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#Tuberculosis sclerosis complex
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Methylprednisolone
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Brand Name: Medrol
Generic Available
Common Dosage Forms:
Tablets: 2 mg, 4 mg, 8 mg, 16 mg, 32 mg
Dosepak: A package containing 21 tablets (4 mg) in a unit dose blister pack with directions for a decreasing dose regimen.
Injection (Solu-Medrol): 40 mg/mL, 125 mg/mL (as sodium succinate)
Injection (Depo-Medrol): 40 mg/mL, 80 mg/mL (as acetate)
FDA Indications/Dosages:
Treatment of various allergic and inflammatory diseases of the body, as well as: adjunctive therapy in tuberculous meningitis; treatment of trichinosis with neurological or myocardial involvement; to induce the diuresis or remission of proteinuria in the nephrotic syndrome; symptomatic relief of ulcerative colitis or regional enteritis during critical periods; use as maintenance or during a flare-up of systemic lupus erythematosus, polymyositis, or rheumatic carditis; palliative management of leukemias and lymphomas (in adults); treatment of various anemias and thrombocytopenias; and treatment of various endocrine and respiratory disorders. Doses vary between individuals and disease states: DOSAGES MUST BE INDIVIDUALIZED. Normal doses range from 4-48 mg per day. Constant patient monitoring is essential in proper therapy. In long-term Medrol therapy, alternative day dosing may be beneficial.
Acute exacerbations of multiple sclerosis: 160 mg per day for 7 days followed by 64 mg every other day for one month.
*Indications and dosage ranges for injectable forms are not included on this card. See manufacturer’s package insert for full prescribing information.
Pharmacology/Pharmacokinetics: Adrenocorticoids bind to certain receptor proteins found in the cytoplasm of sensitive cells to form a steroid-receptor complex. This steroid-receptor complex enters the nucleus of the cell where it reacts with chromatin, or DNA. The steroid (or possibly the receptor) then uses stored information to stimulate or inhibit the transcription of mRNA. The stimulation of mRNA results in the synthesis of specific proteins and ultimately specific enzymes that carry out its anti-allergy and anti-inflammatory actions.
Drug Interactions: May antagonize the effects of anticholinesterases. Barbiturates, rifampin, and hydantoins may increase metabolism. Estrogens may decrease metabolism. Ketoconazole may increase effects. May decrease salicylate effectiveness.
Contraindications/Precautions: Use is contraindicated in patients with systemic fungal infections. Use with caution in pregnancy and in patients with ocular herpes simplex, hypothyroidism, cirrhosis, ulcerative colitis, diverticulitis, fresh intestinal anastomoses, renal impairment, hypertension, osteoporosis, myasthenia gravis, tuberculosis, peptic ulcers, and diabetes mellitus.  Patients on methylprednisolone therapy should not undergo any form of immunization. No Pregnancy Category Established.
Adverse Effects: Blurred vision, upset stomach, nausea, vomiting, fluid and electrolyte disturbances, Cushing’s syndrome, increased susceptibility to infections, osteoporosis, vertebral compression, various behavioral disturbances, peptic ulceration, myopathy, suppression of growth in children, and signs of adrenal suppression.
Patient Consultation:
Store in a cool, dry place away from sunlight and children.
Contact a physician if the above side effects are severe or persistent.
If a dose is missed, take it as soon as possible.
Take medication only as prescribed.
Do not discontinue medication without first consulting a physician.
May take with food or milk if GI upset occurs.
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Are you worried about premature grey hair in your child? Parents become very upset if they suffer from premature grey and white hair especially when the greying does not stop on its own. You and your child have to encounter numerous questions. Grey hair according to common perception is linked with one of many signs of aging. Early development grey hair may happen in the case of adults but it is less common to see a 12-year-old with grey hair. The good news is that in most cases, you can treat and cure it once you know the cause of your child’s premature greying. Here HEALTH and FITNESS find out what might be the reason for your 12 year old has grey hair and home remedies for premature grey & white hair in kids.
What Causes 12 Year Old has Grey Hair?
Melanin pigments produced by the melanocyte cells are responsible for the colouring of your hair. Melanocytes are tiny cells present in your hair follicles. With aging, the pigmentation process slows down and makes your hair look more transparent or grey.  If there is no melanin whatsoever, your hair will appear white. The rate of decline of the activity of these melanocytes varies for an individual to an individual. For this reason, some people get grey hair earlier than others do. Now, why does your child have grey hair? Grey hair in kids sometimes possibly indicates a disease or disorder.
Here are some possible causes grey hairs in children.
1. Disease or Disorder
Sometimes, children may experience premature greying of hair as a symptom of a more serious internal disease or disorder. Diseases that generally induce premature greying in children are:
]  Thyroid Disorders :
v  Grave’s disease: Hyperthyroidism due to an overactive a thyroid gland can affect   melanocyte activity and lead to hair discoloration.
v  Hashimoto’s disease, Hashimoto's the disease often leads to hypothyroidism (underactive thyroid gland) that affects melanocyte activity and lead to hair discoloration.
]  Vitiligo: Vitiligo is a skin disorder that make the skin to lose hair pigmentation
]  Waardenburg syndrome, a disease that causes changes in hair, skin, and eyes’
  pigmentation and hearing loss
]  Tuberous sclerosis, this a genetic disorder that causes to the growth of benign
  tumors brain induces loss of hair pigmentation
]  Neurofibromatosis, a disease in which neurofibromas (tumor formed on
  nerve cell) form throughout the body
]  Anemia: Megaloblastic anemia may also be a major cause of premature
  graying in both children and adults. Anemia may sometimes cause because of
  vitamin B12 deficiency. A blood test to be performed in a child with grey hair to
  detect anemia.
]  Vogt-Koyanagi syndrome: Some children develop this syndrome after a viral
  illness, which leads to the production of antibodies that attack the
  melanocytes. Vogt-Koyanagi the syndrome is a rare condition that can result in
  greying in children.
2. Hereditary
Hereditary is the primary reason for premature grey hair in kids. If either of you or your spouse have a family history of an early onset of grey hair, then there is a high chance that your child would inherit the genetic trait of premature greying from parents.
3. Vitamin B12 Deficiency
The deficiency of vitamin B12 is one of many causes of 12 year old with grey hair. However grey hair due to nutritional deficiency is quite rare because you can get a good amount of vitamins from animal products. Deficiency of vitamin B12 might be the underlying cause of early greying of hair, if your child is vegetarian or follows a vegan diet, in that case you should perform a blood test to determine if there is a B12 deficiency. Your child may not be able to digest vitamin B12 properly if he has undergone certain surgical procedures, which can also cause grey hair. Improper absorption of vitamin B12 is caused due to :
§  Stomach surgery
§  Small intestine surgery
§  Stomach-related diseases like tuberculosis and tapeworms
4. Genetics
Genetics plays a role to determine a child's premature melanocyte maturation schedule. This means that due to the child’s genetic makeup the melanocytes in their hair follicles will stop working earlier. It means that if your child is having grey hair mostly when someone else in the family tree also has the same condition. Grey hair may also cause due to genetic problems, such as tuberous sclerosis and neurofibromatosis.
5. Stress
There is a common perception that stress can cause grey hair, but there are scientific studies to support these claims. Yet, there is some evidence suggesting that genotoxic stress (the kind that can damage a cell's DNA) may lead to cell mutation and trigger early graying. Researchers found in a study that hormones produced in response to stress could eat up the melanocyte stem cells that determine hair color. Stress causes the stem cells to leave the hair follicles, making hair gray or white.
6. Dandruff
Some of the recent researches show a positive correlation between dandruff and premature grey hair. Though they are interrelated, it does not mean dandruff causes grey hair. If the problem of dandruff becomes severe, the probability of graying of hair in your child becomes higher.
How Premature Grey Hair In Kids Can Be Cured?
If the premature grey hair in kids is caused due to some medical disorder or disease, treatment of the underlying disease will stop the progress of premature greying hair in your child. However, in other cases, here are some effective home remedies that can activate those melanocytes and help your child regain natural hair color.
Proper Nutrition:
According to some experts, grey hair in children is the result of improper nutrition. Absence of some essential vitamins and minerals may also catalyze the greying of hair.  It is possible to prevent the issue in the first place by correcting nutritional deficiencies. Make sure that your child's diet contains the following nutrients:
Vitamin A: Vitamin A is essential to maintain a healthy scalp and increases the glow of the hair.  Including dark green vegetables along with yellow and orange fruits in your child’s diet fulfills the regular Vitamin A requirement.       
Vitamin B: Vitamin B complex helps to stabilize the secretion of oil and keeps the hair healthy. A child suffering from grey hair needs to eat green leafy vegetables to get vitamin B. Cauliflower, tomatoes, liver, cereal, bananas, and yogurt are good sources of vitamin B complex.
Minerals: The right balance of minerals in your child’s diet is important for healthy hair. A mineral like iron, zinc, and copper has role on pigmentation of hair and its overall growth. Chicken, red meat, and green veggies are some good sources of zinc. Dried apricots, parsley, red meat, wheat, egg yolk, seafood, and whole grains are all rich in iron. Iron all helps to fight anemia, one of the causes of grey hair in children.
Proteins: Protein called keratin is the building block of your child’s hair and your child should get sufficient protein in the diet for healthy, black hair. Proteins also protect hair colour and add natural shine to it. Ensure that your child is getting the recommended daily intake of proteins from cereals, whole grains, soy, and meat.
Iodine: Iodine is a vital nutrient for your child, to stop graying of hair. Iodine controls the production of thyroid hormone and the overall health of the thyroid gland.  As discussed above, hypothyroidism or hyperthyroidism can result in graying of hair. Your child can get iodine table salt and foods such as sea fish, bananas and carrots.
 Here are a few some home remedies you can try to prevent grey hair in kids:
Oil Infused With Curry Leaves: 
Curry leaves to help effectively treat grey hair. Simply take some pure coconut oil and boil it with a bunch of curry leaves. Heat it until the leaves turn black. Apply the mixture directly on your child’s scalp and massage gently. It works best if kept overnight.   Repeat this regularly to prevent grey hair in your child.
Taking Yogurt And Yeast: 
Consuming yogurt with diet has a beneficial effect to protect your child’s hair. The best way to make yogurt to prevent grey hair is to make a drink by mixing some yogurt with a tablespoon of yeast. The combination of yogurt and yeast prevent premature grey hair in children.
Stay Hydrated:
Ensure that your child drink enough water and fluid throughout the day. Dehydration causes the scalp to become dry, drinking plenty of water daily to prevent hair discoloration.
                                                                                            Make Use Of Indian Gooseberry:  
Indian gooseberry is an excellent home remedy for preventing and even reversing grey hairs. When graying of hair is caused due to vitamin deficiency or any other nutrient deficiency, Indian gooseberry to treatment is more effective. However, correcting the underlying cause is more important. Dry a few pieces of Indian gooseberry fruit in sun. Warm the dried fruit in coconut oil until a thick residue is left behind. Store this oil in a bottle for future use. Apply the oil regularly directly to your child’s scalp. If you do not want to use oil, you can soak the hair in gooseberry water. Leave it overnight and wash it in the morning using the same water.
Oil Infused With Amla: 
Boil few amlas pieces in coconut oil. Cool it and apply directly to your child’s scalp. You can also soak amla in water for overnight and use this water to wash your child’s hair.
Amla And Almond Oil:
Regular application of almond and amla oil mixture helps to prevent grey hair from your kid. Apply this mixture on your child’s scalp and massage it. For best result leave it overnight and then wash the hair the next morning.
Cow Milk Butter:
Butter made from cow’s milk is an effective remedy to treat premature aging of hair follicles. Cow's milk butter contains certain enzymes that nourish your child’s hair and reverse the process of graying. Massage cow milk butter in your kid’s scalp and the hair roots twice a week for better results.
Lemon Juice And Coconut Oil Combining: 
Combining coconut oil and lemon juice is believed to be beneficial for graying hair in kids. Coconut oil is enriched with healthy lauric acid and has antimicrobial properties that can condition the hair and make it healthy. While vitamin C and phosphorus present in lemon juice, nourish, prevent and treat gray hair. Mix 3 teaspoons freshly squeezed organic lemon juice with coconut oil then apply it to the hair of your child. Leave it for around an hour to get it to absorb by the hair and scalp and then wash your hair with a shampoo. Apply this combination one in a week for better results.
Make sure that your child does not pluck out any grey hair and never opt for chemical colours to conceal the problem. These home remedies actually help in most of the cases of grey hair in children. However, in some cases, grey hair is may be irreversible. A balanced diet will certainly help lower the growth of new grey hair but may not cure the grey hair. Premature grey hair may be an indication of a serious disease, which needs attention. Take care of your child and her hair.
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icbdglobalcom · 2 years
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Why need to use CBD for Anxiety?
CBD has gotten a tremendous buzz recently (in all seriousness). It's abruptly being supplied on the racks of every wellbeing food store, and it seems like CBD makers have no deficiency of imaginative ways of blending it into food varieties and beverages. Moreover, as they indicated, it can treat a clothing rundown of medical conditions, including uneasiness. So would they say they are correct?
We should investigate the proof of CBD for uneasiness.
What is CBD?
CBD for anxiety represents cannabidiol. It's one of the numerous synthetic compounds found in weed sativa plants, an animal group that incorporates hemp and cannabis. One more compound in these plants is tetrahydrocannabinol (THC) which is answerable for the "high" weed-related. Many, but not all, CBD items are extricated from hemp plants. The amount of THC in hemp will generally be exceptionally low, while it tends to be much higher in weed plants.
As of late, CBD has been showcased as a therapy for various ailments, including:
• Disease
• Alzheimer's sickness
• Parkinson's sickness
• Uneasiness
• Sorrow
• Constant agony
In any case, the FDA has just endorsed one CBD medicine, Epidiolex, for treating two serious types of epilepsy: Lennox-Gastaut Disorder and Dravet Condition. It additionally supported the drug for treating seizures related to tuberculosis sclerosis complex.
CBD is being read up as a treatment for different circumstances yet has not been supported as a treatment yet.
Things being what they are, could CBD at any point help uneasiness?
As of now, it's not satisfactory the way that CBD treats tension. Some examination has shown that it might work by influencing serotonin levels in mind. Serotonin is a compound in your body that assumes a part in your:
• Mindset
• Rest
• Processing
• Conduct
Research recommends that rising serotonin levels can assist with treating tension. Certain prescriptions, for example, antidepressants, work by controlling serotonin levels. However, a few examinations recommend that CBD might work in the same manner as stimulants and be hostile to uneasiness meds.
Might CBD at any point assist with battling wretchedness?
There's some proof that CBD might assist with melancholy. However, there haven't been many investigations on people. More exploration is expected to say without a doubt. Specialists imagine CBD might treat discouragement and uneasiness similarly: by changing serotonin levels.
CBD might be protected to take with antidepressants; however, check with your medical services supplier first.
Step-by-step instructions to Involve CBD for Uneasiness
Without clear FDA direction, ideal CBD use for uneasiness fluctuates from one individual to another. You might find one strategy that turns out better for you than another. You can consume CBD in the accompanying structures:
• Oils and colours, which come in dropper bottles and are consumed by mouth
• Chewy candies, which are enjoyable, sweet and frequently natural products seasoned
• Showers, which come in bottles with a spout to be splashed in the mouth
• Cases, softgels or tablets, which are taken exclusively by mouth like a pill
• Vapes, which heat CBD oil without lighting it, bringing about an inhalable fume
• Blossoms, which are dried hemp establishes that are commonly lighted and smoked
• Creams and gels, which present CBD topically (through the skin) as a more confined treatment
You might need to attempt various structures to determine what works best in tending to your uneasiness. For example, regarding the assimilation of Best rated CBD UK in your circulation system, vaping and smoking are more compelling than edibles like chewy candies.
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ronaldxjen82 · 6 years
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Vaccination Against Tuberculosis Prevents Multiple Sclerosis
Vaccination Against Tuberculosis Prevents Multiple Sclerosis. A vaccine normally utilized to nullify the respiratory illness tuberculosis also might help prevent the development of multiple sclerosis, a ailment of the central nervous system, a new study suggests Dec 2013. In persons who had a first episode of symptoms that indicated they might develop multiple sclerosis (MS), an injection of the tuberculosis vaccine lowered the difference of developing MS, Italian researchers report nootropic 16. "It is thinkable that a safe, handy and cheap approach will be available immediately following the first episode of symptoms suggesting MS," said deliberate over lead author Dr Giovanni Ristori, of the Center for Experimental Neurological Therapies at Sant'Andrea Hospital in Rome. But, the examination authors cautioned that much more inquiry is needed before the tuberculosis vaccine could possibly be used against multiple sclerosis. In people with MS, the exempt system attacks healthy cells in the central nervous system, which includes the sense and spinal cord. One of the first signs of MS is what's known as "clinically unrelated syndrome" naturalhealthsource.shop. Symptoms include numbing and problems with vision, hearing and balance. About half of nation who experience clinically isolated syndrome develop MS within two years. The study, published online Dec. 4 in the quarterly neurology, included 73 people who'd had clinically particular syndrome. Thirty-three received the tuberculosis vaccine and the remaining 40 were given a placebo, or dummy, injection female male mein sex sambandh khun sa upay hai. The tuberculosis vaccine is a vigorous vaccine called the Bacille Calmette-Guerin vaccine, which isn't generally used in the United States. The same vaccine also is being studied as a treatment for classification 1 diabetes. The participants had monthly MRI scans of their brains for the first six months of the inquiry to look for lesions associated with multiple sclerosis. For the next year, they received a tranquillizer (interferon beta-1a) given to people with MS. After that, they received the treatment recommended by their own neurologist. After five years, the participants were reexamined to associate with if they had developed MS. After the before six months, the researchers found an average of about eight brain lesions (a budding sign of MS) in people who received a placebo, compared to an average of three lesions in those who received the vaccine. After five years, 70 percent of those who received the placebo had developed MS, compared to 42 percent of those given the vaccine, the researchers said. No outstanding airs crap were reported during the study. Ristori said it's not clear how the vaccine is protecting against multiple sclerosis. "There seems to be complex, multiple goods on brain inflammation. Because lesions were reduced in commonality who received the vaccine it might also be helpful for people who already have MS. The authors of an accompanying journal article said this study's findings lend support to the "hygiene hypothesis". This theory suggests that a be without of infections during childhood may affect the development of the immune system, and that vaccinating with a live vaccine may helper induce a "protective immunity" against MS. Nicholas LaRocca, vice president of health sorrow delivery and policy research for the National Multiple Sclerosis Society, said this is the latest in a bunch of studies that have looked at what environmental factors contribute to the development of MS. So "What we're erudition is that the immune system isn't a self-contained entity, but that it has a lot of interactions with other things in the body. this mull over adds to what we know about ms. But it's just one piece of a big puzzle". For now, the op-ed article authors recommend against using the vaccine to treat clinically isolated syndrome or full-blown MS because the long-term sanctuary and effectiveness of the treatment is unknown. The tuberculosis vaccine often is given to infants and small children in countries where the infection is common stories. US health officials recommend it only when tuberculosis is likely.
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dreddymd · 4 years
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8 Micronutrients that can boost the immune system against COVID-19
The rapidly spreading coronavirus disease (COVID-19) is taking a harsh toll on immunocompromised individuals. According to the Centers for Disease Control and Prevention (CDC), factors linked to immunity like age and underlying conditions determine the risk of infection. Based on available information, it appears that COVID-19 can be fatal to individuals aged 65 and older, along with individuals who have preexisting chronic conditions including pneumonia, Type 2 diabetes and liver disease.
COVID-19 is still relatively new, so there is currently no medical breakthrough regarding treatment. Prior to the global spread of COVID-19, the World Health Organization (WHO) has recommended several protective measures to halt the spread of the disease including personal hygiene and social distancing. But such measures can only stall the rate of transmission to a degree, not completely eradicate the virus itself.
That being said, prevention is better than cure. Despite the virus’s rapid rate of transmission, prevention and recovery are possible given a strong immune system. Ideally, a functioning immune system should be able to identify and combat disease-causing pathogens like bacteria and viruses. But poor nutrition and lifestyle can significantly impair vital immune functions.
Fortunately, micronutrients play important roles in immunity and general well-being. Although there is no one-size-fits-all cure yet for COVID-19, adequate levels of micronutrients can improve immune responses to infection and disease. The following are eight vitamins and minerals that play important roles in immunity enhancement.
Vitamin C
Vitamin C is one of the most widely known immune-boosting micronutrients. As a powerful antioxidant, vitamin C has antibacterial and anti-inflammatory effects against pathogens. It also stimulates the production of antibodies and white blood cells that prevent disease. Common sources of vitamin C include citrus fruits like oranges, tangerines, grapefruits, clementines, lemons and kumquats. But it can also be found in several vegetables including broccoli, kale, spinach, cauliflower, Brussels sprouts, carrots, bell peppers and cantaloupe. (Related: Chinese doctors study vitamin C for treating coronavirus infections.)
Vitamin E
Vitamin E is also a potent antioxidant known to improve immune functions. Higher concentrations of vitamin E are found in immune cells compared to other cells in the body. Several clinical trials have provided evidence to show that vitamin E regulated the number of natural killer cells that prevent viral infections. Additionally, vitamin E deficiency is known to impair immune responses to infection, weaken muscles and increase the risk of chronic diseases. To avoid the effects of vitamin E deficiency, eat plenty of nuts and seeds like almonds, peanuts, hazelnuts, sunflower seeds, pistachios, pumpkin seeds and cashews.
Vitamin A
Beta carotene is a plant compound that the body converts into vitamin A, a micronutrient that plays an important role in eye health and maintenance. But vitamin A is also known to enhance immunity by regulating antibacterial and anti-inflammatory immune responses to infectious diseases like tuberculosis, pneumonia, malaria and herpes. Foods that contain high amounts of vitamin A include bright vegetables like carrots, pumpkin, cantaloupe, squash and bell peppers.
Vitamin D
Aside from supporting calcium absorption and bone development, vitamin D also enhances immunity by regulating the body’s antimicrobial response. Vitamin D also activates the body’s inflammatory response to infection, thus reducing the risk of autoimmune diseases like multiple sclerosis, rheumatoid arthritis and inflammatory bowel disease. Meanwhile, damaged immune cells have also been shown to react positively to high concentrations of vitamin D. Common food sources of vitamin D include mushrooms, eggs, raw milk, salmon, tuna, mackerel, sardines and whole-grain oats.
Folate
The B complex vitamin known as folate aids various body functions including immunity, metabolism and DNA synthesis. In particular, folate facilitates cell growth and development. Therefore, it can also accelerate wound healing and stimulate tissue repair. Folate is also known to increase the production of antibodies that identify disease-causing pathogens. Common sources of folate include leafy greens, beans, legumes, avocados, broccoli, asparagus, bell peppers, beets and nuts.
Iron
Iron is a fundamental component of hemoglobin, a protein molecule that transports oxygen throughout the body. But iron also boosts the immune system by stimulating the production of white blood cells that combat pathogens and prevent infection. Additionally, iron can inhibit the growth of bacteria and induce cell cycle arrest and programmed cell death of cancer cells. Foods such as beef, chicken, oysters, beans, cashews, broccoli, kale and whole-grain oats contain high amounts of iron.
Selenium
As an antioxidant, selenium reduces inflammation and prevents cellular damage caused by free radicals, thereby reducing the risk of chronic diseases. Selenium also has powerful antiviral effects against respiratory infections like influenza and asthma. In high concentrations, it can also inhibit the spread of cancer cells. Selenium can be found in a variety of foods including beans, nuts, legumes, fatty fish, unprocessed dairy products, fruits, plain yogurt, whole grain oats, mushrooms, seeds and barley.
Zinc
Zinc has powerful antiviral and anti-inflammatory properties that can reduce the risk and duration of respiratory tract infections like common colds, flu and pneumonia. High concentrations of zinc have also been shown to improve natural killer cell activity. Excellent sources of zinc include pork, beef, chicken, beans, nuts, unprocessed cheese, raw milk and plain yogurt.
A healthy immune system can reduce the risk of contracting infections like colds, flu and COVID-19. Enhance immunity by increasing the intake of essential vitamins and minerals that aid immune functions. Additionally, adopting a healthy lifestyle that involves regular exercise and proper nutrition can significantly boost the immune system.
Divina Ramirez
Sources include:
CDC.gov
WHO.int
Greatist.com
Health.ClevelandClinic.org
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rohinic123-blog · 4 years
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Molecular Testing for Infectious Diseases Market  Size Estimated to Observe Significant Growth by 2030
Molecular Testing for Infectious Diseases Market: Introduction
Diagnostic testing is the backbone of a successful health care system which provides exact information that patients and health care providers need to make the right medical decisions. Diagnostics also offer accurate, quantitative metrics that guide the prevention, prediction, diagnosis, care, and effective management of health problems at any level.
Report Overview @
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Molecular testing is a revolutionary and complex diagnostic field, contributing to understandings of many disease-revolutionizing health care systems in study and diagnosis. Molecular testing identifies and tests the involvement of proteins or genetic material associated with a particular clinical disorder or illness, seeks to reveal the root causes of the disease and allows physicians to adapt patient treatment and promote the practice of ‘personalized medicine’.
Technological advancements coupled with government funding are expected to trigger the growth of the global molecular testing for infectious diseases market. Additionally, reduction in time and cost coupled with increase in need of customized molecular testing for infectious diseases augments the global molecular testing for infectious diseases market.
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Key Drivers and Restraints of Global Molecular Testing for Infectious Diseases Market
Rise in Prevalence of Infectious Diseases
Increase in Public and Private Funding
According to the WHO infectious disease surveillance data, infectious diseases such as gonorrhea, tuberculosis, campylobacteriosis, covid-19 or coronavirus, and salmonellosis account for a majority of the infectious diseases throughout the globe, and E. coli infection is the most common food-related infection.
Thus, rise in prevalence of infectious diseases is likely to contribute to the growth of the molecular testing for infectious diseases market as these tests are among the most preferred methods for the detection of these diseases.
The molecular testing for infectious diseases market witnessed a surge in funding that has expanded the real-time PCR research. Participants from different industries have funded several real-time PCR projects in academic and research institutions.
Further, Europa Organisation, the European funding organization, supports innovative companies in the development of new products and conducts annual PCR conferences to identify potential innovators of PCR technology
Similarly, in July 2016, Mobidiag Oy, a Finland-based molecular diagnostic company, received EUR 15 Mn loan (US$ 16.5 Mn) from European Investment Bank (EIB). This funding is expected to enable Mobidiag Oy to enhance its Amplidiag system, which includes multiplex tests for gastrointestinal infections. These tests employ real-time PCR to generate results.
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Insulin Infusion Pumps Segment to Dominate Global Market
In terms of application, the global molecular testing for infectious diseases market can be classified into HIV, hepatitis, sepsis, respiratory diseases, tuberculosis, sexually transmitted diseases, and others
Based on test type, the global molecular testing for infectious diseases market can be categorized into polymerase chain reaction, mass spectrometry, transcription mediated, amplification (TMA), hybridization, and others
Based on end-user, the global molecular testing for infectious diseases market can be divided into hospitals, research & academic institutes, diagnostic laboratories, and others
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Europe to Dominate Global Molecular Testing for Infectious Diseases Market by End of Forecast Period
In terms of region, the global molecular testing for infectious diseases market can be segmented into North America, Europe, Asia Pacific, Latin America, and Middle East & Africa
The molecular testing for infectious disease market is largely centered in the U.S. The country’s dominance is due to major players such as Agilent Technologies and Abbott Laboratories that are based in the U.S.
The U.S accounts for significant market share; however, it is anticipated to be overtaken by Europe, owing to the rise in number of manufacturers in the region. Moreover, the molecular testing for infectious diseases market in Europe is witnessing a high growth rate due to increase in prevalence of infectious diseases, advancements in molecular techniques, and growing awareness and acceptance of personalized medicine and companion diagnostics.
Molecular diagnostics of infectious diseases, in particular, nucleic-acid-based methods, are the fastest growing field in clinical laboratory diagnostics. These applications are stepwise replacing or complementing biochemical, culture-based, and immunological assays in microbiology laboratories.
Leading Players Operating in Global Molecular Testing for Infectious Diseases Market
The global molecular testing for infectious diseases market was highly fragmented in 2019. Key players operating in the global molecular testing for infectious diseases market are:
Abbott
Agilent Technologies, Inc.
Alere, Inc.
bioMérieux SA
Bio-Rad Laboratories, Inc.
Cepheid.
Danaher
F. Hoffmann-La Roche Ltd.
Hologic, Inc.
Meridian Bioscience, Inc.
PerkinElmer, Inc.
Randox Laboratories, Ltd.
QIAGEN
Siemens Healthcare GmbH
Thermo Fisher Scientific, Inc.
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Prednisone
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Brand Name: Deltasone
Generic Available
Common Dosage Forms:
Tablets: 1 mg, 2.5 mg, 5 mg, 10 mg, 20 mg, 50 mg
Solution: 5 mg/5 mL
Intensol Solution: 5 mg/mL
FDA Indications/Dosages:
Treatment of various allergic and inflammatory disease of the body as well as: adjunctive therapy in tuberculous meningitis; treatment of trichinosis with neurologic or myocardial involvement; to induce the diuresis or remission of proteinuria in the nephrotic syndrome; symptomatic relief of ulcerative colitis or regional enteritis during critical periods; use as maintenance or during a flare-up of systemic lupus erythematosus, polymyositis or rheumatic carditis; palliative management of leukemias and lymphomas (in adults); treatment of various anemias and thrombocytopenias; treatment of various endocrine and respiratory disorders: Dosages vary between individuals and disease states: DOSAGES MUST BE INDIVIDUALIZED. Normal doses range from 5-60 mg/day. Constant patient monitoring is essential in proper therapy. In long-term prednisone therapy, alternate day dosing may be beneficial.
Acute exacerbations of multiple sclerosis: 200 mg/day for 7 days followed by 80 mg every other day for 1 month.
See manufacturer’s package insert for complete list of individual indications and dosage ranges.
Pharmacology/Pharmacokinetics: Adrenocorticoids bind to certain receptor proteins found in the cytoplasm of sensitive steroid-receptor complex. This steroid-receptor complex enters the nucleus of the cell where it reacts with chromatin, or DNA. The steroid, or possibly the receptor, then uses stored information to stimulate, or in some cases inhibit, the transcription of mRNA. The stimulation of mRNA results in the synthesis of specific proteins and ultimately specific enzymes that carry out its anti-allergy and anti-inflammatory actions.
Drug Interactions: May antagonize the effects of anticholinesterases. Barbiturates, rifampin, and hydantoins may increase metabolism. Estrogens may decrease metabolism. Ketoconazole may increase effects. May decrease salicylate effectiveness.
Contraindications/Precautions: Use is contraindicated in patients with systemic fungal infections. Use with caution in pregnant or nursing women and in patients with ocular herpes simplex, hypothyroidism, cirrhosis, ulcerative colitis, diverticulitis, fresh intestinal anastomosis, renal impairment, hypertension, osteoporosis, myasthenia gravis, tuberculosis, peptic ulcers, or diabetes mellitus. Patients on immunosuppressive doses of prednisone should not undergo any form of immunization with live or live, attenuated vaccines. No Pregnancy Category Established.
Adverse Effects: Blurred vision, upset stomach, nausea, vomiting, fluid and electrolyte disturbances, Cushing’s syndrome, increased susceptibility to infections, osteoporosis, vertebral compression, various behavioral disturbances, peptic ulceration, myopathy, suppression of growth in children, and signs of adrenal suppression.
Patient Consultation:
Take medication only as prescribed.
Do not discontinue medication without first consulting physician.
May take with food or milk if GI tract upset occurs.
Notify physician if any adverse effects occur.
Store in a cool, dry place away from sunlight and children.
If a dose is missed, take it as soon as possible.
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befitnesshub1 · 4 years
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Diet For Venous Insufficiency | Venous Cure Through Diet
To prevent the reverse flow of blood in the arteries, to control the normal course of the blood supply to the arteries and veins, a common body vein with valves simultaneously i.e. the venous ulcer of the body. The inability of valve regulation causes posterior flow which creates congestion and thus leads to the formation of ulcers in the infected area of ​​the human body.
Congestion in the arteries causes excessive pressure on the veins and the heart itself does not maintain proper pumping order for the blood to move through the arteries and other thin and delicate areas of the body. All of this is caused by venous hypertension of the arteries.
The hemoglobin found in the red blood cell immediately escapes and begins to leak into the extravascular space with a brown discoloration or pigment of such a nature. Wounds are not healed due to leakage of blood proteins and separation of Ghanaian cellular matrix molecules.
Oxygen and nutrients do not reach the body’s building cells because a substance called fibrin builds up around the blood vessels and tries to block the passage of other nutrient proteins or vitamins and minerals and reaches its specific state and remedy. Disease. It also causes leukocytes i.e. insufficiency of white blood cells.
Related post: Is It Possible To Lose 40 Pounds In 2 Months? Low Carb Diet
Prolonged Wound
A wound becomes prolonged with the reaction of other components found in the blood that become inflamed. Obstruction of blood flow to the arteries, refraction increases the process of injury. Venice stasis ulcers are found in the cross of the human body. Transduction of inflammatory mediators occurs in subcutaneous tissues formed on the lower extremities, including some skin tissues.
The most common criteria for such an event are the relationship with its proper flow of blood circulation and its non-stop regulation to function effectively. Venous leg ulcers are specific types of ulcers where human skin is lost on the legs.
There are mainly two distinct stages of foot ulcer syndrome: chronic and acute. Acute ulcers follow a normal course of healing process lasting less than 4 weeks and include postoperative and traumatic lesions due to infectious agents close to the region while chronic ulcers are those that are perennial in nature and persist as a type of weak but complex root.
Foot ulcers are caused by an injury caused by poorly fitted ski boots that must be too tight and there is no room for fresh air or pressure on the foot due to the plaster cast used for accidents. The foot area of ​​the human body.
Tuberculosis and Leprosy
Tuberculosis and leprosy occur in the form of bacterial infections and other infectious agents. The names of the bacteria are: eczema and deficiency. A skin biopsy is committing by a dermatologist for possible skin cancer, which causes such venous ulcers of the feet to occur on the edge of a suspected lesion. Skin diseases are caused by systemic factors like vasculitis or sclerosis etc.
‘Arterial insufficiency’ refers to low blood circulation in the bloodstream and it is too weak to reach the leg area due to atherosclerosis. Fatty acids or other substances deposit and constrict the arteries in the arterial walls of vessels. Hypertension; With improper circulation and chain-smoking etc. the level of cholesterol in the blood can significantly increase, which exacerbates leg ulcers.
Venous and Diabetic Insufficiency
Venous and diabetic insufficiency is the improper functioning of the venous blood supply to the only vein and is caused by damage and obstruction to the artery. The veins carry blood from the legs to the legs and down to the heart. It is the accidental pumping of the leg muscle that clears the way for the contraction of such ulcers of the leg. It causes a reflex. Reduces pressure awareness from sensory neuropathy and causes neuropathic ulceration in the leg area.
Risk factors include prolonged standing or sitting; High blood pressure; Obesity; Fractures and injuries to the leg region; Renal failure; Clotting with uncontrolled circulatory disorders of the blood vessels or capillaries of the legs; Excessive swelling in the legs; Cerebra- vascular or peripheral vascular disease with a history of heart disease Etc.
Best Diet Plan For Chronic Venous Insufficiency
Venous Insufficiency Breakfast Diet
The main thing you want to focus on is fiber. Fiber will play a major role in managing the symptoms of chronic venous insufficiency. For breakfast foods that are high in fiber, you may want to look at bread and oats. These snacks can be muffins, toast, oatmeal, and bran flakes. If you’re in the mood to add a little more flavor to your breakfast, both raspberries and strawberries are high in fiber. They will add good taste to an otherwise-easy breakfast.
Lunch Diet For Venous Insufficiency
After breakfast, you will see that the lunch has a little more substance in it. For the main part of the meal, you can choose to turn to vegetables. Baked potatoes not only cook in a variety of ways but also provide a significant source of fiber. The same applies to cauliflower, which you can also cook in a variety of ways.
Spaghetti is also an option if you want to see other recipes for lunch, however, make sure the spaghetti you choose is whole wheat. For a little more substance in the diet, you can consider adding beans to your meal if you feel like it.
Dinner Diet For Venous Insufficiency
For dinner, you’ll probably find some meat to be the main course of your meal. Because you want to focus on increasing the amount of fiber in your diet, it doesn’t always matter what type of meat you choose. Instead, you want to focus on what you add to the dish. For vegetables, you may want to look at broccoli, green peas, turnip greens, Brussels sprouts, sweet corn, and carrots.
You should boil carrots except for everything. Boiling vegetables cook them while retaining fiber whenever possible. If you want to add some fruits to your diet, you will want to look at pears, bananas, oranges, and apples. And If you want to add some apples to your dinner, you should make sure that their skin is still there.
If you specifically want to know which beans are best for dinner, then boiled black beans, boiled lentils and canned roasted beans are all excellent solutions.
Snacks Diet For Venous Insufficiency
After this meal, you may wonder what other high-fiber foods are for breakfast. If you want to eat breakfast, you will want to see almonds, pistachios and sunflower kernels. Popcorn is also an excellent snack. This snack is also slightly salted or roasted to give it a little flavor. After all, most people like to be able to eat delicious snacks between meals.
The good thing about this snack is that it is also healthy, which can benefit everyone.
Drinks Diet For Chronic Venous Insufficiency
When you’re looking at drinks, you’re going to want to find a balance between taste and fiber. A drink that is high in fiber is not going to taste very good. In general, you will prefer to find juices made with the same fruits and vegetables that have a high fiber count. These include raspberries, pears, apples, bananas, oranges, strawberries, sweet corn and carrots. It can be hard to find a drink that has a drink. But juice with those ingredients will best for you.
Herbs Diet For Venous Insufficiency
Aside from fiber, there are some herbs that have shown to help with symptoms of chronic venous insufficiency. Horse chestnut seed extract, while not a complete herb, is an extract traditionally used for swelling and inflammation.
These two things can brought about by chronic venous insufficiency. Pycnogenol is an extract of French pine bark and it can reduce the chances of clots in your feet during long flights. Nattokinase is an enzyme deriving from NATO, a traditional Japanese food.
Gotu Kola is a tropical plant that has always been used in traditional Southeast Asian medicine. Butcher’s broom extract can also help with permanently swollen veins, which can occur when you have chronic venous insufficiency. These are just a few of the herbs and extracts you may want to look for.
Fruit Diet For Venous Insufficiency
There are many fruits that have shown to help with chronic venous insufficiency, all due to their fiber levels. Raspberries, pears, apples with skin, bananas, oranges and strawberries are all fruits that you want to pay close attention to as they can give a lot more than just fiber.
Most of these fruits contain valuable nutrients that everyone and everyone needs. Surprisingly, a cup of raspberries has more fiber than a medium-sized pear.
Related post: 10 Substitute For Mushrooms For Kitchen Recipes
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Are you worried about premature grey hair in your child? Parents becomes very upset if the suffer from premature grey and white hair especially when the greying does not stop on its own. You and your child have to encounter the numerous questions. Grey hair according to common perception is linked with one of many signs of aging. Early development grey hair may happen in case of adults but it is less common to see a 12-year-old with grey hair. Good news is that in most cases, you can treat and cure it once you know the cause of your child’s premature greying. Here HEALTH and FITNESS find out what might be the reason of your 12 year old has grey hair and home remedies for premature grey & white hair in kids.
What Causes 12 Year Old has Grey Hair?
Melanin pigments produced by the melanocytes cells are responsible for colouring of your hair. Melanocytes are tiny cells present in your hair follicles. With ageing, the pigmentation process slows down and makes your hair look more transparent or grey.  If there is no melanin whatsoever, your hair will appear white. The rate of decline of the activity of these melanocytes varies for individual to individual. For this reason, some people get grey hair earlier than others do. Now, why does your child have grey hairs? Grey hair in kids sometimes possibly indicates a disease or disorder.
Here are some possible causes grey hairs in children.
1. Disease or Disorder
Sometimes, children may experience premature greying of hair as a symptom of a more serious internal disease or disorder. Diseases that generally induce premature greying in children are:
]  Thyroid Disorders :
v  Grave’s disease: Hyperthyroidism due to an over active a thyroid gland can affect   melanocyte activity and lead to hair discoloration.
v  Hashimoto’s disease, Hashimoto's disease often leads to hypothyroidism (underactive thyroid gland) that affects melanocyte activity and lead to hair discoloration.
]  Vitiligo: Vitiligo is a skin disorder that make skin to lose hair pigmentation
]  Waardenburg syndrome, a disease that causes changes in hair, skin, and eyes’
  pigmentation and hearing loss
]  Tuberous sclerosis, this a genetic disorder that causes to the growth of benign
  tumors brain, induces loss of hair pigmentation
]  Neurofibromatosis, a disease in which neurofibromas (tumor formed on
  nerve cell) form throughout the body
]  Anemia: Megaloblastic anemia may also be a major cause of premature
  graying in both children and adults. Anemia may sometimes cause because of
  vitamin B12 deficiency. Blood test to be performed in child with grey hair to
  detect anemia.
]  Vogt-Koyanagi syndrome: Some children develop this syndrome after a viral
  illness, which leads to the production of antibodies that attack the
  melanocytes. Vogt-Koyanagi syndrome is a rare condition that can results in
  greying in children.
2. Hereditary
Hereditary is the primary reason for premature grey hair in kids. If either of you or your spouse have a family history of an early onset of grey hair, then there is a high chance that your child would inherit the genetic trait of premature greying from parents.
3. Vitamin B12 Deficiency
Deficiency of vitamin B12 is one of many causes of 12 year old with grey hair. However grey hair due to nutritional deficiency is quite rare because you can get a good amount of vitamins from animal products. Deficiency of vitamin B12 might be the underlying cause of early greying of hair if your child is vegetarian or follows a vegan diet, in that case you should perform a blood test to determine if there is a B12 deficiency. Your child may not be able to digest vitamin B12 properly if he has undergone certain surgical procedures, which can also cause grey hair. Improper absorption of vitamin B12 is caused due to :
§  Stomach surgery
§  Small intestine surgery
§  Stomach-related diseases like tuberculosis and tapeworms
4. Genetics
Genetics play a role to determine a child's premature melanocyte maturation schedule. This means that due to the child’s genetic makeup the melanocytes in their hair follicles will stop working earlier. It means that if your child is having grey hair mostly when someone else in the family tree also has the same condition. Grey hair may also cause due to genetic problems, such as tuberous sclerosis and neurofibromatosis.
5. Stress
There is a common perception that stress can cause grey hair, but there are scientific studies to support these claims. Yet, there is some evidence suggesting that genotoxic stress (the kind that can damage a cell's DNA) may lead to cell mutation and trigger early graying. Researchers found in a study that hormones produced in response to stress could eat up the melanocyte stem cells that determine hair color. Stress causes the stem cells to leave the hair follicles, making hair gray or white.
6. Dandruff
Some of the recent researches show a positive correlation between dandruff and premature grey hair. Though they are interrelated, it does not mean dandruff causes grey hair. If the problem of dandruff becomes severe, the probability of graying of hair in your child becomes higher.
How Premature Grey Hair In Kids Can Be Cured?
If the premature grey hair in kids is caused due to some medical disorder or disease, treatment of the underlying disease will stop the progress of premature greying hair in your child. However, in other cases, here are some effective home remedies that can activate those melanocytes and help your child regain natural hair color.
Proper Nutrition:
According to some experts, grey hair in children is the result of improper nutrition. Absence of some essential vitamins and mineral may also catalyze graying of hair.  It is possible to prevent the issue in the first place by correcting the nutritional deficiencies. Make sure that your child's diet contains the following nutrients:
Vitamin A: Vitamin A is essential to maintain a healthy scalp and increases the glow of the hair.  Including dark green vegetables along with yellow and orange fruits in your child’s diet fulfils the regular Vitamin A requirement.       
Vitamin B: Vitamin B complex helps to stabilize the secretion of oil and keeps the hair healthy. Child suffering from grey hair needs to eat green leafy vegetables to get vitamin B. Cauliflower, tomatoes, liver, cereal, bananas, and yogurt are good source of vitamin B complex.
Minerals: Right balance of minerals in your child’s diet is important for healthy hair. Mineral like iron, zinc, and copper has role on pigmentation of hair and its overall growth. Chicken, red meat, and green veggies are some good sources of zinc. Dried apricots, parsley, red meat, wheat, egg yolk, seafood and whole grains are all rich in iron. Iron all helps to fight anemia, one of the cause of grey hair in children.
Proteins: Protein called keratin is the building block of your child’s hair and your child should get sufficient protein in the diet for healthy, black hair. Proteins also protect hair colour and add natural shine to it. Ensure that your child is getting the recommended daily intake of proteins from cereals, whole grains, soy, and meat.
Iodine: Iodine is a vital nutrient for your child, to stop graying of hair. Iodine is controls the production of thyroid hormone and overall health of the thyroid gland.  As discussed above, hypothyroidism or hyperthyroidism can result in graying of hair. You child can get iodine table salt and foods such as sea fish, bananas and carrots.
 Here are a few some home remedies you can try to prevent grey hair in kids:
Oil Infused With Curry Leaves: 
Curry leaves to help effectively treat grey hair. Simply take some pure coconut oil and boil it with a bunch of curry leaves. Heat it until the leaves turns black. Apply the mixture directly on your child’s scalp and massage gently. It works best if kept overnight.   Repeat this regularly to prevent grey hair in your child.
Taking Yogurt And Yeast: 
Consuming yogurt with diet has beneficial effect to protect your child’s hair. The best way to take yogurt to prevent grey hair is to make a drink by mixing some yogurt with a tablespoon of yeast. The combination of yogurt and yeast prevent premature grey hair in children.
Stay Hydrated:
Ensure that your child drink enough water and fluid throughout the day. Dehydration causes the scalp to become dry, drinking plenty of water daily to prevent hair discoloration.
                                                                                            Make Use Of Indian Gooseberry:  
Indian gooseberry is an excellent home remedy for preventing and even reversing grey hairs. When graying of hair is caused due to vitamin deficiency or any other nutrient deficiency, Indian gooseberry to treatment is more effective. However, correcting the underlying cause is more important. Dry few pieces of Indian gooseberry fruit in sun. Warm the dried fruit in coconut oil until a thick residue is left behind. Store this oil in a bottle for future use. Apply the oil regularly directly to your child’s scalp. If you do not want to use oil, you can soak the hair in gooseberry water. Leave it overnight and wash it in the morning using the same water.
Oil Infused With Amla: 
Boil few amla pieces in coconut oil. Cool it and apply directly on your child’s scalp. You can also soak an amla in water for overnight and use this water to wash your child’s hair.
Amla And Almond Oil:
Regular application of almond and amla oil mixture helps to prevent grey hair of your kid. Apply this mixture on your child’s scalp and massage it. For best result leave it overnight and then wash the hair the next morning.
Cow Milk Butter:
Butter made from cow’s milk is an effective remedy to treat premature aging of hair follicles. Cow's milk butter contains certain enzymes that nourishes your child’s hair and reverse the process of graying. Massage cow milk butter in your kid’s scalp and the hair roots twice a week for better result.
Lemon Juice And Coconut Oil Combining: 
Combining coconut oil and lemon juice is believed to be beneficial for graying hair in kids. Coconut oil is enriched with healthy lauric acid and has antimicrobial properties that can condition the hair and make it healthy. While vitamin C and phosphorus present in lemon juice, nourish, prevent and treat gray hair. Mix 3 teaspoons freshly squeezed organic lemon juice with coconut oil then apply it to hair of your child. Leave it for around an hour to get it absorb by the hair and scalp and then wash your hair with a shampoo. Apply this combination one in a week for better result.
Make sure that your child does not pluck out any grey hair and never opt of chemical colours to conceal the problem. These home remedies actually help in most of the cases of grey hair in children. However, in some cases, grey hair is may be irreversible. A balanced diet will certainly help lower the growth of new grey hair but may not cure the grey hair. Premature grey hair may be an indication of a serious disease, which needs attention. Take care of your child and her hair.
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Vaccination Against Tuberculosis Prevents Multiple Sclerosis
Vaccination Against Tuberculosis Prevents Multiple Sclerosis. A vaccine normally hand-me-down to balk the respiratory illness tuberculosis also might help prevent the development of multiple sclerosis, a complaint of the central nervous system, a new study suggests Dec 2013. In family who had a first episode of symptoms that indicated they might develop multiple sclerosis (MS), an injection of the tuberculosis vaccine lowered the inequality of developing MS, Italian researchers report stories. "It is conceivable that a safe, handy and cheap approach will be available immediately following the first episode of symptoms suggesting MS," said chew over lead author Dr Giovanni Ristori, of the Center for Experimental Neurological Therapies at Sant'Andrea Hospital in Rome. But, the deliberate over authors cautioned that much more delving is needed before the tuberculosis vaccine could possibly be used against multiple sclerosis. In people with MS, the vaccinated system attacks healthy cells in the central nervous system, which includes the understanding and spinal cord. One of the first signs of MS is what's known as "clinically hidden syndrome" banane. Symptoms include numbing and problems with vision, hearing and balance. About half of citizenry who experience clinically isolated syndrome develop MS within two years. The study, published online Dec. 4 in the magazine neurology, included 73 people who'd had clinically lone syndrome. Thirty-three received the tuberculosis vaccine and the remaining 40 were given a placebo, or dummy, injection online sex indian man. The tuberculosis vaccine is a abide vaccine called the Bacille Calmette-Guerin vaccine, which isn't substantially used in the United States. The same vaccine also is being studied as a treatment for archetype 1 diabetes. The participants had monthly MRI scans of their brains for the first six months of the mull over to look for lesions associated with multiple sclerosis. For the next year, they received a panacea (interferon beta-1a) given to people with MS. After that, they received the treatment recommended by their own neurologist. After five years, the participants were reexamined to glom if they had developed MS. After the word go six months, the researchers found an average of about eight brain lesions (a capacity sign of MS) in people who received a placebo, compared to an average of three lesions in those who received the vaccine. After five years, 70 percent of those who received the placebo had developed MS, compared to 42 percent of those given the vaccine, the researchers said. No foremost facet gear were reported during the study. Ristori said it's not clear how the vaccine is protecting against multiple sclerosis. "There seems to be complex, multiple chattels on brain inflammation. Because lesions were reduced in forebears who received the vaccine it might also be helpful for people who already have MS. The authors of an accompanying journal opinion piece said this study's findings lend support to the "hygiene hypothesis". This theory suggests that a require of infections during childhood may affect the development of the immune system, and that vaccinating with a live vaccine may relieve induce a "protective immunity" against MS. Nicholas LaRocca, vice president of health dolour delivery and policy research for the National Multiple Sclerosis Society, said this is the latest in a sum of studies that have looked at what environmental factors contribute to the development of MS. So "What we're wisdom is that the immune system isn't a self-contained entity, but that it has a lot of interactions with other things in the body. this work adds to what we know about ms. But it's just one piece of a big puzzle". For now, the column authors recommend against using the vaccine to treat clinically isolated syndrome or full-blown MS because the long-term cover and effectiveness of the treatment is unknown. The tuberculosis vaccine often is given to infants and small children in countries where the c murrain is common read full article. US health officials recommend it only when tuberculosis is likely.
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everettxjenkins · 6 years
Text
Vaccination Against Tuberculosis Prevents Multiple Sclerosis
Vaccination Against Tuberculosis Prevents Multiple Sclerosis. A vaccine normally in use to impede the respiratory illness tuberculosis also might help prevent the development of multiple sclerosis, a sickness of the central nervous system, a new study suggests Dec 2013. In populate who had a first episode of symptoms that indicated they might develop multiple sclerosis (MS), an injection of the tuberculosis vaccine lowered the chances of developing MS, Italian researchers report more help. "It is achievable that a safe, handy and cheap approach will be available immediately following the first episode of symptoms suggesting MS," said workroom lead author Dr Giovanni Ristori, of the Center for Experimental Neurological Therapies at Sant'Andrea Hospital in Rome. But, the library authors cautioned that much more exploration is needed before the tuberculosis vaccine could possibly be used against multiple sclerosis. In people with MS, the unsusceptible system attacks healthy cells in the central nervous system, which includes the understanding and spinal cord. One of the first signs of MS is what's known as "clinically remote syndrome" peyronie's disease clinic rumelange. Symptoms include numbing and problems with vision, hearing and balance. About half of mortals who experience clinically isolated syndrome develop MS within two years. The study, published online Dec. 4 in the record book neurology, included 73 people who'd had clinically apart syndrome. Thirty-three received the tuberculosis vaccine and the remaining 40 were given a placebo, or dummy, injection perfect 7 laxative. The tuberculosis vaccine is a live out vaccine called the Bacille Calmette-Guerin vaccine, which isn't considerably used in the United States. The same vaccine also is being studied as a treatment for class 1 diabetes. The participants had monthly MRI scans of their brains for the first six months of the consider to look for lesions associated with multiple sclerosis. For the next year, they received a treatment (interferon beta-1a) given to people with MS. After that, they received the treatment recommended by their own neurologist. After five years, the participants were reexamined to watch if they had developed MS. After the foremost six months, the researchers found an average of about eight brain lesions (a concealed sign of MS) in people who received a placebo, compared to an average of three lesions in those who received the vaccine. After five years, 70 percent of those who received the placebo had developed MS, compared to 42 percent of those given the vaccine, the researchers said. No worst standpoint paraphernalia were reported during the study. Ristori said it's not clear how the vaccine is protecting against multiple sclerosis. "There seems to be complex, multiple possessions on brain inflammation. Because lesions were reduced in settle who received the vaccine it might also be helpful for people who already have MS. The authors of an accompanying journal opinion piece said this study's findings lend support to the "hygiene hypothesis". This theory suggests that a be deficient in of infections during childhood may affect the development of the immune system, and that vaccinating with a live vaccine may helper induce a "protective immunity" against MS. Nicholas LaRocca, vice president of health heedfulness delivery and policy research for the National Multiple Sclerosis Society, said this is the latest in a numeral of studies that have looked at what environmental factors contribute to the development of MS. So "What we're wisdom is that the immune system isn't a self-contained entity, but that it has a lot of interactions with other things in the body. this mull over adds to what we know about ms. But it's just one piece of a big puzzle". For now, the leader authors recommend against using the vaccine to treat clinically isolated syndrome or full-blown MS because the long-term security and effectiveness of the treatment is unknown. The tuberculosis vaccine often is given to infants and small children in countries where the contagion is common ling bdhaneka oil in hind.enformeshn. US health officials recommend it only when tuberculosis is likely.
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paylolorens-blog · 6 years
Text
Vaccination Against Tuberculosis Prevents Multiple Sclerosis
Vaccination Against Tuberculosis Prevents Multiple Sclerosis. A vaccine normally Euphemistic pre-owned to oppose the respiratory illness tuberculosis also might help prevent the development of multiple sclerosis, a infection of the central nervous system, a new study suggests Dec 2013. In nation who had a first episode of symptoms that indicated they might develop multiple sclerosis (MS), an injection of the tuberculosis vaccine lowered the discrepancy of developing MS, Italian researchers report more. "It is achievable that a safe, handy and cheap approach will be available immediately following the first episode of symptoms suggesting MS," said cram lead author Dr Giovanni Ristori, of the Center for Experimental Neurological Therapies at Sant'Andrea Hospital in Rome. But, the consider authors cautioned that much more on is needed before the tuberculosis vaccine could possibly be used against multiple sclerosis. In people with MS, the protected system attacks healthy cells in the central nervous system, which includes the imagination and spinal cord. One of the first signs of MS is what's known as "clinically excluded syndrome" what is the price of vigrx delay spray in new york. Symptoms include numbing and problems with vision, hearing and balance. About half of bourgeoisie who experience clinically isolated syndrome develop MS within two years. The study, published online Dec. 4 in the record book neurology, included 73 people who'd had clinically lone syndrome. Thirty-three received the tuberculosis vaccine and the remaining 40 were given a placebo, or dummy, injection get the facts. The tuberculosis vaccine is a animate vaccine called the Bacille Calmette-Guerin vaccine, which isn't considerably used in the United States. The same vaccine also is being studied as a treatment for quintessence 1 diabetes. The participants had monthly MRI scans of their brains for the first six months of the work to look for lesions associated with multiple sclerosis. For the next year, they received a slip (interferon beta-1a) given to people with MS. After that, they received the treatment recommended by their own neurologist. After five years, the participants were reexamined to spot if they had developed MS. After the triumph six months, the researchers found an average of about eight brain lesions (a stuff sign of MS) in people who received a placebo, compared to an average of three lesions in those who received the vaccine. After five years, 70 percent of those who received the placebo had developed MS, compared to 42 percent of those given the vaccine, the researchers said. No primary subordinate belongings were reported during the study. Ristori said it's not clear how the vaccine is protecting against multiple sclerosis. "There seems to be complex, multiple slang shit on brain inflammation. Because lesions were reduced in kinsmen who received the vaccine it might also be helpful for people who already have MS. The authors of an accompanying journal leading article said this study's findings lend support to the "hygiene hypothesis". This theory suggests that a scarcity of infections during childhood may affect the development of the immune system, and that vaccinating with a live vaccine may succour induce a "protective immunity" against MS. Nicholas LaRocca, vice president of health protection delivery and policy research for the National Multiple Sclerosis Society, said this is the latest in a tons of studies that have looked at what environmental factors contribute to the development of MS. So "What we're knowledge is that the immune system isn't a self-contained entity, but that it has a lot of interactions with other things in the body. this over adds to what we know about ms. But it's just one piece of a big puzzle". For now, the opinion piece authors recommend against using the vaccine to treat clinically isolated syndrome or full-blown MS because the long-term safeness and effectiveness of the treatment is unknown. The tuberculosis vaccine often is given to infants and small children in countries where the plague is common home. US health officials recommend it only when tuberculosis is likely.
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mateobishop · 6 years
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Vaccination Against Tuberculosis Prevents Multiple Sclerosis
Vaccination Against Tuberculosis Prevents Multiple Sclerosis. A vaccine normally old to hinder the respiratory illness tuberculosis also might help prevent the development of multiple sclerosis, a contagion of the central nervous system, a new study suggests Dec 2013. In community who had a first episode of symptoms that indicated they might develop multiple sclerosis (MS), an injection of the tuberculosis vaccine lowered the distinction of developing MS, Italian researchers report africa. "It is plausible that a safe, handy and cheap approach will be available immediately following the first episode of symptoms suggesting MS," said muse about lead author Dr Giovanni Ristori, of the Center for Experimental Neurological Therapies at Sant'Andrea Hospital in Rome. But, the scrutinize authors cautioned that much more inquiry is needed before the tuberculosis vaccine could possibly be used against multiple sclerosis. In people with MS, the invulnerable system attacks healthy cells in the central nervous system, which includes the knowledge and spinal cord. One of the first signs of MS is what's known as "clinically singular syndrome" online. Symptoms include numbing and problems with vision, hearing and balance. About half of ladies and gentlemen who experience clinically isolated syndrome develop MS within two years. The study, published online Dec. 4 in the gazette neurology, included 73 people who'd had clinically alone syndrome. Thirty-three received the tuberculosis vaccine and the remaining 40 were given a placebo, or dummy, injection bio spray product san mabibili sa manila. The tuberculosis vaccine is a persist vaccine called the Bacille Calmette-Guerin vaccine, which isn't considerably used in the United States. The same vaccine also is being studied as a treatment for strain 1 diabetes. The participants had monthly MRI scans of their brains for the first six months of the office to look for lesions associated with multiple sclerosis. For the next year, they received a remedy (interferon beta-1a) given to people with MS. After that, they received the treatment recommended by their own neurologist. After five years, the participants were reexamined to greet if they had developed MS. After the triumph six months, the researchers found an average of about eight brain lesions (a undeveloped sign of MS) in people who received a placebo, compared to an average of three lesions in those who received the vaccine. After five years, 70 percent of those who received the placebo had developed MS, compared to 42 percent of those given the vaccine, the researchers said. No grave party property were reported during the study. Ristori said it's not clear how the vaccine is protecting against multiple sclerosis. "There seems to be complex, multiple possessions on brain inflammation. Because lesions were reduced in tribe who received the vaccine it might also be helpful for people who already have MS. The authors of an accompanying journal article said this study's findings lend support to the "hygiene hypothesis". This theory suggests that a shortage of infections during childhood may affect the development of the immune system, and that vaccinating with a live vaccine may aide induce a "protective immunity" against MS. Nicholas LaRocca, vice president of health mind delivery and policy research for the National Multiple Sclerosis Society, said this is the latest in a hundred of studies that have looked at what environmental factors contribute to the development of MS. So "What we're lore is that the immune system isn't a self-contained entity, but that it has a lot of interactions with other things in the body. this studio adds to what we know about ms. But it's just one piece of a big puzzle". For now, the op-ed article authors recommend against using the vaccine to treat clinically isolated syndrome or full-blown MS because the long-term cover and effectiveness of the treatment is unknown. The tuberculosis vaccine often is given to infants and small children in countries where the c murrain is common worldmedexpert.com. US health officials recommend it only when tuberculosis is likely.
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kimoramorory · 6 years
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Vaccination Against Tuberculosis Prevents Multiple Sclerosis
Vaccination Against Tuberculosis Prevents Multiple Sclerosis. A vaccine normally old to check the respiratory illness tuberculosis also might help prevent the development of multiple sclerosis, a ailment of the central nervous system, a new study suggests Dec 2013. In the crowd who had a first episode of symptoms that indicated they might develop multiple sclerosis (MS), an injection of the tuberculosis vaccine lowered the likelihood of developing MS, Italian researchers report capsule. "It is plausible that a safe, handy and cheap approach will be available immediately following the first episode of symptoms suggesting MS," said studio lead author Dr Giovanni Ristori, of the Center for Experimental Neurological Therapies at Sant'Andrea Hospital in Rome. But, the reflect on authors cautioned that much more inquiry is needed before the tuberculosis vaccine could possibly be used against multiple sclerosis. In people with MS, the insusceptible system attacks healthy cells in the central nervous system, which includes the percipience and spinal cord. One of the first signs of MS is what's known as "clinically troglodytic syndrome" mansexpower medical in urdu. Symptoms include numbing and problems with vision, hearing and balance. About half of forebears who experience clinically isolated syndrome develop MS within two years. The study, published online Dec. 4 in the memoir neurology, included 73 people who'd had clinically alone syndrome. Thirty-three received the tuberculosis vaccine and the remaining 40 were given a placebo, or dummy, injection read more. The tuberculosis vaccine is a energetic vaccine called the Bacille Calmette-Guerin vaccine, which isn't largely used in the United States. The same vaccine also is being studied as a treatment for font 1 diabetes. The participants had monthly MRI scans of their brains for the first six months of the memorize to look for lesions associated with multiple sclerosis. For the next year, they received a numb (interferon beta-1a) given to people with MS. After that, they received the treatment recommended by their own neurologist. After five years, the participants were reexamined to confer with if they had developed MS. After the start with six months, the researchers found an average of about eight brain lesions (a capacity sign of MS) in people who received a placebo, compared to an average of three lesions in those who received the vaccine. After five years, 70 percent of those who received the placebo had developed MS, compared to 42 percent of those given the vaccine, the researchers said. No critical aspect slang shit were reported during the study. Ristori said it's not clear how the vaccine is protecting against multiple sclerosis. "There seems to be complex, multiple possessions on brain inflammation. Because lesions were reduced in colonize who received the vaccine it might also be helpful for people who already have MS. The authors of an accompanying journal op-ed article said this study's findings lend support to the "hygiene hypothesis". This theory suggests that a shortage of infections during childhood may affect the development of the immune system, and that vaccinating with a live vaccine may improve induce a "protective immunity" against MS. Nicholas LaRocca, vice president of health heed delivery and policy research for the National Multiple Sclerosis Society, said this is the latest in a include of studies that have looked at what environmental factors contribute to the development of MS. So "What we're erudition is that the immune system isn't a self-contained entity, but that it has a lot of interactions with other things in the body. this inquiry adds to what we know about ms. But it's just one piece of a big puzzle". For now, the essay authors recommend against using the vaccine to treat clinically isolated syndrome or full-blown MS because the long-term shelter and effectiveness of the treatment is unknown. The tuberculosis vaccine often is given to infants and small children in countries where the cancer is common enlargement. US health officials recommend it only when tuberculosis is likely.
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jmaivohouse-blog · 6 years
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Echinacea ( Coneflower) encourages immune system and reduces many of the symptoms of colds, flu and some other illnesses , infections and conditions. One of the best natural antibiotics available.  It is a perennial plant which means it last for many years. It has a complex mix of active substances, some of which are antimicrobial. It has a whole lot of benefits which includes but not limited to:  Acid indigestion  Attention deficit hyperactivity disorder (ADHD) Chronic fatigue syndrome  Reduçes redness and swelling  Promotes health of protective cells in the body  Improves oxygen levels in the blood  Supports oral health  Hydrates the skin and reduces he appearance of wrinkles  Promotes upper respiratory health  Provides antioxidants Diphtheria  Dizziness  Genital herpes  Gum disease  Malaria  Migraine  Pain  Rattlesnake bite  Rheumatism  Bloodstream infection  Streptococcus infection  Syphilis  Flu  Tonsillitis Typhoid  Urinary tract infection  Vaginal yeast infection  Pls Note: do not take Echinacea if you have the following;  Autoimmune disorder (such as lupus) Multiple sclerosis  Human immunodeficiency virus (HIV) infection  Acquired immunodeficiency syndrome (AIDS) Tuberculosis Taking immunosuppressant  Pregnant or breast feeding  It can also worsen asthma symptoms  TO BREW:  Add a teaspoon of herb into a cup of water let simmer for 15mins strain and enjoy hot or cold.    www.jmaivohouse.com  Call or watsapp +2349079174508 or visit us at 62 Ayangburen road Beside Domino Supermarket Ikorodu Lagos.  #echinacea #coneflower  #bellanaijastyles #bellanaijaweddings #bellanaija #naijanaturals #naijabrandchick #hustlesquare #naijaherbalist #bulkcosmeticsmanufacturers  #naijaherbaljunkie #naijaorganics #naijaorganicproducts #naijaorganicakincare #naijacosmeticsingredients #cosmeticsingredients #buybittermeloninnaija #bittermelonnaija #essentialoilssuppliernaija #wholesaleessentialoilsnaija #herbalstore #herbalstoreikorodu #ikorodubuisness #lagosorganicstore #healthplace #custompackaging #jmaivoherbalshop #brandmanufacturersandpackaging #herbalinfluencers  (at Ikorodu) https://www.instagram.com/p/BvcP1hNHSp8/?utm_source=ig_tumblr_share&igshid=1jsl6n5abyn5s
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Closed MRI Systems Market - Global Industry Insights, Trends, Outlook, and Opportunity Analysis, 2018-2026
Worldwide Market Reports added Latest Research Report titled “Closed MRI Systems Market - Global Industry Insights, Trends, Outlook, and Opportunity Analysis, 2018-2026”.
In radiology, the images of physiological processes in body are captured with the help of a technique called as magnetic resonance imaging (MRI). There are two types of MRI systems, which include closed MRI systems and open MRI systems. Closed MRI system is a tube-like tunnel with high field strength that is used in achieving greater resolution and thinner slices. The study of smaller parts of human body and fast scanning of patients can be achieved by using closed MRI systems. Closed MRI systems use magnetic field and radio waves that screen and diagnose various diseases such as multiple sclerosis (MS), cartilage degeneration in the knee, breast cancer, dementia, prostate cancer, spinal tuberculosis, and others.
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Increasing aging population and awareness among people about the benefits of MRI scanning are major factors driving growth of closed MRI systems market. Also, advancements in MRI techniques, which includes superconducting (SC) magnets, open architecture, high-field MRI, and software applications are expected to provide opportunities to the market, thereby fueling growth of closed MRI systems market.
However, high cost of magnetic resonance imaging systems, declining reimbursement rates for MRI procedures, complexity of machines, and reduction in the availability of helium that could lead to the replacement of costly MRI magnets in hospitals is expected to hinder the growth of closed MRI systems market.
Key Developments in Closed MRI Systems Market
Key players are adopting various strategies such as mergers, acquisitions, new product launches, expansions, collaborations, partnerships, approvals, and joint ventures to retain its position in the closed MRI systems market. On April 2, 2018, a healthcare technology unit of GE Healthcare was acquired by Veritas Capital. In 2017, Seimens merged its US$ 15 million healthcare business with its competitor, as an alternative to a flotation. A major diagnostic breakthrough in multiple sclerosis was achieved by Fonar Corporation with the launch of Advanced UPRIGHT® MRI.
Some of the key players in the closed MRI systems market include GE Healthcare, Philips Healthcare, Siemens Healthcare, Toshiba Medical Systems, Imris Inc., Fonar Corporation, Esaote S.P.A., Hitachi Medical Corporation, Neusoft Medical System, and Aurora Medical Imaging.
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