12 Steps to Finding the Perfect Cannabinoids

Posted by Neta on March 27th, 2021

Vitamin C, also known as ascorbic acid, is not only an amazing vitamin it is a very busy one. The more research that is done the more we see how vitamin C benefits the body. Studies have shown when people ingest enough C, the length, severity and symptoms of colds are reduced. No man-made pill can do that.

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It is needed to make various hormones such as epinephrine, also known as adrenaline, which is a neurotransmitter. It detoxifies harmful chemicals, is essential for tissue growth, development and repair, has lowered cholesterol, aids in bone formation by helping to absorb calcium, reduces inflammation, promotes tissue repair, can lower the risk of stroke, is necessary for the formation of cartilage and collagen (the glue that holds cells together), keeps skin healthy, helps aid in the absorption of iron, "recharges" the fat-soluble vitamin E so it can fight another day, and helps restore stress hormones.

Plus there is evidence it is a natural antihistamine and immune system stimulant which is why taking C for cold and flu can reduce the risk of developing further complications such as pneumonia and lung infections, among other things. The effect C has on inflamation has been shown to help asthma symptoms by lowering the body's production of histamine. With all that said it may be better to wonder what vitamin C doesn't do.

C could be considered our major antioxidant because it is involved in so many conditions believed to be caused by free radicals, such as heart disease, cancer, aging, lung disease, arthritis, and cataracts. The reason C is so busy is because it is our water-soluble (meaning it dissolves in water) antioxidant and we are made up of almost 90% water. Before free radicals can penetrate the fragile fatty cell membrane, C finds and destroys them. If the free radicals penetrate the cell membrane, permanent damage can be done to the DNA of the cell which alters future generations and causes the major health issues we see in today's society.

Eating fresh fruits and veggies are a great way to get this vitamin, just plan on eating a lot throughout the day. Common fruit and veggie sources include papaya, red bell peppers, tomatoes, hot green chilies, broccoli, cauliflower, oranges and all citrus fruits, strawberries, parsley, kale, mustard greens, spinach, cabbage, cantaloupe, watermelon, winter squash, onions, oregano, garlic and certain raw organ meats such as liver and heart. Incorporating as much of theses foods as you https://johnnytssc229.mystrikingly.com/blog/7-simple-secrets-to-totally-rocking-your-5f-sgt-151 can into your diet in fresh and interesting ways will keep you in better health. To make sure you are getting enough C, most researchers suggest you combine eating these foods with a high-quality vitamin C supplement.

New treatment concept for Asthma Attacks ...!

In a recent research, Scientists may have hit upon an effective method to deflect asthma attacks by detecting the two most substantial biologic triggers that bring them on.

Asthma a chronic inflammatory disorder of the airways associated with increased airway hyper-responsiveness, recurrent episodes of wheezing, breathlessness, chest discomfort, and coughing.' Around 15 million people in India are suffering from asthma however disease management in India still continues to remain unsatisfactory, according to a recent study from Indian Council of Medical Research (ICMR), even in developed countries like USA there is 10% increase in Asthma patients every year. Worldwide the disease prevalence is around 300 million-"WHO Report".

The investigators from the Johns Hopkins and Universities of California-San Francisco (UCSF) present, these two biologic triggers for asthma, which are connected to a particular calcium-activated chloride channel, known as TMEM16A. According to the journal "Proceedings of the National Academy of Sciences", The scientists regulate airway secretions and smooth muscle contraction, the two major factors linked with asthma attacks.

Senior study author, Assistant professor, Jason Rock, at Universities of California-San Francisco (UCSF), "Maybe if we could inhibit both of these processes by blocking this one channel, we could affect the two symptoms of asthma." Usually, humans have few mucus-producing cells. Those suffering from asthma, however, have an elicited number of these cells lining the tubes that lead to the lungs.

According to him, "The superabundance of mucus stopping up the airways linked with hyper-contractility of the smooth muscle - when the tubes get really small - make it difficult to pass air in or out".

Rock and his team focused on TMEM16A channel ( calcium-activated chloride) that secretes chloride ions, besides regulating organic processes such as neuron firing, gastrointestinal activity and the secretion of sweat and tears. They identified three chemicals that inhibit the channel. "We tested the ability of these chemicals to inhibit TMEM16A and other channels, and we found that they specifically block TMEM16A". Further investigations are underway to get this molecule into clinical trials to benefit patients and to control this disease.