The video explains the process of protein synthesis, highlighting the role of DNA in coding for proteins. It discusses how changes in DNA, or mutations, can affect protein structure and function. Mutations occur continuously due to cell division and can be influenced by external factors like chemicals and radiation. The video also differentiates between coding and non-coding DNA, explaining their roles in gene expression. While most mutations do not significantly alter protein function, some can lead to changes in protein shape and behavior, affecting cellular processes.

What is the primary role of amino acids in protein synthesis?

• To provide energy for the cell

• To assemble in a specific order to form proteins

• To store genetic information

• To transport oxygen in the blood

How can a change in DNA affect protein synthesis?

• It can increase the cell's energy levels

• It can stop cell division

• It can cause the cell to shrink

• It can lead to the production of a different protein

What can increase the likelihood of mutations occurring?

• Exposure to sunlight

• Ionizing radiation and certain chemicals

• High protein diet

• Lack of exercise

What is the role of non-coding DNA in gene expression?

• It provides energy for the cell

• It transports amino acids

• It is involved in switching genes on and off

• It codes for structural proteins

How can mutations affect enzymes?

• They can cause enzymes to change color

• They can make enzymes more efficient

• They can prevent enzymes from fitting their substrate

• They can increase enzyme production