to control allergies, have been shown to increase the risk of dementia in some people. Compared to type 2 histamine (H2) blockers, some H1 blockers can cross the blood-brain barrier and prevent acetylcholine release.

    Furthermore, prescribing multiple drugs to a patient—a practice known as polypharmacy—may cause cumulative adverse effects.

    “Whether a patient will develop cognitive impairment or not when prescribed a particular drug with anticholinergic properties is unpredictable and depends on factors such as co-medications which may have anticholinergic effects,” Drs. Alan Moore and Shaun O’Keefe, professors of geriatric medicine, wrote in their paper discussing drug-induced neurological effects.

    “Studies have suggested that it is often the total burden of anticholinergic drugs that determines development of delirium rather than any single agent,” they added.

    The Complex Brain

    While many psychoactive drugs on the market attempt to “fix” the brain, how the organ is supposed to function at baseline largely remains a mystery.

    Psychoactive drugs are often prescribed to correct brain chemical imbalances, but researchers do not know what the brain’s normal state truly looks like, as Yale University professor Avram Holmes illustrated in his 2018 comment about the brain having “no fixed normal” state.

    “There are hundreds of neurotransmitters we don’t know about and maybe thousands of transmitters,” Dr. Breggin said. “We just have a few that are deeply affected by psych drugs, and [those are the ones we] could study because the drug companies in the pharmaceutical industry pay for that.”

    Dr. Breggin argues that psychoactive drugs, which aim to address biochemical imbalances within the brain, actually cause the brain to become further maladapted.

    He gave the example of SSRIs, which increase serotonin levels by blocking serotonin removal.

    He has observed that the brain experiences two changes while on the drug: It reduces serotonin production and reduces the power of the serotonin removal system.

    ___
    https://www.theepochtimes.com/health/several-common-drugs-are-linked-to-dementia-5574311?utm


    http://stateofthenation.co/?p=207794

    https://donshafi911.blogspot.com/2024/01/huge-caveat-to-habitual-pill-takers.html
    HUGE CAVEAT TO HABITUAL PILL TAKERS! Posted on January 29, 2024 by State of the Nation By Marina Zhang The Epoch Times It is well-known that dementia is often a result of aging. However, sometimes it can be caused by medications. (Life science/Shutterstock) Drug-induced dementia, the late neurologist and neurosurgeon K.K. Jain wrote, is a type of reversible dementia different from common neurodegenerative disorders. Several drugs increase the risks of dementia, the most prominent being anticholinergic drugs, anti-epileptics, oncology drugs, and sedative-hypnotic drugs. These are all common prescriptions for older people. In recent years, antidepressants have also been linked with dementia risks. The Link Between Dementia and Common Drugs Psychiatrist Dr. Peter Breggin, who has published several books on psychopharmacology, told The Epoch Times that most drugs on the market have some degree of neurotoxicity, which can lead to cognitive and neurological side effects. Not everyone will be affected by a drug’s neurotoxic effects, though older people and those with brain deficits are more vulnerable. With illnesses that surface in old age and the pills prescribed to treat each symptom, older people also tend to be the most likely cohort to be prescribed drugs that damage their cognition. For example, many drugs prescribed to treat Parkinson’s disease are linked with dementia risks since they block acetylcholine in the brain as a way of preventing tremors and sudden movements in patients. Acetylcholine is a neurotransmitter that also facilitates cognitive function. Proton pump inhibitors, often prescribed to treat heartburn, have also been shown in studies to increase people’s risks of dementia by 44 percent. Within the literature, the most well-known class of drugs that can induce dementia are anticholinergic drugs. Anticholinergics block the release of acetylcholine. As early as 1977, experiments using the anticholinergic drug scopolamine showed that 40 minutes after drug administration, young medical volunteers in their 20s manifested dementia-like symptoms and had a harder time recalling things they had just learned. Anticholinergic drugs block autonomic muscle movements and various bodily functions and are often prescribed for cramping and spasms in various organs. They also function as a sedative. Neuroscientist Dayan Goodenowe, who has a doctorate in medicine and psychiatry, explained on Epoch TV’s “Vital Signs” program that the acetylcholine system is the same system that controls cognition and mobility, two major functions impaired in dementia. When neurons become unable to release acetylcholine, either due to age or drug effects, their contact with other neurons is reduced. The neurons and brain then start to shrink. This has also been observed in research published by Indiana University professor Shannon Risacher, who has a doctorate in medical neuroscience. She found that people taking anticholinergic drugs have greater shrinkage of overall brain volume. “Use of medication with significant anticholinergic activity should likely be discouraged in older adults if alternative therapies are available,” Ms. Risacher and her co-authors wrote in a JAMA Neurology study. Examples of anticholinergic drugs include diphenhydramine, the active compound in Benadryl, Tylenol PM, and Advil PM. They also include common medications for Parkinson’s disease, such as benztropine, trihexyphenidyl, etc. Acetylcholine naturally decreases with aging, so Mr. Goodenowe and his team have been attempting to find therapeutics that increase the brain’s acetylcholine levels without compromising overall brain function. Antidepressants, Other Drugs, and Polypharmacy Antidepressants, anti-epileptics, hypnotic sedatives, and opioids have also been shown to increase a person’s risk of dementia. These, along with anti-parkinsonian drugs, are all psychoactive. The primary function of antidepressants is to block neurotransmitters such as serotonin instead of acetylcholine. However, these drugs still have potent anticholinergic properties and, when taken with other anticholinergics, could add to the overall load, potentially inducing side effects of delirium and dementia. Older people with dementia are often prescribed antidepressants, anti-epileptics, and sedative drugs to help manage depression and aggression that can arise. However, Dr. Breggin highlighted that an irony is that the drugs prescribed to patients to improve these conditions may very well exacerbate their illness. Drugs not prescribed for psychoactive treatment have also been linked to dementia. Type 1 histamine (H1) blockers, prescribed to control allergies, have been shown to increase the risk of dementia in some people. Compared to type 2 histamine (H2) blockers, some H1 blockers can cross the blood-brain barrier and prevent acetylcholine release. Furthermore, prescribing multiple drugs to a patient—a practice known as polypharmacy—may cause cumulative adverse effects. “Whether a patient will develop cognitive impairment or not when prescribed a particular drug with anticholinergic properties is unpredictable and depends on factors such as co-medications which may have anticholinergic effects,” Drs. Alan Moore and Shaun O’Keefe, professors of geriatric medicine, wrote in their paper discussing drug-induced neurological effects. “Studies have suggested that it is often the total burden of anticholinergic drugs that determines development of delirium rather than any single agent,” they added. The Complex Brain While many psychoactive drugs on the market attempt to “fix” the brain, how the organ is supposed to function at baseline largely remains a mystery. Psychoactive drugs are often prescribed to correct brain chemical imbalances, but researchers do not know what the brain’s normal state truly looks like, as Yale University professor Avram Holmes illustrated in his 2018 comment about the brain having “no fixed normal” state. “There are hundreds of neurotransmitters we don’t know about and maybe thousands of transmitters,” Dr. Breggin said. “We just have a few that are deeply affected by psych drugs, and [those are the ones we] could study because the drug companies in the pharmaceutical industry pay for that.” Dr. Breggin argues that psychoactive drugs, which aim to address biochemical imbalances within the brain, actually cause the brain to become further maladapted. He gave the example of SSRIs, which increase serotonin levels by blocking serotonin removal. He has observed that the brain experiences two changes while on the drug: It reduces serotonin production and reduces the power of the serotonin removal system. ___ https://www.theepochtimes.com/health/several-common-drugs-are-linked-to-dementia-5574311?utm http://stateofthenation.co/?p=207794 https://donshafi911.blogspot.com/2024/01/huge-caveat-to-habitual-pill-takers.html
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  • mRNA Vaccines Contain Prion Region, May Be Linked to Prion-Like Diseases
    As pathogenic prions accumulate, people may start to develop prion diseases such as Creutzfeldt-Jakob disease and mad cow disease.

    mRNA Vaccines Contain Prion Region, May Be Linked to Prion-Like Diseases
    (Signal Scientific Visuals/Shutterstock)
    The COVID-19 virus and its vaccine sequences have a prion region on their surface spike proteins. Earlier in the pandemic and vaccine rollout, some researchers were concerned that these prion regions may promote incurable prion diseases, such as Creutzfeldt-Jakob disease (CJD).

    In December 2023, researchers from Oxford showed that 8 percent of the time, the body does not make spike protein from Pfizer mRNA vaccines but may form aberrant proteins instead. This has led researchers to investigate the potential risks of such unintentional formations.
    Subsequently, on Jan. 12, retired French biomathematician Jean-Claude Perez published a preprint study discussing whether such mistakes could lead to the formation of prion-like proteins. He concluded that prion-like protein formation is possible.
    A previous peer-reviewed paper by Mr. Perez and his co-authors in January 2023 recorded 26 cases of CJD. Those afflicted reported that their first symptoms manifested within one to 31 days of their last COVID-19 vaccination or infection.
    All patients experienced a rapid worsening of their condition over the ensuing months and died.
    What Are Prions?

    Prions are proteins that exist naturally in the brain. They perform crucial tasks and are necessary for human health.

    However, on rare occasions, a healthy prion may misfold into a pathogenic prion. This misfold is irreversible, and from then on, the pathogenic prion converts all healthy prions it encounters into pathogenic prions.

    As pathogenic prions accumulate, people may start to develop prion diseases such as CJD and mad cow disease.
    Other researchers have also proposed that Parkinson’s disease and Alzheimer’s disease, both of which exhibit an accumulation of misfolded proteins, may also be prion diseases.

    Prions are defined by their amino acid sequences. Prion-like sequences are rich in glutamine and asparagine amino acids, and human or foreign proteins that contain such regions are at risk of initiating prion diseases.

    “Amino acid sequence can tell us if a protein can potentially act as a prion and show prion-like functions,” said Vladimir Uversky, PhD, a professor at the University of South Florida specializing in molecular medicine. “Not all proteins with prion-like sequences will undoubtedly act as prions. Even prion protein itself will cause prion disease in very few cases.

    “If, however, one got such proteins, then there is a chance that [the proteins] can trigger some pathology. It is not clear when, how, and with what probability this would happen, but the overall chances of getting something bad are definitely increased,” Mr. Uversky told The Epoch Times, comparing the prion protein to “a time bomb with a dysfunctional or stochastic timer.”
    How Would mRNA Vaccines Form Prion Proteins?

    One can think of mRNA vaccines as instructions used to make spike proteins. In the case of COVID-19 vaccines, the mRNA vaccines contain a high percentage of pseudouridine, which is less common in the human body. The extra pseudouridine makes the process more prone to “frameshift errors.”

    Frameshift errors occur when the cell’s protein production machinery accidentally misses one or two bases in the mRNA sequence. Since mRNA bases are read in groups of threes, a frameshift breaks up the original sets of the sequence, affecting all sequences downstream of the error.

    In his research, Mr. Perez found a frameshift by one base retains the prion-like sequences, while a frameshift by two bases eliminates them.

    He also found that the frameshift sequences share similarities to bacterial proteins on the brain-eating amoeba and human nuclease proteins, proteins capable of breaking apart DNA bonds.
    Spike Proteins and Prion Diseases in the Literature

    Numerous papers in the literature have linked COVID-19 spike protein to prion formations.

    The spike protein naturally has a prion-like domain at the region where it binds to other receptors. SARS-CoV-2 is the only coronavirus with a prion-like domain in its spike protein.
    In September 2023, Swedish researchers published a preprint finding that spike proteins may accelerate Alzheimer’s and prion disease formation.
    The authors found specific spike protein sequences carried amyloid sequences and extracted them. When these sequences were supplemented with human prion and amyloid proteins, the spike sequences accelerated the proteins’ aggregation.

    Neurologist Dr. Suzanne Gazda told The Epoch Times she is very concerned about the implications of prion disease acceleration and formation due to COVID-19 vaccination and infections.

    Another study published in October 2023 found that spike protein can bind to alpha-synuclein, an unfolded protein that accumulates in Parkinson’s disease. The authors found that introducing spike protein to alpha-synuclein also increased its aggregation.
    Several studies have linked COVID-19 and its vaccines with prion diseases.

    A Turkish case study detailed the case of a 68-year-old man who developed symptoms of CJD weeks after being administered the COVID mRNA vaccine.
    Around one to two weeks after administration, he became forgetful; two months later, he began losing his ability to find words. By the third to fourth month, he had developed a progressive speech disorder, confusion, agitation, and involuntary contraction of his left arm and leg.

    A 2022 Italian case report examined the case of a man in his early 40s who developed CJD two months after a mild COVID-19 infection. He first started seeing black shadows when closing his eyes, “followed by dizziness, difficulty reading and worsening of balance,” the authors wrote.
    Three months post-infection, the patient reported loss of coordination in his left arm and loss of reflexes in his legs.

    https://www.theepochtimes.com/health/mrna-vaccines-contain-prion-region-may-be-linked-to-prion-like-diseases-5573131
    mRNA Vaccines Contain Prion Region, May Be Linked to Prion-Like Diseases As pathogenic prions accumulate, people may start to develop prion diseases such as Creutzfeldt-Jakob disease and mad cow disease. mRNA Vaccines Contain Prion Region, May Be Linked to Prion-Like Diseases (Signal Scientific Visuals/Shutterstock) The COVID-19 virus and its vaccine sequences have a prion region on their surface spike proteins. Earlier in the pandemic and vaccine rollout, some researchers were concerned that these prion regions may promote incurable prion diseases, such as Creutzfeldt-Jakob disease (CJD). In December 2023, researchers from Oxford showed that 8 percent of the time, the body does not make spike protein from Pfizer mRNA vaccines but may form aberrant proteins instead. This has led researchers to investigate the potential risks of such unintentional formations. Subsequently, on Jan. 12, retired French biomathematician Jean-Claude Perez published a preprint study discussing whether such mistakes could lead to the formation of prion-like proteins. He concluded that prion-like protein formation is possible. A previous peer-reviewed paper by Mr. Perez and his co-authors in January 2023 recorded 26 cases of CJD. Those afflicted reported that their first symptoms manifested within one to 31 days of their last COVID-19 vaccination or infection. All patients experienced a rapid worsening of their condition over the ensuing months and died. What Are Prions? Prions are proteins that exist naturally in the brain. They perform crucial tasks and are necessary for human health. However, on rare occasions, a healthy prion may misfold into a pathogenic prion. This misfold is irreversible, and from then on, the pathogenic prion converts all healthy prions it encounters into pathogenic prions. As pathogenic prions accumulate, people may start to develop prion diseases such as CJD and mad cow disease. Other researchers have also proposed that Parkinson’s disease and Alzheimer’s disease, both of which exhibit an accumulation of misfolded proteins, may also be prion diseases. Prions are defined by their amino acid sequences. Prion-like sequences are rich in glutamine and asparagine amino acids, and human or foreign proteins that contain such regions are at risk of initiating prion diseases. “Amino acid sequence can tell us if a protein can potentially act as a prion and show prion-like functions,” said Vladimir Uversky, PhD, a professor at the University of South Florida specializing in molecular medicine. “Not all proteins with prion-like sequences will undoubtedly act as prions. Even prion protein itself will cause prion disease in very few cases. “If, however, one got such proteins, then there is a chance that [the proteins] can trigger some pathology. It is not clear when, how, and with what probability this would happen, but the overall chances of getting something bad are definitely increased,” Mr. Uversky told The Epoch Times, comparing the prion protein to “a time bomb with a dysfunctional or stochastic timer.” How Would mRNA Vaccines Form Prion Proteins? One can think of mRNA vaccines as instructions used to make spike proteins. In the case of COVID-19 vaccines, the mRNA vaccines contain a high percentage of pseudouridine, which is less common in the human body. The extra pseudouridine makes the process more prone to “frameshift errors.” Frameshift errors occur when the cell’s protein production machinery accidentally misses one or two bases in the mRNA sequence. Since mRNA bases are read in groups of threes, a frameshift breaks up the original sets of the sequence, affecting all sequences downstream of the error. In his research, Mr. Perez found a frameshift by one base retains the prion-like sequences, while a frameshift by two bases eliminates them. He also found that the frameshift sequences share similarities to bacterial proteins on the brain-eating amoeba and human nuclease proteins, proteins capable of breaking apart DNA bonds. Spike Proteins and Prion Diseases in the Literature Numerous papers in the literature have linked COVID-19 spike protein to prion formations. The spike protein naturally has a prion-like domain at the region where it binds to other receptors. SARS-CoV-2 is the only coronavirus with a prion-like domain in its spike protein. In September 2023, Swedish researchers published a preprint finding that spike proteins may accelerate Alzheimer’s and prion disease formation. The authors found specific spike protein sequences carried amyloid sequences and extracted them. When these sequences were supplemented with human prion and amyloid proteins, the spike sequences accelerated the proteins’ aggregation. Neurologist Dr. Suzanne Gazda told The Epoch Times she is very concerned about the implications of prion disease acceleration and formation due to COVID-19 vaccination and infections. Another study published in October 2023 found that spike protein can bind to alpha-synuclein, an unfolded protein that accumulates in Parkinson’s disease. The authors found that introducing spike protein to alpha-synuclein also increased its aggregation. Several studies have linked COVID-19 and its vaccines with prion diseases. A Turkish case study detailed the case of a 68-year-old man who developed symptoms of CJD weeks after being administered the COVID mRNA vaccine. Around one to two weeks after administration, he became forgetful; two months later, he began losing his ability to find words. By the third to fourth month, he had developed a progressive speech disorder, confusion, agitation, and involuntary contraction of his left arm and leg. A 2022 Italian case report examined the case of a man in his early 40s who developed CJD two months after a mild COVID-19 infection. He first started seeing black shadows when closing his eyes, “followed by dizziness, difficulty reading and worsening of balance,” the authors wrote. Three months post-infection, the patient reported loss of coordination in his left arm and loss of reflexes in his legs. https://www.theepochtimes.com/health/mrna-vaccines-contain-prion-region-may-be-linked-to-prion-like-diseases-5573131
    WWW.THEEPOCHTIMES.COM
    mRNA Vaccines Contain Prion Region, May Be Linked to Prion-Like Diseases
    As pathogenic prions accumulate, people may start to develop prion diseases such as Creutzfeldt-Jakob disease and mad cow disease.
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  • A new study has shown that nanoplastics can induce changes within the brain that are seen in Parkinson’s disease.
    A new study has shown that nanoplastics can induce changes within the brain that are seen in Parkinson’s disease.
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    Nanoplastics Linked to Parkinson’s and Some Types of Dementia – new study
    The effect of microplastics in promoting cancer and immune diseases is actively being researched, with potentially far-reaching implications.
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  • The ketogenic diet, or keto diet, has gained immense popularity in recent years for its purported weight loss and health benefits. This high-fat, low-carbohydrate eating approach has captured the attention of individuals seeking rapid weight loss and improved metabolic markers. In this review, we delve into the key principles, potential benefits, and notable considerations associated with keto diets.

    Principles of the Keto Diet

    At its core, the keto diet relies on inducing a state of ketosis, where the body shifts its primary energy source from carbohydrates to fats. By drastically reducing carbohydrate intake and increasing the consumption of fats, the body enters a metabolic state where it produces ketones from fat breakdown. This metabolic switch is believed to enhance fat burning and offer a range of health benefits.

    Weight Loss and Metabolic Effects

    One of the primary reasons individuals are drawn to the keto diet is its potential for weight loss. The reduction in carbohydrates prompts the body to burn stored fat for energy, leading to a noticeable drop in body weight. Additionally, the diet may have appetite-suppressing effects, attributed to stabilized blood sugar levels and increased satiety from the higher fat content in meals.

    Beyond weight loss, keto diets have been associated with improvements in various metabolic markers. Studies suggest that they may help lower triglyceride levels, increase HDL cholesterol (the "good" cholesterol), and improve insulin sensitivity. These effects could be particularly beneficial for individuals with metabolic conditions such as type 2 diabetes.

    Neurological Benefits

    Originally designed to manage epilepsy in children, the keto diet has demonstrated neurological benefits beyond its weight loss effects. Some studies suggest that ketones produced during ketosis may have neuroprotective properties, potentially offering therapeutic benefits for conditions like Alzheimer's disease and Parkinson's disease. However, further research is needed to establish the long-term impacts and safety of such applications.

    Considerations and Potential Drawbacks

    While the keto diet has its merits, it is not without potential drawbacks and considerations. One of the main challenges is the restrictive nature of the diet, as it necessitates a significant reduction in carbohydrate intake. This restriction can lead to nutrient deficiencies and challenges in meeting daily dietary requirements for essential vitamins and minerals.

    The initial phase of transitioning into ketosis, known as the "keto flu," may also bring about symptoms such as fatigue, headaches, and irritability. These side effects, albeit temporary, can discourage individuals from adhering to the diet long term.

    Long-Term Sustainability

    A critical aspect of any diet's success is its long-term sustainability. The restrictive nature of the keto diet may pose challenges for individuals in maintaining the required dietary changes over an extended period. Compliance issues often arise due to the limited food choices, social implications, and potential monotony associated with the diet.

    Furthermore, the long-term health implications of sustained ketosis remain a subject of ongoing research and debate within the scientific community. Limited data on the safety and efficacy of prolonged adherence to the keto diet call for cautious consideration, especially for those with underlying health conditions.

    Individual Variability

    It is essential to recognize that responses to the keto diet can vary widely among individuals. Factors such as genetics, metabolism, and pre-existing health conditions can influence how the body responds to the shift in dietary macronutrients. Some individuals thrive on the keto diet, experiencing sustained weight loss and improved metabolic markers, while others may face challenges or adverse effects.
    CLICK HERE-- https://subratajajabar.systeme.io/customketo

    The ketogenic diet, or keto diet, has gained immense popularity in recent years for its purported weight loss and health benefits. This high-fat, low-carbohydrate eating approach has captured the attention of individuals seeking rapid weight loss and improved metabolic markers. In this review, we delve into the key principles, potential benefits, and notable considerations associated with keto diets. Principles of the Keto Diet At its core, the keto diet relies on inducing a state of ketosis, where the body shifts its primary energy source from carbohydrates to fats. By drastically reducing carbohydrate intake and increasing the consumption of fats, the body enters a metabolic state where it produces ketones from fat breakdown. This metabolic switch is believed to enhance fat burning and offer a range of health benefits. Weight Loss and Metabolic Effects One of the primary reasons individuals are drawn to the keto diet is its potential for weight loss. The reduction in carbohydrates prompts the body to burn stored fat for energy, leading to a noticeable drop in body weight. Additionally, the diet may have appetite-suppressing effects, attributed to stabilized blood sugar levels and increased satiety from the higher fat content in meals. Beyond weight loss, keto diets have been associated with improvements in various metabolic markers. Studies suggest that they may help lower triglyceride levels, increase HDL cholesterol (the "good" cholesterol), and improve insulin sensitivity. These effects could be particularly beneficial for individuals with metabolic conditions such as type 2 diabetes. Neurological Benefits Originally designed to manage epilepsy in children, the keto diet has demonstrated neurological benefits beyond its weight loss effects. Some studies suggest that ketones produced during ketosis may have neuroprotective properties, potentially offering therapeutic benefits for conditions like Alzheimer's disease and Parkinson's disease. However, further research is needed to establish the long-term impacts and safety of such applications. Considerations and Potential Drawbacks While the keto diet has its merits, it is not without potential drawbacks and considerations. One of the main challenges is the restrictive nature of the diet, as it necessitates a significant reduction in carbohydrate intake. This restriction can lead to nutrient deficiencies and challenges in meeting daily dietary requirements for essential vitamins and minerals. The initial phase of transitioning into ketosis, known as the "keto flu," may also bring about symptoms such as fatigue, headaches, and irritability. These side effects, albeit temporary, can discourage individuals from adhering to the diet long term. Long-Term Sustainability A critical aspect of any diet's success is its long-term sustainability. The restrictive nature of the keto diet may pose challenges for individuals in maintaining the required dietary changes over an extended period. Compliance issues often arise due to the limited food choices, social implications, and potential monotony associated with the diet. Furthermore, the long-term health implications of sustained ketosis remain a subject of ongoing research and debate within the scientific community. Limited data on the safety and efficacy of prolonged adherence to the keto diet call for cautious consideration, especially for those with underlying health conditions. Individual Variability It is essential to recognize that responses to the keto diet can vary widely among individuals. Factors such as genetics, metabolism, and pre-existing health conditions can influence how the body responds to the shift in dietary macronutrients. Some individuals thrive on the keto diet, experiencing sustained weight loss and improved metabolic markers, while others may face challenges or adverse effects. CLICK HERE-- https://subratajajabar.systeme.io/customketo
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  • Tai Chi may help mitigate the symptoms of Parkinson’s disease, a new study suggests. This traditional Chinese martial art, characterized by sequences of slow, controlled movements, appears to hinder the advancement of the incapacitating condition. #health
    Tai Chi may help mitigate the symptoms of Parkinson’s disease, a new study suggests. This traditional Chinese martial art, characterized by sequences of slow, controlled movements, appears to hinder the advancement of the incapacitating condition. #health
    WWW.NATURALBLAZE.COM
    Practicing Tai Chi Can Slow Parkinson’s Disease Symptoms for Years, Study Reveals
    Parkinson’s manifests as slowed movement, resting tremor, and rigid muscles. It is the world’s most rapidly expanding neurological condition.
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  • Find out what CBG can do for you ????

    CBG (cannabigerol) is a non-intoxicating cannabinoid found in the cannabis plant that has been studied for its potential health benefits. While research on CBG is still in its early stages, here are some of the potential benefits of CBG:

    Anti-inflammatory properties: CBG has been shown to have anti-inflammatory properties, which could make it a potential treatment for conditions such as inflammatory bowel disease, arthritis, and other inflammatory conditions.

    Neuroprotective properties: CBG has been found to have neuroprotective properties, which means it may protect the nervous system from damage and degeneration. This could make CBG a potential treatment for conditions such as Huntington's disease, Parkinson's disease, and Alzheimer's disease.

    Antibacterial properties: CBG has been shown to have antibacterial properties, which means it could be used to fight bacterial infections. It has been found to be effective against drug-resistant strains of bacteria such as MRSA.

    Pain relief: CBG may have analgesic (pain-relieving) properties, which could make it a potential treatment for chronic pain.

    Appetite stimulation: CBG has been shown to stimulate appetite, which could make it a potential treatment for conditions such as anorexia and cachexia.

    Dm me for more info.

    We are here to help ????

    #CBG #WeEducateBecauseWeCare #welovewhatwedo #fullspectrum #cbgwithlove
    Find out what CBG can do for you ???? CBG (cannabigerol) is a non-intoxicating cannabinoid found in the cannabis plant that has been studied for its potential health benefits. While research on CBG is still in its early stages, here are some of the potential benefits of CBG: Anti-inflammatory properties: CBG has been shown to have anti-inflammatory properties, which could make it a potential treatment for conditions such as inflammatory bowel disease, arthritis, and other inflammatory conditions. Neuroprotective properties: CBG has been found to have neuroprotective properties, which means it may protect the nervous system from damage and degeneration. This could make CBG a potential treatment for conditions such as Huntington's disease, Parkinson's disease, and Alzheimer's disease. Antibacterial properties: CBG has been shown to have antibacterial properties, which means it could be used to fight bacterial infections. It has been found to be effective against drug-resistant strains of bacteria such as MRSA. Pain relief: CBG may have analgesic (pain-relieving) properties, which could make it a potential treatment for chronic pain. Appetite stimulation: CBG has been shown to stimulate appetite, which could make it a potential treatment for conditions such as anorexia and cachexia. Dm me for more info. We are here to help ???? #CBG #WeEducateBecauseWeCare #welovewhatwedo #fullspectrum #cbgwithlove
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  • Sad day today, my best mates mum finally succumb to her Parkinson’s disease at the age of 59, I was like a son to her for 32 years. Rest In Peace Elaine ❤️
    Sad day today, my best mates mum finally succumb to her Parkinson’s disease at the age of 59, I was like a son to her for 32 years. Rest In Peace Elaine ❤️
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  • Cannabidiol , also known as CBD , is one of the two most important cannabinoid components of the cannabis plant, found in variable proportions depending on the strain.
    Currently, CBD is the cannabinoid with the most beneficial effects recognized for the treatment of some symptoms and diseases, and with the greatest therapeutic margin; that is, with mild side effects in a wide range of doses. In general, CBD is very well tolerated.
    Therapeutic properties of CBD
    The most important therapeutic properties of CBD, demonstrated with different quality of evidence, are:
    anti-inflammatory
    analgesic
    neuroprotective
    anticonvulsant
    antioxidant
    anti-nausea and antiemetic
    antitumor
    anxiolytic
    antipsychotic
    reducer of cravings for heroin, cocaine and alcohol
    immuno-modulator
    These properties make CBD used in the treatment of multiple diseases, some of which are:
    epilepsy
    neurodegenerative diseases (for example, Alzheimer's, Parkinson's and Multiple Sclerosis)
    chemical dependencies
    anxiety
    psychosis
    autism spectrum disorder
    chronic inflammatory diseases such as chronic polyarthritis, Crohn's disease, inflammatory bowel disease,
    accompaniment of chemotherapy
    antitumor treatment
    hempparadox #cbdwithlove #cbdhealth #cbdwellness #cbd
    Cannabidiol , also known as CBD , is one of the two most important cannabinoid components of the cannabis plant, found in variable proportions depending on the strain. Currently, CBD is the cannabinoid with the most beneficial effects recognized for the treatment of some symptoms and diseases, and with the greatest therapeutic margin; that is, with mild side effects in a wide range of doses. In general, CBD is very well tolerated. Therapeutic properties of CBD The most important therapeutic properties of CBD, demonstrated with different quality of evidence, are: anti-inflammatory analgesic neuroprotective anticonvulsant antioxidant anti-nausea and antiemetic antitumor anxiolytic antipsychotic reducer of cravings for heroin, cocaine and alcohol immuno-modulator These properties make CBD used in the treatment of multiple diseases, some of which are: epilepsy neurodegenerative diseases (for example, Alzheimer's, Parkinson's and Multiple Sclerosis) chemical dependencies anxiety psychosis autism spectrum disorder chronic inflammatory diseases such as chronic polyarthritis, Crohn's disease, inflammatory bowel disease, accompaniment of chemotherapy antitumor treatment hempparadox #cbdwithlove #cbdhealth #cbdwellness #cbd
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  • Hemp is a plant that represents abundance in more ways than one. It grows abundantly with thick, lush green foliage and offers a myriad number of benefits with its high nutrition and therapeutic benefits.
    Our ancestors realized its benefits thousands of years ago and it is being cultivated since then. Modern research has further attested to this plant’s constituents and nutritional profile and the numerous health benefit that it offers.
    Top 12 medicinal Usages or benefits of hemp.

    Hemp for your heart
    Hemp seeds or oil contain an amino acid known as arginine which is extremely good for your heart as it dilates and relaxes your blood vessels. Hemp oil fights inflammation, lowers blood pressure, and prevents the formation of blood clots.
    Hemp is a rich source of Gamma-Linoleic Acid
    Hemp seeds are a rich source of gamma-linolenic acid (GLA), which is known for its strong anti-inflammatory properties. Foods rich in GLA are extensively used to fight inflammation in the joints (arthritis), nerve damage, and inflamed skin conditions such as acne, and eczema.
    Hemp can help you with your stress
    Hemp seed helps in a variety of diseases. Anxiety caused by pain or health conditions as such can be efficiently dealt with hemp as it can alleviate those conditions.
    Furthermore, hemp seeds contain an impressive amount of magnesium and B vitamins which can help the body manage stress by impacting neurotransmitters (chemical messenger which transmits signals released by neurons to stimulate other neurons or muscle or gland cells.
    Protect the brain
    Studies have found that hemp seed extract has antioxidant effects owing to its cannabidiol (CBD) content which regulates the immune system and could help in neurological conditions such as Parkinson’s disease, multiple sclerosis, neuropathic pain, Alzheimer’s disease, etc.
    Improve skin conditions
    Atopic dermatitis (AD) and acne can both result from chronic inflammation, which results from a deficiency in omega-3.
    Hemp seeds are a rich source of plant fiber and omega-3 fatty acid along with vitamins such as A and E and minerals such as calcium, iron, zinc, magnesium, and phosphorus, which all help to keep the skin moisturized, soft, supple and disease-free.
    Repair and regeneration
    Hemp seeds contain as much protein as soybeans. They provide all nine essential amino acids which are used as building blocks for repair and regeneration across the body.
    Excellent for the digestive system
    fibers are excellent for our digestion system. Fibres help in constipation, weight management, nourishment of healthy bacteria in our guts, stabilizes blood sugar level and helps fight cholesterol.
    Hemp relieves pain
    Hemp possesses strong anti-inflammatory properties. It is therefore highly useful in relieving pain resulting from an injury, infection or any autoimmunity disorder.
    Help with Hormones
    As mentioned above hemp seed contains a rich amount of GLA which can ease hormonal “mood swings” during periods through stimulation of certain prostaglandins.
    Relieve rheumatoid arthritis
    Rheumatoid arthritis refers to inflammation in the joints resulting from immune attacking its tissues. Cannabinoids present in hemp seed oil have anti-rheumatic effects.
    Effective in treating anemia
    Anemia is a condition arising out of iron deficiency. Anemia is not a pleasant thing to have as you experience chest pain, dizziness, tiredness, etc. Hemp has high iron content which makes it highly ideal for treating anemia.
    Hemp can help you get rid of insomnia
    Are you having a hard time getting a peaceful night’s sleep? Hemp seed can help you here as it contains a rich amount of magnesium—a mineral that naturally calms the body and relaxes the muscles.
    hempparadox #cbdhealthbenefits #hemp #welovehemp #welovewhatwedo #cbdwellness

    Hemp is a plant that represents abundance in more ways than one. It grows abundantly with thick, lush green foliage and offers a myriad number of benefits with its high nutrition and therapeutic benefits. Our ancestors realized its benefits thousands of years ago and it is being cultivated since then. Modern research has further attested to this plant’s constituents and nutritional profile and the numerous health benefit that it offers. Top 12 medicinal Usages or benefits of hemp. Hemp for your heart Hemp seeds or oil contain an amino acid known as arginine which is extremely good for your heart as it dilates and relaxes your blood vessels. Hemp oil fights inflammation, lowers blood pressure, and prevents the formation of blood clots. Hemp is a rich source of Gamma-Linoleic Acid Hemp seeds are a rich source of gamma-linolenic acid (GLA), which is known for its strong anti-inflammatory properties. Foods rich in GLA are extensively used to fight inflammation in the joints (arthritis), nerve damage, and inflamed skin conditions such as acne, and eczema. Hemp can help you with your stress Hemp seed helps in a variety of diseases. Anxiety caused by pain or health conditions as such can be efficiently dealt with hemp as it can alleviate those conditions. Furthermore, hemp seeds contain an impressive amount of magnesium and B vitamins which can help the body manage stress by impacting neurotransmitters (chemical messenger which transmits signals released by neurons to stimulate other neurons or muscle or gland cells. Protect the brain Studies have found that hemp seed extract has antioxidant effects owing to its cannabidiol (CBD) content which regulates the immune system and could help in neurological conditions such as Parkinson’s disease, multiple sclerosis, neuropathic pain, Alzheimer’s disease, etc. Improve skin conditions Atopic dermatitis (AD) and acne can both result from chronic inflammation, which results from a deficiency in omega-3. Hemp seeds are a rich source of plant fiber and omega-3 fatty acid along with vitamins such as A and E and minerals such as calcium, iron, zinc, magnesium, and phosphorus, which all help to keep the skin moisturized, soft, supple and disease-free. Repair and regeneration Hemp seeds contain as much protein as soybeans. They provide all nine essential amino acids which are used as building blocks for repair and regeneration across the body. Excellent for the digestive system fibers are excellent for our digestion system. Fibres help in constipation, weight management, nourishment of healthy bacteria in our guts, stabilizes blood sugar level and helps fight cholesterol. Hemp relieves pain Hemp possesses strong anti-inflammatory properties. It is therefore highly useful in relieving pain resulting from an injury, infection or any autoimmunity disorder. Help with Hormones As mentioned above hemp seed contains a rich amount of GLA which can ease hormonal “mood swings” during periods through stimulation of certain prostaglandins. Relieve rheumatoid arthritis Rheumatoid arthritis refers to inflammation in the joints resulting from immune attacking its tissues. Cannabinoids present in hemp seed oil have anti-rheumatic effects. Effective in treating anemia Anemia is a condition arising out of iron deficiency. Anemia is not a pleasant thing to have as you experience chest pain, dizziness, tiredness, etc. Hemp has high iron content which makes it highly ideal for treating anemia. Hemp can help you get rid of insomnia Are you having a hard time getting a peaceful night’s sleep? Hemp seed can help you here as it contains a rich amount of magnesium—a mineral that naturally calms the body and relaxes the muscles. hempparadox #cbdhealthbenefits #hemp #welovehemp #welovewhatwedo #cbdwellness
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