What Is Information Poison?
The emergence of the "naked-eye" in social media
Without a shred of evidence and a pre-existing agenda, many social media insta-pundits and click-starved members of the mediare willing to jump to conclusions.
Chemicals that are poisonous: Aspect of the science and practice
Industry, agriculture, and other sectors use poisonous substances for other reasons. Chemicals that are poisonous are classified as hazardous substances. There are many regulations on production, procurement and use of hazardous substances, which include occupational safety and health, public health, drinking water quality standards, air pollution and environmental protection.
Many poisonous compounds quickly diffuse into biological tissues, air, water, or soil due to the mechanics of molecular diffusion. Chemical contamination is costly or infeasible to reverse unless specific agents or processes are available. Acute or chronic poisoning can be caused by a variety of natural or synthetic substances.
Substances that destroy tissue but do not absorb are classified as corrosives. Acute poisoning can be exposure to a poisone occasion or a short period of time. The symptoms develop in close proximity to the exposure.
System poisoning can be caused by the absorption of a poison. Many household medications are not labeled with skull and crossbones, which can cause serious illness or even death. Water intoxication can be caused by excessive consumption of generally safe substances.
neurotoxins and nerve gases can be used in warfare or industry, and can paralyze in seconds or less. Many substances are toxic only indirectly. Wood alcohol, which is not poisonous, but is converted toxic formaldehyde and formic acid in the body, is an example.
Classification of Chemical Compounds in Biochemistry
Poison, in biochemistry, a substance, natural or synthetic, that causes damage to living tissues and has an injurious or fatal effect on the body, whether it is injected or taken through the skin. The study of poisons has been a subject of practical lore since ancient times, but it is thought to have begun in the 16th century. Paracelsus was the person who introduced the concept of dose and studied the actions of poisons.
The chemistry of a toxin and its effects on a person were correlated by the Spanish physician Matthieu Orfila. Both concepts are important to an understanding of modern toxicology. Solids must be dissolved in the liquid in the lining of the scuplture if they are to be absorbed into the blood.
Solids can be dissolved at different rates. Lead is insoluble in water, and unlike lead sulphate, it is absorbable. The differences in dissolution rates can affect the toxicity of the same chemical.
The smaller the arsenic trioxide, the more toxic it is because it is dissolving faster. Liquid poisons can be aerosols, although highly volatile liquids such as benzene are not. A moderately volatile liquid poison can be aerosolized and as a vapour.
Aerosols are the only airborne liquid chemicals of low volatility. Poisons can be classified by their chemical composition, whether metallic, nonmetallic, organic, or acidic. Nonmetallic poisons are more likely to cause toxicity than metallic ones because they accumulate more slowly and are more likely to be fatal.
The Effects of Poisoning
The sooner you recognize poisoning symptoms, the better. The effects of poisoning can vary. It depends on the substance and amount.
The Blue-Ringed Octopus and the Pufferfish are Both Trodotoxins
The blue-ringed octopus and the pufferfish have trodotoxin them. The most dangerous is the octopus, which injects its venom and kills its victim in a matter of minutes. It can kill 26 humans within minutes, and the bites are painless, so many victims realize they have been bitten only when paralysis sets in. The only thing left to kill you if you eat the pufferfish is the venom, which is taken out, so it is lethal if you want to eat it.