antiviral medicines are difficult to be made because the virus has the capability to modify it self as the time passes new breeds of virus are developed sometimes virus develop resistance towards medicines it means that a medicine which made a particular virus ineffective once upon a time, it may not show any effect on the same virus after some times.
Viruses are so much smaller and so simple that it is hard to come up with ways to defeat them. With a capsid and sometimes an envelope around the capsid and either RNA or DNA core, there just are only a few ways to get at them. They usually hijack all the other things that they need from the cell that they are in. If you use some antiviral against those hijacked cell enzymes or parts, you will kill all the uninfected cells.
It is like having a tomato in a sealed off glass container which you can't get at but somehow it sneaks out and kills your cells and makes more of those darn tomatoes.
A few antivirals have been made. One is the familiar Tamiflu. It blocks an enzyme that the flu virus must use to escape your infected cells. Too bad that many others don't need the enzyme.
Garlic is considered to have antibacterial, antifungal, and antiviral properties, making it "biotic" in the sense that it can help fight off harmful microorganisms. These properties are attributed to compounds like allicin found in garlic.
No, plasticine does not harden. It remains soft and pliable, making it reusable for molding and shaping.
Fluorescent is the type of mineral which is used in making fertilizers, medicines, and rubber.Specifically, the mineral in question is zincite. It is the mineral form of zinc oxide. It may be used in its natural and synthetic forms in making fertilizers (since zinc is one of soil's necessary trace elements), preparing antibacterial, deodorizing and skin condition-treating products in medicine, and vulcanizing rubber.
Salt is needed in soap making to harden it as it solidify's so that it does not become mushy
Alexander Fleming discovered penicillin by studying mold. He noticed that the mold Penicillium notatum had antibacterial properties that could be used to fight infections. This discovery revolutionized medicine and led to the development of the first antibiotic.
The material you are describing is likely clay. Clay is a type of soil that is moist and sticky when wet, making it malleable and moldable. It can harden when exposed to sunlight or heat, making it a common material for pottery and sculptures.
They contain calcium and that cooperates into making hard egg whites.
The pH level of Dial antibacterial soap is typically around 9.0, making it slightly alkaline.
Making medicine
Making Medicine
The bacteria on or in medicine fights any harmful bacteria making you ill.
By making the medicine