The Clinical Coach: Cervical Spine Instability In High School Wrestlers

Hypervigilance about head injury - Sports medicine has rightfully become more cautious about concussions, but this has led to every headache in an athlete being treated as potential head injury until proven otherwise. While this caution is good, it can overshadow mechanical causes.

Lack of sport-specific biomechanical understanding - 70% of sports medicine providers don't understand wrestling mechanics; over 90% of general practitioners don’t. They don't know what bridging is, how much cervical loading it creates, or what the long-term effects of poor bridging technique are. If you don't understand the sport, you can't understand the injury pattern. Reminds me of all the so called sports med experts on X and IG talking about LV’s crash and blaming the ACL… more on that in another issue.

Incomplete cervical examination in athletes - Athletic populations often have "acceptable" levels of muscle tightness and limited ROM that would be red flags in general population. Providers see tight neck muscles in a wrestler and think "that's normal for their sport" rather than recognizing pathological dysfunction.

Missing the headache pattern distinction - Concussion headaches are typically generalized, worse with cognitive activity and light, associated with other concussion symptoms. Cervicogenic headaches from wrestling have a clear unilateral or bilateral posterior-to-anterior pattern, worsen with neck extension, and correlate directly with training volume.

Headache onset correlates with increased bridging volume or intensity in training

Posterior headache starting at base of skull, radiating anteriorly

Worsens with neck extension or sustained bridging positions

Occurs after practice or competition, not during impact moments

Associated neck stiffness, limited cervical ROM, or neck pain

No loss of consciousness, confusion, or other concussion symptoms

Relief with rest, cervical traction, or avoiding bridging positions

Headache onset immediately following impact to head or whiplash mechanism

Associated with any loss of consciousness, confusion, amnesia, or disorientation

Worsens with physical exertion, cognitive activity, or light/noise exposure

Accompanied by balance problems, visual disturbances, nausea, emotional changes

Generalized headache, not specific posterior-to-anterior pattern

Other concussion symptoms present (difficulty concentrating, feeling "foggy," sleep disturbance)

Bilateral, throbbing headache occurring during or immediately after intense exertion

No specific mechanical trigger (not position-dependent)

Resolves within minutes to hours after cessation of activity

No neurological symptoms, no neck-specific pain

Occurs with multiple types of exertion, not just wrestling-specific movements

May have family history of migraine

What you're testing: Whether cervical extension (the primary bridging position) reproduces or worsens the headache

Positive for Cervicogenic (Wrestling): Limited cervical extension ROM (<60 degrees from neutral), headache reproduction or significant increase in intensity with sustained extension

Positive for Concussion: Headache may worsen with any movement, but not specifically extension, often accompanied by dizziness, nausea, or visual symptoms

Positive for Exertional: No specific movement reproduces headache, symptoms occur with general exertion

Sensitivity/Specificity: Cervical extension provocation in wrestlers with bridging-related headaches has approximately 85% sensitivity when the extension position mimics their bridging mechanics

What you're testing: Segmental mobility in the upper cervical spine where bridging creates maximum compressive and shear forces

Positive for Cervicogenic (Wrestling): Restricted mobility at C1-C2 or C2-C3, often bilateral due to symmetrical bridging loads, may reproduce headache with pressure

Positive for Concussion: May have generalized cervical muscle guarding but not specific segmental restriction

Positive for Exertional: Normal segmental mobility

Sensitivity/Specificity: High specificity (>80%) for mechanical cervicogenic headache when combined with headache reproduction

What you're testing: Whether anterior cervical stabilizers are functional or if the athlete is relying entirely on posterior extensors for stability

Positive for Cervicogenic (Wrestling): Significant weakness or inability to hold chin tuck position for >10 seconds, neck trembling, excessive superficial muscle activation (SCM visible), inability to lift head while maintaining chin tuck

Positive for Concussion: May have general weakness but typically maintains some endurance capability

Positive for Exertional: Normal deep cervical flexor function

Sensitivity/Specificity: This test identifies the underlying stability deficit in wrestling-related cervicogenic headache with approximately 90% sensitivity

What you're testing: Actual bridging mechanics to identify technical flaws contributing to cervical dysfunction

Positive for Cervicogenic (Wrestling): Weight driven through crown of head rather than distributed, excessive cervical extension, inability to maintain neutral cervical curve, compensatory lumbar hyperextension, asymmetrical weight distribution

Positive for Concussion: Athlete may avoid bridging entirely due to dizziness or symptom provocation

Positive for Exertional: Bridging mechanics typically normal

Sensitivity/Specificity: Observation of faulty mechanics directly identifies the causative movement pattern

What you're testing: Whether symptoms worsen with physical exertion (suggests concussion) or with specific cervical loading (suggests mechanical)

Positive for Cervicogenic (Wrestling): Headache worsens specifically with bridging drills, neck strengthening, or wrestling-specific movements involving cervical loading, does NOT worsen with general cardiovascular exertion

Positive for Concussion: Symptoms worsen with any physical or cognitive exertion, regardless of neck position

Positive for Exertional: Symptoms occur with high-intensity exertion across multiple activities

Sensitivity/Specificity: Highly specific (>85%) when combined with other findings

Any neurological deficits (weakness, numbness, loss of coordination)

Mechanism of injury suggesting potential fracture or ligamentous injury (axial loading, severe hyperflexion/extension)

Transient quadriplegia or "stinger" that doesn't resolve within minutes

Severe neck pain with radicular symptoms

Any alteration in consciousness

Mechanism involving head-first impact with inability to move immediately after

Suspected concussion (remove from activity, refer for concussion evaluation)

Severe headache not responding to conservative measures

Headache with vomiting (after ruling out mechanical cause)

Progressive worsening of symptoms despite rest

Wrestler with cervicogenic headache who needs medical clearance for return-to-sport

Persistent symptoms after 2-3 weeks of appropriate conservative care

Athlete requires imaging to rule out structural pathology before continuing high-level bridging work

Chronic cervicogenic headache in wrestler not responding to conservative care (MRI to assess cervical discs, facet joints)

History of significant trauma or repeated mechanisms of injury

Any red flags suggesting structural pathology

Before clearing athlete for return to contact after serious mechanism of injury

Anatomical Landmarks: C2 spinous process to inferior nuchal line, approximately one fingerbreadth lateral to midline

Needle Specifications: 0.25mm x 40mm (1.5 inch)

Depth: Approximately 15-20mm bilaterally. These muscles are often more developed in wrestlers due to chronic loading.

Technique: Twirling technique bilaterally. In wrestlers, you'll often get very strong local twitch responses because these muscles are chronically overactive.

Expected Response: Deep ache, often immediate reduction in headache pressure. Marcus said it felt like someone released a clamp from the base of his skull.

Safety Notes: Stay lateral to midline, especially in young athletes. Vertebral artery runs through transverse foramen. If athlete reports any dizziness or unusual sensations, remove needle immediately.

Anatomical Landmarks: From C2 spinous process to C1 transverse process, runs lateral and superior

Needle Specifications: 0.25mm x 40mm (1.5 inch)

Depth: Approximately 15-20mm, angle lateral and superior

Technique: Twirling technique. This muscle is a primary rotator of C1-C2 and gets hammered during bridging rotations.

Expected Response: Strong twitch response, referral into occiput and sometimes into temple region

Safety Notes: Palpate thoroughly first to identify the muscle belly. In young athletes, be especially conservative with depth.

Anatomical Landmarks: Deep to upper trapezius, runs from lower cervical and upper thoracic vertebrae to occiput

Needle Specifications: 0.30mm x 50mm (2 inch)

Depth: Approximately 25-30mm, deeper muscle requiring careful approach

Technique: Penetrate through upper trapezius using twirling technique, you'll feel tissue change when you reach semispinalis

Expected Response: Deep ache, often reproduces the headache pattern briefly before relief

Safety Notes: Angle slightly medial and superior. Be aware of cervical spine depth and vertebral artery location.

Anatomical Landmarks: From lower cervical and upper thoracic spinous processes to mastoid process and superior nuchal line, lateral to semispinalis

Needle Specifications: 0.30mm x 50mm (2 inch)

Depth: Approximately 20-30mm depending on athlete size

Technique: Twirling technique along the muscle belly. Can often address multiple trigger points with redirecting.

Expected Response: Local twitch, referral to vertex of skull (top of head) is common

Safety Notes: Stay lateral and superficial to avoid deeper neurovascular structures

Anatomical Landmarks: Superior nuchal line to lateral clavicle, the classic neck-shoulder junction

Needle Specifications: 0.30mm x 50mm (2 inch)

Depth: Approximately 20-30mm depending on athlete's muscle development

Technique: Twirling through the belly, can redirect to hit multiple points

Expected Response: Very strong twitch response in athletes, referral up the neck and into the head

Safety Notes: Always angle superior and medial, never perpendicular. Pneumothorax risk if angled inferior.

Phase 1 (Initial Intervention, Week 1): 2x that first week. Need to break the acute spasm cycle quickly so athlete can modify training technique. I saw Marcus Monday and Thursday of week one.

Phase 2 (Stabilization, Weeks 2-3): 1x per week while implementing training modifications and rehabilitation exercises. Athlete continues wrestling but with modified bridging technique and volume.

Phase 3 (Maintenance, Weeks 4+): Every 2 weeks through competitive season as needed. Once mechanics are corrected and stability is restored, maintenance treatments keep the athlete functional through high training volumes.

Parameters: Radial shockwave, 2000 impulses per treatment area, 2.0-2.5 bar pressure, 10-12 Hz frequency

When to use: On off-days between needling sessions. Particularly effective for wrestlers because it breaks up chronic tension patterns in overdeveloped muscles.

Expected outcome: Reduced muscle hypertonicity, improved tissue extensibility, decreased headache frequency. Most wrestlers report significant improvement within 3-4 treatments over 2 weeks. Use for first 3-4 weeks alongside needling.

Parameters: Athlete actively moves through cervical ROM while provider applies specific tension to shortened tissues. Focus on suboccipitals, semispinalis, splenius capitis.

When to use: After needling and shockwave, before rehabilitation exercises. Helps restore normal tissue length and gliding that bridging mechanics compromise.

Expected outcome: Improved cervical ROM, reduced tissue restriction, better movement quality during bridging assessment. Typically use 2-3x per week for first 2-3 weeks, then as needed.

Consider referral if: No significant improvement after 3-4 weeks of conservative care (needling, manual therapy, exercise, training modification), progressive worsening despite appropriate treatment, or athlete has severe headaches limiting sleep and recovery between training sessions

Recommended specialist: Sports medicine physician with experience treating wrestlers, physiatry (PM&R), or interventional pain management familiar with athletic population

Co-management approach: Continue dry needling and rehabilitation exercises while athlete receives medical intervention. Facet injections or nerve blocks can reduce severe inflammation and allow better participation in corrective exercise. See athlete 3-5 days post-injection to reassess and adjust rehabilitation intensity. Coordinate with coach regarding training modifications during recovery.

Monitor pain levels: Exercise should not exceed 3/10 during activity, should return to baseline within 2 hours. For wrestlers in-season, some muscular soreness is normal. Headache reproduction is NOT normal and indicates regression needed.

Respect tissue healing timelines: Upper cervical structures under chronic athletic loading need adequate recovery between sessions. Don't rush progression even if athlete feels ready.

Regression is not failure: If headaches return or worsen during a training week, athlete drops back one phase in rehab and reduces bridging volume in practice.

Patient education: Teach athlete difference between good training fatigue and pain signals indicating tissue damage. Wrestlers normalize pain. Your job is to teach them when pain is a warning sign.

Coordinate with coaching staff: Coach needs to understand training modifications. I called Coach Miller and explained Marcus needed modified bridging volume and technique correction. Good coaches want healthy athletes.

Sets/Reps: 2-3 times daily, hold 60-90 seconds

Pain Threshold: Should feel gentle stretch and decompression, no headache reproduction. If headache worsens, traction force is too aggressive.

Progression Criteria: Can tolerate 90 seconds with mild stretch sensation, cervical ROM improves immediately after traction

Regression Option: Reduce hold time to 30-45 seconds, reduce traction force

Clinical Note: Wrestlers carry their head forward from chronic bridging. Traction helps decompress upper cervical segments and provides immediate relief. Marcus did this before bed every night and reported sleeping better within 3 days.

Sets/Reps: 60-90 seconds per side, 2x daily minimum

Pain Threshold: Deep pressure sensation with gradual release, no headache reproduction. Wrestlers will want to press harder thinking more is better. Teach them less is more.

Progression Criteria: Can tolerate 90 seconds pain-free, immediate improvement in cervical extension ROM after release

Regression Option: Use softer ball (tennis ball instead of lacrosse ball), reduce time to 20-40 seconds

Clinical Note: This is maintenance work athletes can do between treatments. I had Marcus do this before every practice to prepare his neck for training.

Sets/Reps: 3 sets of 10 repetitions, hold 5 seconds each, 2-3x daily

Pain Threshold: Stretch in back of neck acceptable, no headache reproduction, no sharp pain

Progression Criteria: Achieves full retraction without compensation, maintains 5 seconds without trembling

Regression Option: Reduce hold to 2-3 seconds, reduce reps to 5 per set

Clinical Note: Start supine because gravity assists. This is the foundation for rebuilding deep cervical flexor function. Marcus had almost zero ability to do this initially. By end of week one, he could hold it.

Sets/Reps: 3 sets of 20-second holds, focus entirely on technique

Pain Threshold: No headache reproduction. Mild neck muscle fatigue acceptable. If headache occurs, technique is still faulty.

Progression Criteria: Maintains proper head position (weight distributed across forehead, not crown), maintains cervical curve (not hyperextended), symmetrical weight distribution

Regression Option: Reduce hold time to 10 seconds, may start in modified position with hands providing light support

Clinical Note: This is critical. I had Marcus demonstrate his bridge, then I corrected his technique. Weight should come through the forehead toward the hairline, NOT through the crown of the skull. The cervical spine should maintain its curve, not collapse into extreme extension. This alone reduced his headache frequency by 50% within one week.

Sets/Reps: Week 2: 3 sets of 15-second holds; Week 3: 3 sets of 20-30 second holds

Load: Bodyweight initially, progress to light resistance band if athlete tolerates well

Progression Criteria: Holds position without trembling, maintains chin tuck throughout, no compensatory SCM activation (neck should look relaxed, not strained)

Red Flags to Regress: Headache reproduction, visible trembling before 15 seconds, inability to maintain chin tuck

Sets/Reps: 3 sets of 20-30 second holds

Load: Bodyweight

Progression Criteria: Maintains neutral cervical spine (not hyperextended), scapulae retracted and depressed, can breathe normally during hold

Red Flags to Regress: Cervical hyperextension during hold, headache reproduction, inability to maintain position 20 seconds

Sets/Reps: 3 sets of 10-second holds in each direction (flexion, extension, lateral flexion bilateral, rotation bilateral)

Load: Partner or coach provides manual resistance

Progression Criteria: Maintains neutral head position against resistance, no compensatory movements

Red Flags to Regress: Unable to resist movement, headache with extension resistance

Sets/Reps: 3 sets of 30-second holds, 2-3x per week

Load: Bodyweight only, no partner resistance yet

Progression: Increase hold time to 45-60 seconds by end of week 3 if technique perfect

Clinical Note: Athlete is now drilling proper bridging technique in practice with modified volume. Coach reduced Marcus's bridging volume to 15 minutes per practice and implemented technique checkpoints. Quality over quantity.

Establish clear, objective return-to-sport criteria before beginning treatment (example: "Full pain-free cervical ROM, negative provocation tests, ability to perform sport-specific movements including bridging without headache reproduction")

Document communication with parents, athlete, and coaching staff about these criteria

Do not clear athlete for full-contact participation until objective criteria are met, regardless of timeline pressure

Consider graduated return-to-sport protocol: first return to conditioning (no contact), then technique drills (no live wrestling), then live wrestling with restrictions, finally full clearance

If there is ANY doubt about safety, refer to sports medicine physician for medical clearance before allowing return

Obtain written parental consent before initiating treatment on a minor, including specific consent for dry needling

Include parent in examination and diagnosis discussion when possible (or call them if they're not present)

Explain diagnosis in language parents understand, avoiding excessive medical jargon

Be clear about what treatment involves, especially with dry needling (many parents have never heard of it)

Discuss timeline, expected outcomes, and any activity restrictions

Document all communication with parents

If parent and athlete disagree about treatment (example: parent wants athlete held out, athlete wants to compete), your ethical obligation is to the athlete's long-term health

Establish direct communication with coach and athletic trainer early in treatment

Be clear about your role: you're the athlete's healthcare provider, your primary obligation is to the athlete's health

Explain diagnosis and treatment plan to coach in terms they understand, including why certain restrictions are necessary

Provide estimated timeline but avoid making promises about specific return dates

If coach or athletic trainer disagrees with your restrictions, offer to discuss your clinical reasoning but do not change your restrictions based on competitive pressure

Document all communication with coaching staff and athletic trainers

If there's significant disagreement, offer referral to sports medicine physician for second opinion

Suboccipital muscles: Bilateral hypertonicity, trigger points in [RCPM/OCI/RCPMin]

Semispinalis capitis: [findings]

Upper trapezius: [findings]

Splenius capitis: [findings]

Dry needling: [list specific muscles bilaterally], twirling technique, local twitch responses obtained

[Shockwave therapy/ART]: [specific parameters and areas treated]

Manual therapy: Upper cervical mobilization, suboccipital release

Exercise prescription: Phase [X] exercises, demonstrated proper bridging technique

Training modifications discussed with athlete and [coach/parent]

Dry needling of cervical/suboccipital musculature [2x week 1, then 1x per week weeks 2-3, then every 2 weeks as needed]

Athlete to perform home exercises [Phase X exercises] daily as prescribed

Adjunctive modalities as indicated

Training modifications: Bridging volume reduced to 15 minutes per practice, technique corrections implemented, no partner-loaded bridging until pain-free

Coordination with Coach [name] regarding training modifications [documented/planned]

Re-evaluation [specific date] to assess objective progress toward return-to-sport criteria

Return-to-sport criteria: Full pain-free cervical ROM, negative cervical provocation tests, ability to perform 60-second bridge with proper mechanics without headache reproduction, normal deep cervical flexor endurance

Current activity status: [Cleared for practice with modifications/No contact until criteria met/Full clearance]

If no significant improvement after 3-4 weeks of appropriate conservative care, will refer to sports medicine physician for co-management

Parent [name] and Coach [name] educated on diagnosis, treatment plan, and return-to-sport criteria

Athlete educated on red flag symptoms requiring immediate medical attention

Next appointment: [Date/Time]

Watching him bridge in the office revealed the exact mechanical flaw causing the problem. You can't fix what you can't see.

Coordinating with Coach M early meant training modifications happened immediately. J didn't keep hammering dysfunctional patterns while I tried to fix him.

The combination of needling the posterior chain and rebuilding anterior stability addressed both the symptom and the cause.