A) The study of natural biological systems. B) The use of natural resources to create new materials. C) The process of cloning organisms in laboratories. D) A field that combines principles of biology and engineering to design and construct biological devices.
A) A series of genes that interact with each other to perform a specific function. B) A diagram showing the relationships between different species in an ecosystem. C) A process of artificially inducing mutations in organisms. D) A tool for mapping the human genome.
A) Music theory. B) Philosophy. C) Geology. D) Engineering.
A) Combining multiple genes to create a new function. B) Disabling a specific gene to observe the effects on an organism. C) Moving a gene from one organism to another. D) Enhancing the activity of a gene beyond its normal capacity.
A) A tool for measuring temperature in lab experiments. B) A protective coating for biological samples. C) A small, circular DNA molecule used to transfer genes between organisms. D) A unit of measurement for genetic mutations.
A) Art history. B) Astronomy. C) Civil engineering. D) Medicine.
A) Physical replacement. B) Gene transfer. C) Chemical alteration. D) Biological transformation.
A) Synthetic biology focuses on designing and constructing new biological systems. B) Synthetic biology solely relies on computer simulations. C) Traditional biology studies existing biological systems. D) Traditional biology uses only natural materials.
A) Studying the chemical reactions in inorganic substances. B) Altering metabolic pathways in organisms to produce desired compounds. C) Creating new ecosystems in controlled environments. D) Developing methods for purifying water sources. |