Which technique corresponds to Nimmo Receptor-Tonus?

Which technique corresponds to Nimmo Receptor-Tonus?

• A. Sacro-Occipital Technique (SOT)
• B. Thompson Terminal Point
• C. Nimmo Receptor-Tonus
• D. Chiropractic Biophysics (CBP)

Answer: (C)

The technique is defined by focusing on receptor tonus in the muscles as the mechanism behind subluxation, and its treatment name mirrors that concept. Nimmo Receptor-Tonus involves palpating for hypertonic paraspinal muscles and applying targeted, gentle pressure to stimulate muscle receptors (like muscle spindles and Golgi tendon organs) to reset neuromuscular tone. The idea is that abnormal receptor tonus sustains spinal misalignment, so normalizing that tone allows the spine to realign without aggressive thrusts or table drops. This is why this option is the best match—the technique’s very name centers on receptor tonus and its correction. The other techniques use different principles and methods: Sacro-Occipital Technique centers on sacro-occipital relationships and cranial mechanics, Thompson Terminal Point relies on a drop-table, and Chiropractic Biophysics emphasizes postural analysis and vector-based adjustments.

The technique is defined by focusing on receptor tonus in the muscles as the mechanism behind subluxation, and its treatment name mirrors that concept. Nimmo Receptor-Tonus involves palpating for hypertonic paraspinal muscles and applying targeted, gentle pressure to stimulate muscle receptors (like muscle spindles and Golgi tendon organs) to reset neuromuscular tone. The idea is that abnormal receptor tonus sustains spinal misalignment, so normalizing that tone allows the spine to realign without aggressive thrusts or table drops. This is why this option is the best match—the technique’s very name centers on receptor tonus and its correction. The other techniques use different principles and methods: Sacro-Occipital Technique centers on sacro-occipital relationships and cranial mechanics, Thompson Terminal Point relies on a drop-table, and Chiropractic Biophysics emphasizes postural analysis and vector-based adjustments.