Chapter 32: Problem 48
Which among these is a hypnotic drug? (a) metaldehyde (b) acetaldehyde (c) paraldehyde (d) none of these
Short Answer
Expert verified
The hypnotic drug among the options is (c) paraldehyde.
Step by step solution
01
Understanding the Drug Categories
First, classify each option into its respective category before identifying the hypnotic drug. Hypnotic drugs are substances used to induce sleep or sedation.
02
Classify Metaldehyde
Metaldehyde is primarily used as a pesticide, specifically as a molluscicide to control slugs and snails. It is not used for medical purposes and is not classified as a hypnotic drug.
03
Classify Acetaldehyde
Acetaldehyde is a volatile compound that is naturally present in coffee, bread, and ripe fruit. It is more commonly known as an intermediate in ethanol metabolism and is not used as a hypnotic drug.
04
Classify Paraldehyde
Paraldehyde is a sedative and hypnotic drug that was historically used to treat insomnia and manage seizures. Although not commonly used today, it fits the classification of a hypnotic drug.
05
Conclusion
After examining each option, the hypnotic drug among the given choices is paraldehyde, as it was historically used as a sedative and hypnotic.
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Key Concepts
These are the key concepts you need to understand to accurately answer the question.
Understanding Drug Classification
Drugs are classified based on their effects, uses, and the body systems they affect. This classification helps medical professionals prescribe the right medication for different conditions and manage patient care effectively. When looking at drugs, they can be broadly categorized into several groups such as:
- Analgesics - used for pain relief.
- Antibiotics - used to treat bacterial infections.
- Sedatives and Hypnotics - used to induce sleep or reduce tension.
- Stimulants - increase alertness and energy.
- Anti-inflammatory - used to reduce inflammation.
Acetaldehyde: An Intermediate in Ethanol Metabolism
Acetaldehyde is scientifically known as an organic chemical compound and a pivotal intermediate in the metabolism of ethanol (alcohol) in the body. When alcohol is consumed, it is converted into acetaldehyde by an enzyme called alcohol dehydrogenase. This acetaldehyde is further processed by another enzyme, acetaldehyde dehydrogenase, into acetic acid, which is then broken down into water and carbon dioxide. The entire process removes alcohol from the body.
Acetaldehyde naturally occurs in coffee, bread, and some ripe fruits, contributing to their flavor profiles. However, high levels of acetaldehyde, especially in the liver, can be toxic and are linked with the hangover effects experienced after consuming alcohol. It is not used as a drug to induce sleep or sedation, thus does not classify as a hypnotic drug.
Acetaldehyde naturally occurs in coffee, bread, and some ripe fruits, contributing to their flavor profiles. However, high levels of acetaldehyde, especially in the liver, can be toxic and are linked with the hangover effects experienced after consuming alcohol. It is not used as a drug to induce sleep or sedation, thus does not classify as a hypnotic drug.
Paraldehyde: Once a Hypnotic Drug
Paraldehyde is a fascinating compound in the history of medicine. It was once widely used for its sedative and hypnotic properties, especially in treating insomnia or as an anti-seizure medication. Paraldehyde became a popular choice during the late 19th and early 20th centuries due to its calming effects and was found to be effective in inducing sleep without significant aftereffects.
Its usage has declined with the advent of more modern medications with fewer side effects, but it remains a significant part of medical history. Despite being less commonly used today, its classification as a hypnotic remains due to its historical applications in calming both the mind and body when administered. Understanding such compounds provides insight into the evolution of therapeutic agents throughout medical history and helps recognize their role in modern pharmacology.
Its usage has declined with the advent of more modern medications with fewer side effects, but it remains a significant part of medical history. Despite being less commonly used today, its classification as a hypnotic remains due to its historical applications in calming both the mind and body when administered. Understanding such compounds provides insight into the evolution of therapeutic agents throughout medical history and helps recognize their role in modern pharmacology.