What is the primary purpose of the Revised Face, Legs, Activity, Cry, Consolability (R-FLACC) assessment?

What is the primary purpose of the Revised Face, Legs, Activity, Cry, Consolability (R-FLACC) assessment?

• A. To measure postural control during movement.
• B. To quantify caregiver-reported functional ability.
• C. To assess pain in nonverbal children.
• D. To evaluate spasticity in limbs.

Answer: (C)

This tool is used to assess pain in children who cannot express it verbally. It relies on watching five behaviors—facial expression, leg movement, overall activity, crying, and how easily the child can be consoled. Each behavior is given a score from 0 to 2, and the total score (0–10) helps clinicians quantify pain intensity and guide analgesic decisions or track changes after treatment. The Revised version builds on the original by offering clearer descriptors to better capture pain signals in children who may have CP or cognitive impairments, where pain behaviors can look different from typical patterns. That refinement improves accuracy in nonverbal populations. This tool is about pain assessment, not about postural control, functional ability, or spasticity, which are related to movement, daily function, or muscle tone rather than how much pain the child is experiencing. For example, a child who grimaces, shows limited leg movement, is unusually still or agitated, cries, and is hard to console would receive a higher score, indicating more pain and the need for intervention.

This tool is used to assess pain in children who cannot express it verbally. It relies on watching five behaviors—facial expression, leg movement, overall activity, crying, and how easily the child can be consoled. Each behavior is given a score from 0 to 2, and the total score (0–10) helps clinicians quantify pain intensity and guide analgesic decisions or track changes after treatment.

The Revised version builds on the original by offering clearer descriptors to better capture pain signals in children who may have CP or cognitive impairments, where pain behaviors can look different from typical patterns. That refinement improves accuracy in nonverbal populations. This tool is about pain assessment, not about postural control, functional ability, or spasticity, which are related to movement, daily function, or muscle tone rather than how much pain the child is experiencing.

For example, a child who grimaces, shows limited leg movement, is unusually still or agitated, cries, and is hard to console would receive a higher score, indicating more pain and the need for intervention.