A toxicologist is an expert in poisons and their effects on living organisms.
The study of poisons and their effects is called toxicology. Toxicologists investigate how poisons interact with living organisms, analyze their effects on the body, and develop treatments for poisonings. Understanding toxicology is vital for recognizing, treating, and preventing poison exposures in both humans and animals.
The science dealing with the effects, antidotes and detection of poisons is known as Toxicology
Toxicology Unit examines body fluids and organs for the presence of drugs and poisons.
The nature of biology is that it is very complex. Depending on what type of poison is used, effects of long term poisoning can vary from very mild (and in some cases the body can learn to handle the poison), to ultimately death. Some poisons will affect only one organ, whereas other poisons will affect every single cell in the body. Search for the specific poison in question for more details of effects.
The liver.
Toxicodynamics refers to the study of how toxic substances interact with the body to produce harmful effects. Pharmacodynamics, on the other hand, is the study of how drugs interact with the body to produce therapeutic effects. While both fields focus on the effects of substances on the body, toxicodynamics specifically looks at harmful effects, whereas pharmacodynamics looks at therapeutic effects.
Poor quality means that it contains pathogens, poisons, any other substance that would cause ill effects on the human body.
the liver.
How do you know if you have been posioned by perscriptions? What are the side effects?
The study of poisons is called toxicology. It involves the study of the harmful effects of chemicals on living organisms, including their detection, identification, and treatment. Toxicologists work to understand how poisons interact with biological systems and how to mitigate their effects.
Poisons like cyanide, ricin, and arsenic are difficult to detect in the human body because they can break down quickly or metabolize into substances that are harder to trace. These poisons can be lethal in small doses and are not easily detected through routine toxicology screenings.