Amylase breaks down carbohydrates into maltose sugars.
Pepsin begins the digestion of protein to long-chain polypeptides.
Trypsin converts long chain peptides into short chain peptides. And
Lipase breaks down fats into fatty acids and glycerol.
a personal response is personal, its in your own words, and explains how YOU feel about things / opposite of Critical Response
Chemical Biological Incident Response Force's motto is 'Certo Occultus Hostis'.
Most likely it is not a true addiction and is more characteristic of Obsessive Compulsive Disorder... A true addiction has a basis in some kind of physiological response.
The term "integrated response" refers to action which may encompass various agencies. an integrated response to drug crimes, for example, would include the police force, addiction counselling and probation officers.
It shows the common theme in two sources.
Addiction is caused by changes brought about in the brain by drug use, which cause the individual to need the drug in order to function. "Allergy" was the explanation used in the mid-20th Century, when we knew much less about addiction than we know today. While there is some genetic predisposition to addiction -- especially to alcohol -- addiction does not qualify as an allergy, which is an abnormal response of the immune system with an entirely different mechanism.
The primary difference between a chemical attack and an accidental chemical release due to a train derailment lies in intent and control. A chemical attack is a deliberate act aimed at causing harm or disruption, often involving the use of toxic agents as weapons. In contrast, an accidental chemical release from a train derailment occurs unintentionally, resulting from infrastructure failure or human error, without malicious intent. This distinction significantly affects the response, investigation, and implications for public safety.
Please provide more context or clarify your question so I can give a relevant response.
No, an organism will not always have the same response to a chemical regardless of the dose. The response can vary significantly depending on the concentration of the chemical, as lower doses may elicit a different biological effect compared to higher doses. This phenomenon is often described by dose-response relationships, where the effects can range from no observable effect at low doses to toxic or harmful effects at high doses. Additionally, individual factors such as genetics, age, and health can influence an organism's response to a chemical.
no damage. no cancer, no addiction. your straight. no worries.
CS Gas.
chemonastic movement is a response to a diffuse chemical substance