Which of the following is a commonly recognized consequence of using ice on trigger points?

Using ice on trigger points is widely recognized for its analgesic properties, leading to a reduction in pain and inflammation. Ice application typically results in a temporary numbing effect that can provide immediate relief from the discomfort associated with trigger points. Therefore, it is not accurate to state that the correct answer is an increased intensity of pain; instead, ice usually leads to the contrary effect.

When ice is applied to trigger points, it can also contribute to muscle relaxation, albeit temporarily. The cold can constrict blood vessels initially, reducing blood flow, and this may limit inflammation in the area. Once the ice is removed, blood flow returns, which can support muscle relaxation.

Overall, the benefits of ice therapy include immediate pain relief and temporary muscle relaxation, making it a common practice in managing trigger points and related muscle discomfort. However, the idea that ice causes an increase in pain does not align with these established outcomes.