Try to answer these Drug Biotechnology MCQs and check your understanding of the Drug Biotechnology subject.
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A. A type of virus
B. A bacterial toxin
C. A protein produced by the immune system that binds to a specific antigen
D. A sugar molecule
A. A type of antibiotic
B. A type of cancer drug
C. A type of vaccine
D. An antibody that has a toxic drug attached to it for target delivery to a specific tumor cell
A. A bacteria that causes infection
B. A substance that suppresses the immune system
C. A foreign substance that stimulates an immune response
D. A hormone secreted by the pancreas
A. A short piece of nucleic acid
B. A specific protein molecule
C. A long strand of DNA
D. A type of enzyme
A. Drugs used to treat bacterial infections
B. Nutrition supplements for healthy life
C. Products of living organisms or cells used in the treatment or management of a disease
D. Equipment used in lab diagnosis
A. The study of drug interactions with biotic factors in the environment
B. The use of biological processes to develop, produce, and improve pharmaceutical products
C. The study of biologically active compounds found in drugs
D. The application of biotechnology to agricultural practices
A. Aspirin
B. Penicillin
C. Insulin
D. Paracetamol
A. Synthetic chemical reactions in the laboratory
B. Plants and herbs with medicinal properties
C. Microorganisms, such as bacteria and yeast
D. Animal tissues and organs
A. It allows the synthesis of drugs from chemical precursors
B. It enables the manipulation and expression of genes to produce therapeutic proteins
C. It extracts active compounds from natural sources
D. It improves drug formulation and delivery methods
A. Inhibition of cell division
B. Neutralization of toxins in the body
C. Specific targeting of disease-causing cells or molecules
D. Enhancement of the immune system
A. Bioprocessing
B. Biomanufacturing
C. Bioremediation
D. Bioreactor operation
A. Polymerase Chain Reaction (PCR)
B. DNA sequencing
C. Recombinant protein expression
D. Genetic engineering
A. Chemical synthesis in the laboratory
B. Natural sources, such as plants and animals
C. Biological sources, such as living cells or tissues
D. Radioactive isotopes
A. It focuses on the use of nanotechnology to deliver drugs to specific cells
B. It studies the genetic factors influencing an individual's response to drugs
C. It involves the use of computer simulations to design new drugs
D. It analyzes the pharmacological properties of drugs
A. To design drugs using computational algorithms
B. To repair or replace defective genes in patients with genetic disorders
C. To develop drugs from natural plant extracts
D. To analyze the genetic profile of individuals in clinical trials