Why One Doctor Type Is Not Enough Post-concussion syndrome (PCS) affects multiple body systems simultaneously. The brain injury disrupts autonomic regulation, cerebral blood flow, vestibular processing, oculomotor control, cervical spine function, cognitive processing, sleep architecture, and mood regulation. No single medical specialty is trained to assess and treat all these systems. Patients managed by a single provider receive treatment for the systems that provider understands while the other contributing systems go untreated. The untreated systems maintain symptoms despite treatment of the others (Leddy et al., 2023). The multidisciplinary approach is not optional for PCS. The multidisciplinary approach is essential. Research consistently shows that patients treated by multidisciplinary concussion teams recover faster and more completely than patients managed by individual providers. The reason is straightforward: identify and treat all contributing systems simultaneously rather than sequentially. Sequential treatment (try one thing, wait, try another) adds months to recovery. Simultaneous multidisciplinary treatment resolves overlapping dysfunctions in parallel. The Core Treatment Team 1. Sports Medicine Physician or Neurologist: Medical Director The physician serves as the medical director of concussion care. The physician diagnoses the concussion, orders imaging if indicated, manages medications, performs or orders graded exercise testing, prescribes sub-threshold aerobic exercise, and coordinates referrals to other specialists. Sports medicine physicians (with board certification from ABMS-recognized fellowships) are the most consistently trained in current concussion management protocols. Neurologists with concussion-specific expertise provide equivalent care, particularly for patients with complex presentations or pre-existing neurological conditions. What the physician treats: Overall medical management, exercise prescription, medication management (for headache, sleep, mood), return-to-activity clearance, identification of complicating factors (migraine, ADHD, anxiety disorders) that interact with concussion recovery. 2. Vestibular Physical Therapist: Cervical and Balance Rehabilitation Physical therapists with vestibular rehabilitation certification (or concussion management certification) treat the cervical, vestibular, and balance dysfunctions that drive the majority of PCS physical symptoms. The whiplash mechanism that accompanies every concussion damages the cervical spine. Cervical dysfunction produces headache, dizziness, and brain fog that brain-focused treatment does not resolve. Vestibular dysfunction produces dizziness, motion sensitivity, and balance problems. The vestibular PT addresses both systems with manual therapy, exercise prescription, and progressive vestibular rehabilitation (Schneider et al., 2014). What the PT treats: Cervicogenic headache, cervicogenic dizziness, BPPV (benign paroxysmal positional vertigo), vestibular hypofunction, balance deficits, cervical range of motion restrictions, deep cervical flexor weakness, proprioceptive dysfunction. 3. Neuro-Optometrist: Visual Processing Rehabilitation Neuro-optometrists assess and treat the oculomotor (eye movement) dysfunctions that concussion produces. Concussion disrupts the cranial nerves controlling eye movement (III, IV, VI) and the brain circuits coordinating binocular vision, accommodation (focusing), and saccades (rapid eye movements). These dysfunctions produce reading difficulty, screen intolerance, headache with visual tasks, and difficulty in visually busy environments. Standard eye exams do not test oculomotor function. A neuro-optometric evaluation is specific to these concussion-related visual deficits. What the neuro-optometrist treats: Convergence insufficiency, accommodative dysfunction, saccadic dysfunction, visual-vestibular mismatch, light sensitivity, visual field deficits. 4. Neuropsychologist: Cognitive and Psychological Support Neuropsychologists perform detailed cognitive testing that identifies specific deficits in attention, memory, processing speed, and executive function. The testing provides objective data on cognitive status (rather than relying on self-report) and guides cognitive rehabilitation. Neuropsychologists also treat the psychological consequences of PCS: anxiety, depression, frustration, fear-avoidance behavior, and the grief response to lost function. Psychological factors both result from and maintain PCS symptoms. Addressing them is treatment, not optional support. What the neuropsychologist treats: Cognitive deficits (attention, memory, processing speed), anxiety, depression, sleep dysfunction (CBT-I), fear-avoidance behavior, adjustment difficulties, return-to-work/school accommodations. Exercises That Address Multiple PCS Systems JME 155 Diaphragmatic breathing addresses the autonomic dysfunction that underlies multiple PCS symptoms simultaneously. Autonomic imbalance contributes to exercise intolerance, sleep disruption, anxiety, and cardiovascular dysregulation. The 4-second inhale, 6-second exhale pattern provides parasympathetic activation that supports recovery across multiple systems. 10 breaths, 4-5 times daily. This single exercise supports the work of every specialist on the team. JME 14 Chin tucks are the foundational cervical exercise that vestibular PTs prescribe for PCS. Deep cervical flexor retraining reduces cervicogenic headache, cervicogenic dizziness, and the cervical proprioceptive dysfunction that impairs balance. Starting chin tucks early, even before specialist appointments, begins the cervical rehabilitation that most PCS patients require. 10 repetitions with 5-second holds, 3 times daily. JME 1 Cervical rotation provides proprioceptive input that integrates cervical, vestibular, and oculomotor systems. Smooth rotation challenges the cervical-vestibular-ocular reflex pathway that PCS disrupts. Each controlled repetition teaches the brain to integrate head movement with visual stability and balance. 10 repetitions each direction, slow and controlled (3 seconds per direction). JME 150 Seated thoracic rotation restores the trunk mobility that supports both cervical function and breathing mechanics. Thoracic stiffness is a common and often overlooked contributor to PCS. The stiffness forces cervical compensation (worsening headache) and restricts rib expansion (worsening autonomic dysregulation). 8 repetitions per direction. Start your 14-day free trial for multisystem concussion recovery programming. Global Mobility and Autonomic Support JME 3 Lateral cervical flexion releases scalene and upper trapezius tension that contributes to cervicogenic symptoms. These muscles are primary drivers of the headache and neck stiffness that bring most PCS patients to seek care. Releasing the tension provides immediate symptom relief while the deeper rehabilitation addresses the root causes. 8 repetitions per side. JME 42 Shoulder circles address the upper body tension pattern that develops during prolonged PCS. Months of guarding, reduced activity, and stress produce progressive shoulder and upper back tension. This tension compresses cervical structures and restricts breathing. Regular shoulder mobility work prevents the tension from accumulating. 10 repetitions each direction. JME 15 Cervical extension restores the posterior cervical mobility that improves vertebral artery blood flow to the brainstem. PCS patients with brain fog and concentration difficulty often have restricted cervical extension limiting posterior brain perfusion. Gentle extension work addresses this vascular component. 8 repetitions, slow and gentle. JME 151 Lateral side bends with breathing provide trunk mobility and parasympathetic activation. For PCS patients dealing with multiple symptoms across systems, exercises that address two mechanisms simultaneously are efficient and reduce the total exercise burden. 8 repetitions per side with complete breathing cycles. Support your multidisciplinary recovery with simplmobility's targeted mobility programming. Additional Specialists for Specific PCS Presentations Psychiatrist: When depression, anxiety, or PTSD are significant contributors. Psychiatrists prescribe and manage psychiatric medications that neuropsychologists and psychologists do not. Patients with pre-existing psychiatric conditions complicated by PCS benefit from psychiatric management alongside concussion treatment. Sleep medicine specialist: When sleep disruption does not respond to sleep hygiene and CBT-I. PCS commonly disrupts sleep architecture. Persistent sleep problems worsen every other PCS symptom. A sleep study identifies treatable sleep disorders (sleep apnea, circadian rhythm dysfunction) that compound PCS. Headache specialist (headache neurologist): When headache is the dominant symptom and does not respond to cervical treatment. Migraine-type post-concussion headache responds to migraine-specific medications and interventions. A headache specialist differentiates cervicogenic, migraine, and tension-type headache components and targets each appropriately. Occupational therapist: When cognitive deficits impair work and daily functioning. OTs provide practical cognitive rehabilitation strategies and workplace accommodations. The occupational therapist bridges the gap between neuropsychological testing and real-world functional demands. Do I need to see all these specialists? Start with a sports medicine physician or concussion-specialist neurologist and a vestibular physical therapist. These two providers address the most common PCS contributors (autonomic dysfunction, exercise intolerance, cervical dysfunction, vestibular dysfunction). If symptoms persist despite treatment of these systems, add neuro-optometry and neuropsychology. The physician coordinates the team and identifies which additional specialists are needed based on your specific symptom profile. What if I live in an area without concussion specialists? Telehealth consultations with concussion specialists provide expert guidance for exercise prescription, medication management, and treatment coordination. The specialist directs your local providers on appropriate care. Vestibular rehabilitation with a local physical therapist (even without concussion certification) addresses cervical and balance issues under remote specialist guidance. The combination of telehealth specialist oversight and local provider implementation expands access substantially. How long does multidisciplinary PCS treatment take? Most PCS patients treated with multidisciplinary active rehabilitation show meaningful improvement within 4-8 weeks. Some patients recover fully in this timeframe. Others require 3-6 months of treatment, particularly those with delayed treatment initiation, multiple prior concussions, or significant psychological factors. Active treatment produces progressive, measurable improvement. If improvement plateaus, the team reassesses and adjusts the treatment plan (Schneider et al., 2014). References Leddy, J. J., et al. (2023). Rest and exercise early after sport-related concussion: a systematic review and meta-analysis. British Journal of Sports Medicine, 57(12), 762-770. PubMed Schneider, K. J., et al. (2014). Cervicovestibular rehabilitation in sport-related concussion: a randomised controlled trial. British Journal of Sports Medicine, 48(17), 1294-1298. PubMed