>>9190764
what have they put in all the hand sanitizers?
I would not use any of this shit on my body as they like to poison us any way they can and the time to poison is ripe and everyone is rubbing God only knows what on all day everyday for months. the perfect delivery system: SKIN on palms. The sheep may be volunteering themselves to self apply disease? or future disease with the daily rubs?
Try/test how fast shit gets in blood stream from hands/dermal route. Try simple DMSO on palms and really soon you will taste garlic in mouth.
https://toxtutor.nlm.nih.gov/10-004.html
Entry of Toxicants via Skin
Some notable toxicants can gain entry into the body following skin contamination. For example:
Certain commonly used organophosphate pesticides have poisoned agricultural workers following dermal exposure.
The neurological warfare agent, sarin, readily passes through the skin and can produce quick death to exposed persons.
Several industrial solvents can cause systemic toxicity by penetrating the skin. For example:
Carbon tetrachloride enters the skin and causes liver injury.
Hexane can pass through the skin and cause nerve damage.
The skin consists of three main layers of cells as illustrated in Figure 1:
Epidermis
Dermis
Subcutaneous tissue
Epidermis and Stratum Corneum
The epidermis (and particularly the stratum corneum) is the only layer that is important in regulating the penetration of a skin contaminant. It consists of an outer layer of cells, packed with keratin, known as the stratum corneum layer. The stratum corneum is devoid of blood vessels. The cell walls of the keratinized cells are apparently double in thickness due to the presence of the keratin, which is chemically resistant and an impenetrable material. The blood vessels are usually about 100 μM from the skin surface. To enter a blood vessel, an agent must pass through several layers of cells that are generally resistant to penetration by chemicals.
Passive Diffusion
Toxicants move across the stratum corneum by passive diffusion. There are no known active transport mechanisms functioning within the epidermis. Polar and nonpolar toxicants diffuse through the stratum corneum by different mechanisms:
Polar compounds, which are water soluble, appear to diffuse through the outer surface of the hydrated keratinized layer.
Nonpolar compounds, which are lipid soluble, dissolve in and diffuse through the lipid material between the keratin filaments