Which of the following accurately describes Wolff's law?

Wolff's law states that bone adapts to the loads under which it is placed. This means that changes in the form and structure of bone occur in response to mechanical stress. Essentially, if a bone is subjected to increased forces or loads, it will increase its density and strength to better support those forces; conversely, if the loading decreases, bone density can decrease as well. The principle of continuous adaptation is essential for understanding how bones remodel themselves in response to physical activity or stress.

Therefore, the statement about every change in bone form being followed by changes in structure accurately reflects the essence of Wolff's law, highlighting how bones are dynamic structures that respond to the forces they encounter through remodeling processes.