RESTORED: 3/8/22
I am sure that everyone is missing the simple JOY of HUMAN TOUCH. Isolated from our loved ones, friends and family we are craving interaction. The touch of a hand has so much power.
Our hands are such awesome tools! They serve so many purposes. Without them how would we eat, get dressed, cook, work, play. They are not only excellent tools themselves but they give us the ability to use tools. Hand are so expressive. We use them to communicate or to emphasize our words. Hands communicate love and understanding. Hands are a great comfort when we are sore or injured. The touch of our hands brings healing. That is why when we are injured, our first reaction is to lay our hands on the area that is hurting. There is spiritual power in our hands. And our hands can be used symbolically to bring about change.
The powers that be have want people to be wiping down all the surfaces in their household and their workspace every hour with antibacterial disinfecting cleanser. They want people to wash their hands before and after eating, before and after using their technology and any other time they have contact with anyone or anything, naturally they want you to use antibacterial soap. If you can’t wash, they want you to use antibacterial foam or gel. This is ridiculous! Do you realize how many chemicals your are exposing yourself to everyday? Not only that, wiping out all bacteria in your environment could be making you sick…
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The sterile surface that a bleached-white sheet might symbolize could actually harm health. In recent years, researchers have found that people’s obsession with cleanliness and hygiene is altering their microbiomes, which in turn could cause rising rates of asthma and serious allergies.
Without some exposure to the bacteria that is present everywhere in the world, people might actually be more vulnerable to disease. In fact, those same bacteria might even help treat certain diseases. SOURCE
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PHRASE: wash your hands of
With the rain in Shambala
Wash away my sorrow, wash away my shame
With the rain in Shambala
From the Musical South Pacific
I'm gonna wash that man right outa my hair,
I'm gonna wash that man right outa my hair,
I'm gonna wash that man right outa my hair,
And send him on his way.
And send him on his way!
Now, I am sure you would like to believe that your are symbolically washing your hands of COVID 19. NOT SO, you are partaking voluntarily in a ritual of THEIR DESIGN. What they are having you declare through this ritual is that declares you are free from several things:
- GOD. That you reject salvation through Christ and turn your trust and worship to “Science” and the New AI God
- You accept the transition to TRANS-HUMANISM. You reject the old life under God’s domain and accept the UNITY of the INTERNET of EVERYTHING. You willing become part of the HIVE MIND of the NEW WORLD ORDER.
- You surrender your GOD given rights, for membership in the NEW ORDER, where everyone SERVES the ONE.
The imagery of hand washing is often used in religious rituals. The fact that they want us to be continually washing our hands, over and over again everyday is a clue that this is a ritual. If you have not seen my article on the rituals related to COVID, please check it out.
Since they want us to use antibiotic soap and/or alcoholic gels, I want to look at the handwashing from another aspect, and that is the possible/probable dangers related to this practice.
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What Is Antibiotic Overuse?
Antibiotic overuse is when antibiotics are used when they’re not needed. Antibiotics are one of the great advances in medicine. But overprescribing them has led to resistant bacteria (bacteria that are harder to treat).
Some germs that were once very responsive to antibiotics have become more and more resistant. This can cause more serious infections, such as pneumococcal infections (pneumonia, ear infections, sinus infections, and meningitis), skin infections, and tuberculosis.
What Do Antibiotics Treat?
Two major types of germs can make people sick: bacteria and viruses. They can cause diseases with similar symptoms, but they multiply and spread illness differently:
- Bacteria are living organisms existing as single cells. Bacteria are everywhere and most don’t cause any harm, and in some cases are beneficial. But some bacteria are harmful and cause illness by invading the body, multiplying, and interfering with normal body processes. Antibiotics work against bacteria because they kill these living organisms by stopping their growth and reproduction.
- Viruses, on the other hand, are not alive. Viruses grow and reproduce only after they’ve invaded other living cells. The body’s immune system can fight off some viruses before they cause illness, but others (like colds) must simply run their course. Antibiotics do not work against viruses.
Did you know that there are 19 ingredients in most antibacterial soaps? The U.S. Food and Drug Administration does and has banned them from soaps and washes.
So are we at greater risk for getting sick by not using this added defense against germs? Not really. In fact, here are 5 reasons to discontinue using antibacterial soap.
- They are no more effective than regular soap. In 42 years of research, no evidence has been uncovered that proves antibacterial soaps are more effective. These soaps target bacteria, not viruses such as the flu. Viruses cause greater widespread illness.
- They may be creating antibiotic-resistant bacteria. Greater uses of antibiotic chemicals are causing random mutations in bacteria that allow them to survive exposure. The more often we use the chemicals, the greater and stronger the mutations.
- Antibacterial soaps may act as endocrine disruptors. One of the ingredients in these soaps is triclosan, which seems to interfere with the body’s ability to regulate the thyroid. This happens because triclosan resembles human hormones and can fool systems that rely on the thyroid. This can lead to infertility, advanced puberty, obesity or cancer. The body has a hard time processing triclosan. In one study on the effects of antibacterial soap, triclosan was found in the using samples of 75% of the tested subjects, demonstrating how our bodies absorb and retain the chemical.
- Antibacterial soaps kill good bacteria too. By reducing children’s exposure to bacteria, their immune systems have a higher chance of developing allergies such as hay fever. Exposure to bacteria at a young age is necessary for a properly functioning immune system as an adult.
- It is bad for the environment. Soap goes down the drain and back into the environment. Once there, it can harm algae, which make much of the world’s oxygen and are the beginning of the food chain.
The most effective way to get rid of germs by washing our hands with regular soap under running warm water for at least 20 seconds. This FDA ruling banning the sale of antibacterial soap does not apply to hand sanitizers, although it is recommended that you use products with at least 60 percent alcohol to be most effective. Hand sanitizers are not a replacement for soap and water, but offer protection when no soap or water are available.
Dry, cracked skin can leave you open to infection. That’s why you need a good moisturiser
I, like many model citizens, have spent the past two weeks obsessively washing and sanitising my hands in order to help slow down the spread of Coronavirus. And I, somewhat predictably, have absolutely fucked up my hands as a result. I’ve done a real number on them, guys. They’re drier than Jack Dee on a spin-cycle. Maybe you’re in the same boat.
If you have obsessive, germaphobic tendencies, it’s easy to go overboard with the soap and anti-bac – especially when you’re explicitly being told to go overboard by the government for the sake of humankind. But scrubbing your hands to shreds will only leave you more susceptible and create more of a vector for the virus, so it’s important to take the right approach. According to the Mayo Clinic, “severely dry skin can crack, allowing bacteria to enter”. That’s not to mention the deep fissures and bleeding that absent-minded scratching can lead to. That way infection lies.
“The reason why soap and anti-bacterial gels are so effective is that they damage the lipid membrane of the virus and the bacteria,” he tells me over the phone (because we’re all sensibly staying inside, just like you should). “But the barrier of our skin is also largely made up of lipids, oils and ceramides, so repetitively washing them removes some of that protective oil from the skin barrier. It’s then unable to retain its moisture and becomes excessively dry.”
But it’s not just infection you need to defend against. Studies have found that overwashing can also trigger hand eczema (otherwise known as ‘dishpan hands’). To fend it off, non-profit National Eczema Association recommends washing in lukewarm water (contrary to myth, hot water is no more effective than cold in eradicating bacteria) and coating them in moisturiser or vaseline. (I prefer vasoline as it creates a protective barrier.)
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Nanotechnology can be defined as the design, synthesis, and application of novel products that interact with biological, electrical and chemical systems on the nanoscopic scale. Nanomedicine is a sub-classification of nanotechnology that uses highly specific molecular interventions to both diagnose and treat different diseases. The concept was first introduced in the late 1950s by physicist Richard Feynman, who mentioned the possibility of manipulating materials on the scale of individual atoms and molecules and predicted the ability to control matter on the nanoscale [2]. The term nanotechnology was first used by Norio Taniguchi in 1974 in reference to the capacity to build materials precisely to the nanometre. The first attempt at miniaturisation came from the electronics industry, which was trying to develop tools for smaller electronic devices on silicon chips [2,3]. Meanwhile IBM was using a new technique to create nanostructures as small as 40 to 70 nm in the early 1970s [3]; for purposes of comparison, a red blood cell is approximately 7000 nm wide, atoms are smaller than 1 nm, and many proteins are 1 nm or larger (Figure 1) [2]. Consequently, nanotechnology is the manipulation of individual atoms, molecules, molecular clusters or surfaces into structures to create new materials and devices with different properties [2–5].
Nanotechnology can be built from the top down, which involves reducing the size of the smallest structures to the nanoscopic scale, or from the bottom up, which includes manipulating individual atoms and molecules into nanostructures. An important characteristic of nanoproducts is that they can present distinct physical, chemical, and biological behaviour from these aspects at the equivalent normal scale [3]. These singular aspects of nanotechnology surfaces result from the fact that nanoproducts have a large surface area-to-volume ratio, which causes them to be highly reactive [6,7].
Hydrogel From Wikipedia, the free encyclopedia
The first appearance of the term ‘hydrogel’ in the literature was in 1894.[2]
Natural hydrogel materials are being investigated for tissue engineering; these materials include agarose, methylcellulose, hyaluronan, Elastin like polypeptides and other naturally derived polymers. Hydrogels show promise for use in agriculture, as they can release agrochemicals including pesticides and phosphate fertiliser slowly, increasing efficiency and reducing runoff, and at the same time improve the water retention of drier soils such as sandy loams.[27]
In the 2000 there has been an increase in research on the use of hydrogels for drug delivery. Polymeric drug delivery systems have overcome challenge due to their biodegradability, biocompatibility and anti-toxicity.[28] Recent advances have fueled the formulation and synthesis of hydrogels that provide strong backbone for efficient component for drug delivery systems.[29] Materials such as collagen, chitosan, cellulose and poly (lactic-co-glycolic acid) all have been implemented extensively for drug delivery to various important organs in the human body such as: the eye,[30] nose, kidneys,[31] lungs,[32] intestines,[33] skin[34] and the brain. Future work is focused on better anti-toxicity of hydrogels, varying assembly techniques for hydrogels making them more biocompatible[35] and the delivery of complex systems such as using hydrogels to deliver therapeutic cells.[36]