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Sitting Craniocervical Flexion with Oblique Band Resistance
Positions & Range of Motion
- Start
- seated upright, long neck, gaze level on the horizon, an elastic band anchored to the ipsilateral side providing an oblique (lateral-flexion + extension) resistance to the head
- End
- craniocervical flexion nod held with the base of the skull glided back, resisting the band's diagonal pull without rotating the head, SCM staying soft
- Range of Motion
- small-amplitude craniocervical (upper cervical) flexion nod held isometrically against oblique band load — minimal gross cervical excursion, no head turn
How to Perform
Seated craniocervical flexion performed against an elastic band anchored to the ipsilateral side in an oblique plane (combining lateral flexion with extension resistance). Ipsilateral oblique resistance preferentially activates longus colli compared to straight lateral or contralateral forces.
Opens a YouTube search for “Sitting Craniocervical Flexion with Oblique Band Resistance”
Coaching Cues
- 1
Long neck, soft tuck — base of skull glides back
(verbal) - 2
Resist the band's diagonal pull without turning your head
(verbal) - 3
Hold the gaze level on the horizon
(verbal) - 4
Palpate the SCM — it stays soft against the band
(tactile)
Evidence-Based Dosing & EMG Data
10 reps × 10-sec holds, 2×/day for 6 weeks. Moderate elastic band tension, anchored at shoulder height on the ipsilateral side.
Longus colli activation: ipsilateral oblique > contralateral (Cohen's d = -0.82). Straight lateral resistance activates SCM more — avoid. Sitting with oblique resistance ≈ supine CCF [Prodoehl 2025].
Muscles Involved (3)
Primary Movers
Stabilizers
Lengthened / Stretched
Easier Variations ↓
Unresisted Seated CCF
Perform the chin tuck without the band to groove the motor pattern first.
Lighter Band Tension
Use a lighter resistance band — quality of the chin-tuck pattern matters more than load.
Harder Variations ↑
Longer Isometric Holds
Extend the hold to 5–10 seconds at end-range before releasing.
Increase Band Tension
Step up resistance only once SCM remains soft and the chin-tuck is precise.
Target Movements (2)
Why This Exercise Matters
Everyday activities this exercise helps you do — essential means it directly trains the capacity the task needs:
Goals This Helps With
Rehab, performance, prevention, and mobility goals this exercise supports — essential means it's a cornerstone:
Research Notes
Evidence: Prodoehl 2025, Musculoskeletal Science & Practice (PMID 39862671). Ipsilateral oblique resistance produces significantly higher longus colli activation than contralateral oblique (p=0.002, Cohen's d = -0.84). Sitting version activates longus colli equivalent to supine CCF (p=0.758). Useful when patients cannot tolerate supine positioning or need upright functional progressions. AUDIT[medium]: The entire differentiating rationale (ipsilateral oblique resistance preferentially activates longus colli; Cohen's d, p=0.002, sitting equivalent to supine CCF) is attributed to Prodoehl 2025 (PMID 39862671) in the notes/emgNotes/cues, but the linked sources array contains only Kisner 2017 and ACSM 2021 — the load-bearing citation is not linked. → Add Prodoehl 2025 (Musculoskeletal Science & Practice, PMID 39862671) to the exercise's linked sources so the primary claim is traceable.