What is one potential physiological effect of the Taser 7 on a subject?

The Taser 7 is designed to deploy an electric discharge that temporarily disrupts voluntary muscle control, leading to a state known as temporary muscle incapacitation. This effect occurs as the electrical current interacts with the nervous system, producing involuntary muscle contractions that prevent the subject from controlling their movements effectively. The incapacitation is generally short-lived, allowing officers to take control of a situation without causing prolonged harm.

This approach to immobilization is preferable in many scenarios as it minimizes the potential for long-term injury. While the device's effects can cause discomfort, they are typically reversible and do not result in lasting damage to the muscles or nervous system when used appropriately. Other options mention possibilities such as long-lasting muscle damage or permanent nerve damage, which are not typical outcomes associated with Taser deployment under normal operational circumstances. Immediate unconsciousness is also not an expected effect, as subjects remain conscious and aware, albeit unable to control their muscles during the incapacitation period.