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PERSONAL INJURY CHIROPRACTIC NARRATIVE REPORT PATIENT: [Patient] DOC OF ACCIDENT: March 14, 2024 DOC OF INITIAL EVALUATION: March 16, 2024 CLAIM DATE: March 16, 2024 --- HISTORY OF INJURY On March 14, 2024, [Patient] was operating a motor vehicle as a restrained driver on a city street when the vehicle was struck from behind by another vehicle traveling at approximately 35 mph. The at-fault driver failed to brake in time, resulting in a significant rear-end collision. The vehicle sustained moderate damage to the rear bumper and structural elements. Airbags did not deploy, indicating the collision occurred at a velocity sufficient to cause soft-tissue trauma but below the threshold triggering airbag deployment. [Patient] was cognizant at the scene and reported immediate discomfort to first responders. --- INITIAL PRESENTATION On March 16, 2024, two days post-accident, [Patient] presented to our office with chief complaints of severe cervical pain (8/10), lumbar pain (7/10), bilateral shoulder tenderness, and post-traumatic headaches. Physical examination revealed: - Cervical range of motion severely limited in all planes, with pain on flexion and extension - Palpable cervical muscle guarding and spasm in the trapezius and paraspinal musculature - Bilateral shoulder myofascial trigger points with referred pain - Lumbar range of motion restricted, particularly forward flexion - Positive straight-leg raise testing suggesting lumbar radicular irritation - Gait disturbance secondary to pain - Neurological screening: negative for lower-extremity motor or sensory deficits X-rays of the cervical spine (AP, lateral, and odontoid views) revealed loss of cervical lordosis, consistent with acute cervical sprain/strain from hyperextension-hyperflex mechanism. Lumbar radiographs were not obtained at initial visit but were recommended pending clinical progression. --- DIAGNOSIS Based on clinical presentation, mechanism of injury, and radiographic findings, the following injuries were diagnosed: 1. Cervical sprain/strain (C4-C6) — acute, secondary to rear-end collision with loss of cervical lordosis on imaging 2. Lumbar sprain/strain (L4-L5) — acute, secondary to flexion-distraction mechanism during collision 3. Post-traumatic headaches — consistent with cervicogenic headache secondary to cervical trauma 4. Bilateral shoulder myofascial pain syndrome — secondary to impact trauma and protective guarding 5. Mild concussion — resolved during initial evaluation; no ongoing neurological sequelae reported at 16-week follow-up These diagnoses are consistent with the described mechanism of injury. The loss of cervical lordosis and acute sprain/strain pattern is typical of rear-end collision trauma. The lumbar involvement reflects the polyarticular nature of whiplash-type injuries. --- TREATMENT RENDERED PHASE I: ACUTE PAIN MANAGEMENT (March 16 – April 13, 2024; Weeks 1–4) Frequency: 3 visits per week. Treatment modalities: - Ice/heat therapy: cryotherapy for acute inflammation, followed by therapeutic heat - Electrical muscle stimulation (EMS) to cervical and lumbar paraspinal musculature - Spinal decompression therapy: cervical traction 15 minutes per session - Patient education on activity modification and posture - Home exercise program (HEP) instruction Clinical response: Pain decreased from 8/10 to 5/10 by end of Phase I. Cervical range of motion improved approximately 30%. Patient reported improved sleep, though still disrupted secondary to residual pain. PHASE II: ACTIVE THERAPEUTIC INTERVENTION (April 14 – May 18, 2024; Weeks 5–10) Frequency: 2 visits per week. Treatment modalities: - Chiropractic manipulative therapy (CMT) to cervical spine (diversified technique, grades I-II mobilization) - CMT to lumbar spine (lumbar adjustment using side-posture and prone techniques) - Myofascial release to shoulder and cervical musculature - Therapeutic ultrasound to areas of myofascial restriction - Continued HEP progression Clinical response: Significant functional improvement. Cervical pain decreased from 5/10 to 2/10. Lumbar pain decreased from 6/10 to 2/10. Range of motion normalized in cervical spine; lumbar flexion pain resolved. Bilateral shoulder tenderness resolved. Patient reported ability to return to modified work duties. PHASE III: REHABILITATION AND FUNCTIONAL RESTORATION (May 19 – May 31, 2024; Weeks 11–16) Frequency: 1 visit per week. Treatment modalities: - Progressive resistance exercises targeting cervical and lumbar stabilizers - Posture correction and ergonomic retraining - Functional capacity evaluation exercises (simulating work demands) - Discontinued manual therapy; focused on patient-directed rehabilitation - HEP progression to maintenance program Clinical response: Patient achieved substantial functional recovery. Pain resolved to baseline or near-baseline. Full cervical and lumbar range of motion restored. Patient resumed full work duties (electrician, including overhead work and lifting). TOTAL TREATMENT: 38 visits over 16 weeks. Patient discharged to home maintenance program on May 31, 2024. Re-evaluated on June 28, 2024, at patient request for residual lumbar stiffness; one additional visit performed for lumbar mobilization and HEP reinforcement. --- FUNCTIONAL IMPACT Activities of Daily Living (ADL): [Patient] reported inability to perform basic self-care tasks during the acute phase, including dressing, bathing without pain, and grooming. Functional limitation resolved by Week 6 of treatment. Employment: [Patient] is a licensed electrician whose job duties include overhead work, climbing, carrying materials (10-50 lbs), and sustained posture. Unable to return to work for 6 weeks post-accident due to: - Inability to perform overhead lifting secondary to cervical pain and myofascial restriction - Inability to carry loads exceeding 10 lbs - Inability to maintain sustained positions required by the work - Pain and limited range of motion creating safety risk Returned to modified duty (light electrical work, no overhead tasks) Week 6. Returned to full duty (unrestricted) Week 12. Recreational Activities: [Patient] reported inability to participate in recreational volleyball and cycling throughout acute and subacute phases. Recreational activities resumed Week 10. Sleep and Rest: [Patient] experienced significant sleep disruption secondary to cervical and lumbar pain. Sleep was disrupted throughout Phase I and early Phase II, improving steadily through Phase II and resolving by Week 10. Emotional/Psychological: [Patient] reported emotional distress, irritability, and difficulty concentrating throughout acute phase (Weeks 1–6). Mood improved concurrent with pain reduction. No formal mental health intervention was required. Household Responsibilities: [Patient] required assistance with grocery shopping, childcare duties, and housecleaning throughout acute phase. Independence in household tasks restored by Week 8. --- PROGNOSIS Clinical Prognosis: Guarded to fair. [Patient] achieved approximately 80% symptomatic recovery with chiropractic care, with most functional limitations resolved. At discharge (May 31, 2024), [Patient] reported minimal residual symptoms (occasional cervical stiffness with sustained posture, intermittent lumbar discomfort with fatigue). Re-evaluation on June 28, 2024, confirmed stability of gains. Residual Impairments: [Patient] is expected to continue experiencing: - Intermittent cervical discomfort with sustained posture or repetitive motion - Occasional lumbar stiffness, particularly at end-of-day - Potential mild headaches triggered by cervical strain Future Risk: The radiographic finding of loss of cervical lordosis secondary to acute trauma places [Patient] at increased risk for accelerated cervical degenerative joint disease (DJD), particularly at the C4-C6 levels. Loss of normal cervical curvature is associated with increased shear forces and disc stress, potentially accelerating degenerative changes. [Patient] should be counseled on long-term implications. Maximum Medical Improvement (MMI): Established June 28, 2024. At this point, [Patient] had achieved maximum functional recovery and symptom resolution that could be expected from ongoing chiropractic intervention. Recommendations for Ongoing Care: - Maintenance care: 2-4 visits per month for 3-6 months to reinforce stabilization and prevent regression - Home exercise program continuation: daily postural and stabilization exercises - Ergonomic modifications at work (proper desk height, monitor positioning, frequent position changes) - Periodic re-evaluation (every 6-12 months) to monitor for DJD progression and address recurrent symptoms Permanent Partial Impairment Rating: Pending orthopedic consultation. Anticipated rating based on residual cervical stiffness, potential for headaches, and DJD risk; specific rating to be determined by orthopedic specialist per [verify rating schedule and methodology]. --- SUMMARY AND CONCLUSIONS [Patient] sustained significant cervical, lumbar, and soft-tissue injuries in a rear-end motor vehicle collision on March 14, 2024, at 35 mph. The injuries were consistent with the described mechanism (whiplash-type trauma from rear impact). Radiographic evidence (loss of cervical lordosis) and clinical examination supported the diagnosis of acute cervical and lumbar sprain/strain. Chiropractic care was medically necessary and appropriate. [Patient] responded favorably to a progressive 16-week treatment protocol consisting of acute pain management, active therapeutic intervention, and functional restoration. [Patient] achieved substantial functional recovery, returning to full work duties and resuming recreational activities. Residual impairments are mild and consistent with prognosis. The loss of cervical lordosis places [Patient] at increased risk for future degenerative changes, supporting the recommendation for ongoing maintenance care and periodic monitoring. Maximum Medical Improvement was achieved on June 28, 2024. Permanent partial impairment rating is pending orthopedic consultation.

[Patient] sustained cervical sprain/strain (C4-C6), lumbar sprain/strain (L4-L5), bilateral shoulder myofascial pain, post-traumatic headaches, and mild concussion secondary to a 35 mph rear-end motor vehicle collision on March 14, 2024. Treatment consisted of 38 chiropractic visits over 16 weeks, resulting in approximately 80% symptomatic recovery and return to full work capacity by Week 12. Residual intermittent cervical and lumbar stiffness is expected; loss of cervical lordosis places [Patient] at risk for accelerated degenerative joint disease.

Functional impairment analysis: [Patient] experienced significant impairment during acute phase (Weeks 1-6), including inability to work, limited range of motion (cervical pain 8/10, lumbar pain 7/10), sleep disruption, and functional limitation in activities of daily living. Progressive improvement occurred throughout treatment, with return to modified work Week 6, full work capacity Week 12, and resolution of pain-related functional limitation by Week 10. Residual impairments at MMI (June 28, 2024) are mild: occasional cervical stiffness with sustained posture, intermittent lumbar discomfort with fatigue, and potential mild headaches with cervical strain. These residual impairments are not expected to prevent [Patient] from returning to full occupational duties as a licensed electrician, though they may impose minor activity-specific restrictions with sustained overhead work or prolonged static posture. Impairment is primarily anatomical (loss of cervical lordosis) rather than functional; permanent partial impairment rating pending orthopedic consultation per [verify rating schedule and methodology]. Long-term risk for cervical degenerative joint disease is elevated secondary to trauma-induced lordosis loss.