Medicinal Chemistry-I Quiz

The study of how chemical structures of drugs relate to their biological activities. It's about understanding how drugs work at the molecular level and how we can design better drugs.

Drugs designed to treat cancer by targeting specific pathways involved in cancer cell growth and survival.

The study of the relationship between the chemical structure of a compound and its biological activity. It's used to predict how changes in a drug's structure will affect its function.

Tools and techniques used to study and design new drugs using computers, including analyzing large datasets and predicting the activity of new drug candidates.

The process of designing and developing new drug molecules, often using computational methods to predict their properties and potential effectiveness.

Unwanted effects or adverse reactions that may occur when a drug is used. These effects can be mild or severe, and they can range from nausea and vomiting to more serious conditions.

The scientific process of identifying and developing new drugs that can effectively treat a disease or condition.

The way in which a drug interacts with its target in the body to produce its desired effect. It's the mechanism by which a drug works.

Understanding how drugs work in the body, including their effects and potential side effects.

Analyzing and understanding the chemical makeup of drugs.

Using scientific methods and research to find the best evidence for treating health conditions.

Communicating information about drugs effectively, using both verbal and written methods.

Continuously improving your knowledge and skills in drug science through self-learning and professional development.

These antibiotics contain a beta-lactam ring, a key structural feature responsible for their antibacterial activity.

A drug's ability to interact with biological targets, specifically receptors, enzymes, and transport proteins.

Antibiotics that target bacteria and stop them from multiplying.

These agents target fungal infections, disrupting their cell processes.

The study of how drugs are absorbed, distributed, metabolized, and excreted by the body.

The process of finding, developing, and designing new drugs to treat diseases.

PowerPoint (PPT) presentations are a visual tool used to convey information in a structured and engaging manner. They can be used for self-learning, teaching, and presenting in academic settings.

Evaluates student learning during the course. It helps identify areas where students need more support and allows teachers to adjust their teaching approach as needed.

Activities where students actively engage in learning through discussion, brainstorming, case studies, poster presentations, or presentations. They foster collaborative learning, critical thinking, and problem-solving skills.

A method for assessing student learning through a written exam containing multiple choice questions (MCQ). MCQs assess understanding, recall of factual information, and application of knowledge.

The phase of drug action that focuses on how the drug reaches its target, including absorption, distribution, metabolism, and excretion.

The process of drug molecules being broken down by liver enzymes before reaching the bloodstream. This can significantly reduce the amount of active drug reaching its target.

The phase of drug action that focuses on how the drug interacts with its target in the body and produces its desired effect.

The structural unit within a drug crucial for binding to its target receptor.

The strength of a drug's interaction with its receptor. How strongly a drug binds.

The ability of a drug-receptor complex to produce a biological effect. How effective a drug is once it binds to its target.

A property that affects how easily a drug dissolves in water or lipids. It influences drug absorption, distribution, and effectiveness.

A compound capable of donating a proton (H+).

A compound capable of accepting a proton (H+).

The tendency of a drug to dissolve in water.

The tendency of a drug to dissolve in fats or oils.

The process of a drug moving from its site of administration into the bloodstream.

The distribution of a drug throughout the body, reaching its target site.

The process of breaking down a drug into smaller metabolites, usually in the liver.