Who treated this patient?

A single clinician managed this case in our office and holds two licenses: a doctor of chiropractic and a board-certified family nurse practitioner. Most people who are hurt in a car crash end up seeing several unconnected providers in turn. An urgent care or emergency physician rules out the dangerous injuries; a chiropractor or physical therapist treats the stiff neck and back; a primary care doctor manages medication; and if something unexpected appears, a referral begins the cycle again. In our practice those roles sit in one place. You can read more about the dual-licensed approach on the pages for Dr. Alexander Jimenez, DC, APRN, FNP-BC and his board-certified nurse practitioner credentials.

The provider who examined this patient on her first visit was able to ask, in the same appointment, the questions a medical clinician asks (Was there a head injury? Is there chest pain that needs a cardiac or lung work-up? Are there neurological warning signs? What medication was prescribed at the hospital, and is it appropriate?) and the questions a chiropractor asks (Which spinal segments are restricted? Which muscles are in spasm? How does the spine move, and where does it hurt when it moves?). That combination shaped every decision that followed, from how gently the first treatment was given to what was done when an unexpected finding turned up on the last day of care.

Holistic and allopathic, not one or the other

Our practice describes itself as both holistic and allopathic, and we mean both words. “Allopathic” refers to conventional medicine: diagnosis based on examination and testing, imaging when it is indicated, prescription medication when it helps, referral to specialists, and attention to red flags that need urgent care. “Holistic” means treating the whole person rather than only the painful body part: how the injury affects sleep, mood, work and family life; how body weight, posture and foot mechanics load the injured spine; and how the patient can take an active role in recovery through exercise, nutrition and self-care.

Many clinics practice one model or the other. A purely medical office may prescribe a muscle relaxant and a few weeks of rest and leave the mechanical problem untreated. A purely manual-therapy office may treat the spine skillfully but miss a neurological sign, an emotional reaction to the crash, or a medication question. We think both are incomplete after a collision. This case shows why: the patient’s pain responded to hands-on spinal care and exercise, but her final examination uncovered reflex changes that called for a medical decision and a referral to neurology, and her early anxiety and sleep disturbance were the kind of whole-person issue that can quietly slow recovery if no one asks about it.

Why integration matters after a crash

Motor vehicle collision injuries are rarely confined to one tissue or one system. The same crash that sprains the ligaments of the neck can bruise the chest wall against the steering wheel, strain the low back against the seat belt, unsettle sleep, and leave a person nervous behind the wheel. Clinical practice guidelines for neck pain and whiplash-associated disorders recommend multimodal care, combining manual therapy, exercise and education, and they emphasize early screening for signs that need medical attention¹. The same is true for low back pain, where guidelines favor active, non-drug treatment first and medication only as needed^2,3. An integrated office can follow those recommendations without the delays of referral for each step.

Integration also matters for documentation. When a patient’s recovery has legal or insurance consequences, a single provider who has seen every visit can describe the whole course clearly: what was found on the first day, how it changed, what was done and why, and what remains. Our article explains, with evidence, how injuries are linked to a crash and why careful, consistent records serve the patient.

The integrated team

The provider who directed this patient’s care works within a multidisciplinary practice that also includes medical providers. Our team includes Dr. Maria Cardenas, MD, a board-certified internal medicine physician, and the practice offers the medical services of a family practice and internal medicine office alongside chiropractic care, rehabilitation, nutrition, naturopathic medicine and acupuncture. In practice the roles look like this:

• The dual-licensed chiropractor and nurse practitioner performs the history and examination, screens for medical red flags, makes the diagnosis, directs manual care, reviews medication and orders imaging and referrals.
• Medical providers, including internal medicine, are available when a patient has a medical condition, a medication question or a finding that needs a physician’s attention. See our nurse practitioner services.
• Therapy and rehabilitation staff deliver soft-tissue work, modalities and supervised exercise under the treating provider’s direction, and progress the patient toward independence. Our physical therapy center supports this phase.
• Nutrition and functional medicine address body composition, inflammation and the lifestyle factors that influence healing. See our functional medicine articles.
• Outside specialists, such as neurology, pain management or behavioral health, are brought in when the patient’s findings call for them, and the treating provider stays involved to interpret their results in context.

How integrated care compares with the usual path

None of this means other providers do poor work. Many excellent clinicians practice in a single discipline. The point is that after a collision, the patient benefits when the medical and the musculoskeletal sides of care are coordinated from the start, and that is the model this case illustrates.

The collision and why the mechanism injures

The patient, a woman in her early 20s, was the restrained driver of a midsize car. Her car was stopped when it was struck from behind by another vehicle of similar size. With the impact she was first pushed back into her seat and then thrown forward against her seat belt, and her chest struck the steering wheel. The airbag did not deploy. Her head restraint was set low relative to her head. She did not hit her head and did not lose consciousness. Both vehicles were visibly damaged and her car had to be towed. She was taken to a hospital emergency department the same day, where X-rays were taken and medication was prescribed. Learn more about auto injuries and collision injury dynamics.

Direction of impact

A rear impact sets off a sequence that happens in a fraction of a second. The car is pushed forward. The seat back pushes the driver’s torso forward with it. The head, which is heavy and sits on a flexible neck, at first stays where it was. For an instant the lower neck is bent backward while the upper neck is bent forward, so the cervical spine takes on an S shape that it never adopts in normal movement. Only then does the whole neck extend backward, until the head meets the head restraint or reaches the limit of motion.

That S-shaped phase matters. Researchers who filmed the cervical spine with moving X-ray (cineradiography) in volunteers on a sled found that the lower vertebrae rotate before the upper ones, so the joints at the bottom of the neck are forced into an abnormal pinching and gapping motion¹⁰. That study of cervical motion during whiplash loading helps explain why the small facet joints at the back of the neck, and the ligament capsules that surround them, are a common source of pain after a rear-end collision, even when X-rays look normal.

Head position and the head restraint

A head restraint is meant to catch the head early, before the neck extends far. When it is set low, the back of the head can rotate over the top of it, and the neck extends further before it is stopped. This patient recalled that her head restraint was low. She also could not be sure she was looking straight ahead at the moment of impact; a turned head concentrates load on the joints and muscles on one side of the neck. Her examination found more tenderness and spasm on the right side of the neck and back, which fits that picture.

Seat-belt loading and the steering wheel

The second phase of a rear-end collision is rebound. After the seat has thrown the body forward, the occupant moves forward relative to the car and is caught by the seat belt. A lap-and-shoulder belt saves lives, but it loads the body asymmetrically. The diagonal strap crosses one shoulder and the chest, so the trunk twists and flexes around it, loading the thoracic and lumbar spine and the muscles that stabilize them. In this patient’s case the forward motion was enough that her chest struck the steering wheel. That contact explains the chest pain she felt at the scene, and gripping the wheel at impact explains the mild finger pain she mentioned on her second visit.

Put together, the two phases (backward bending of the neck, then forward flexion and twisting of the trunk against the belt and steering wheel) load the neck, the mid back and the low back in turn. That is exactly the distribution of pain she reported.

Vehicle damage and injury

People often assume that the amount of visible damage to a car predicts how badly the occupants are hurt. In this case both cars were visibly damaged and hers was towed, which confirms that the impact transferred substantial energy. But the relationship works in both directions. Modern bumpers are built to resist deformation in low-speed impacts, which means they can pass the energy of a collision through to the occupants rather than absorbing it by crumpling. Neck injury in rear impacts depends more on how quickly the occupant’s body is accelerated and where the head restraint sits than on how the car looks afterward. Visible damage supports injury; limited damage does not rule it out.

Why symptoms often build over days

This patient felt neck pain at the scene, but her pain grew worse over the following days rather than better. That is common. In the first 24 to 72 hours after a sprain, inflammation develops in the injured ligaments and joint capsules, the tissues swell, and the surrounding muscles tighten to guard the area. The protective spasm itself becomes painful and limits movement. Sleep is disturbed, which lowers pain tolerance. Many people take the medication they were given at the hospital, rest as instructed, and only seek further care when they realize the pain is not settling. She came to our office nine days after the collision, still in severe pain, which fits this typical course. You can read more on whiplash injuries and the whiplash archive.

Understanding the injury

The diagnoses in this case were sprains of the cervical (neck), thoracic (mid back) and lumbar (low back) spine, with muscle spasm of the back. These words are familiar, but what they describe is worth explaining, because it shapes both the treatment and the expectations for recovery.

The anatomy involved

The spine is a column of 24 movable vertebrae stacked from the base of the skull to the pelvis: seven in the neck, twelve in the mid back (each attached to a pair of ribs) and five in the low back, resting on the sacrum. Between each pair of vertebrae is an intervertebral disc, a tough ring of fibers around a gel-like center that absorbs load. At the back of each pair are two small facet joints, one on each side, which guide and limit motion. Each facet joint is wrapped in a capsule of ligament and lined with a sensitive membrane that has a rich nerve supply.

Ligaments connect each vertebra to the next. Some run along the front and back of the vertebral bodies; others connect the bony arches, the spinous processes and the facet joints. Their job is to let the spine move freely within a safe range and to stop it before it moves too far. Over the ligaments lie layers of muscle: deep, short muscles that control each segment, and long muscles such as the paraspinals and the trapezius that move and support the head and trunk. Nerve roots leave the spinal canal between each pair of vertebrae and travel to the arms, the chest wall and the legs.

What is injured in a sprain

A sprain is an injury to a ligament caused by stretching it beyond its normal range. In whiplash and seat-belt loading, the facet joint capsules and the ligaments between the vertebrae are stretched quickly while the muscles are caught off guard. Microscopic tearing of ligament fibers, bleeding into the tissues and inflammation follow. The facet joint lining becomes irritated. The muscles that cross the injured segments go into protective spasm to stop further movement. The result is pain, stiffness, tenderness over the injured area and loss of range of motion, the findings documented in this patient.

These injuries do not show on plain X-rays, because X-rays image bone. A sprained ligament or an inflamed facet capsule looks normal on an X-ray. That is why the diagnosis of sprain is made on the history and the examination, and why X-rays after a crash are used to rule out fractures and instability rather than to confirm a sprain.

Grades of whiplash-associated disorder

Clinicians often grade neck injuries after a collision using the whiplash-associated disorder (WAD) scale. Grade 1 is neck pain and stiffness without physical signs. Grade 2 adds musculoskeletal signs such as reduced range of motion and point tenderness. Grade 3 adds neurological signs such as weakness, sensory loss or reflex changes. Grade 4 means fracture or dislocation. On her first visits, this patient had neck pain with tenderness, spasm and severely reduced, painful range of motion and no neurological complaints, which places her neck injury in grade 2, the most common grade seen in practice. Her low back and mid back injuries followed the same pattern. The reflex changes found at her final visit are discussed later in this case; they were not present as complaints, and part of the reason for referring her to neurology was to find out what they mean.

The phases of soft-tissue healing

Ligaments and muscles heal in overlapping phases, and good treatment respects them.

• Inflammatory phase (first days to about a week). Bleeding and inflammation bring in the cells that clean up damaged tissue and lay down the first repair. Pain, swelling and spasm are at their worst. Treatment aims to calm the tissues: gentle movement, cold, pain control and protection from further strain.
• Repair phase (about one to six weeks). New collagen is laid down, but it is disorganized and weak. Treatment shifts toward restoring motion and gradually loading the tissues so the new fibers align along the lines of stress.
• Remodeling phase (six weeks to a year or more). The repaired tissue matures and strengthens. Treatment focuses on exercise, posture and return to full activity, because well-loaded tissue remodels more strongly than tissue that is rested too long.

This patient began care in the late inflammatory phase, nine days after the crash. Her plan moved through these phases over about 11 weeks, which is described in detail below.

Pain sensitization

Pain is not only a signal from injured tissue. After an injury, the nervous system can become more sensitive, so that pressure, movement or even light touch hurts more than it should. This is called sensitization. In the first weeks after whiplash, almost everyone has local tenderness over the injured area. In a minority, sensitivity spreads beyond the injured area and persists; researchers following people after whiplash found that those with widespread hypersensitivity in the first month were the ones most likely to still have moderate or severe symptoms six months later⁹. That study of sensory hypersensitivity after whiplash is one reason we treat pain early and actively rather than waiting to see whether it settles. Calming pain, restoring movement and reassuring the patient all help prevent sensitization from taking hold.

Headache and dizziness

This patient listed headaches among her symptoms when she first came in, and her online questionnaire identified the front of the head as an area of concern. The upper neck shares nerve pathways with the head, so irritation of the upper cervical joints and muscles commonly produces headache, often felt at the back of the head but sometimes behind the eyes or in the forehead. This is called cervicogenic headache. Dizziness after whiplash can come from the neck as well: the joints and muscles of the upper neck feed the brain information about head position, and when they are injured that information can conflict with what the eyes and inner ear report. Later in her care she had a brief flare that included headache, dizziness and pain around one ear. Because she had not struck her head and had no loss of consciousness, a neck source was the most likely explanation, but the flare was taken seriously and she was monitored for any warning signs.

Factors specific to this patient

Three findings in this patient were not injuries, but they influence how the injured spine is loaded and how quickly it recovers.

• A mild sideways curve of the low spine. X-rays taken during her care showed a scoliosis (a sideways curve) in the low back. This was a developmental finding, not something caused by the crash, and it had never caused her symptoms. A curve can make the lower spine less tolerant of sudden, uneven loading and can contribute to discomfort with prolonged sitting or standing.
• Foot mechanics. A foot scan showed moderate pronation (the arches rolling inward), a difference in arch height between the two feet and slightly more weight on one side. Pronated foot function has been associated with low back pain in women¹², and her lingering pain was on the right side of the low back, hip and knee.
• Body composition and posture. Body composition testing showed a body fat percentage and visceral fat level above the healthy range for her age, which increases the load on the low back. A posture scan showed moderate forward head posture, which increases the load on the neck.

None of these caused her injury. But a clinician who treats the whole person should know about them, explain them to the patient and take them into account when planning care and predicting recovery. Learn more on our pages about foot orthotics and body composition analysis.

The mid back, ribs and chest wall

The thoracic spine is the stiffest part of the spine because each vertebra is attached to a pair of ribs, and the ribs attach in front to the breastbone. That cage protects the heart and lungs, but it also means that a blow to the chest or a hard pull of a seat belt is transmitted around the rib cage to the joints where the ribs meet the spine. Injury to these joints and to the muscles between and around the shoulder blades produces mid back pain that is often worse with deep breaths, twisting and reaching. This patient described pain radiating across her whole back at intake, with tenderness and spasm throughout the upper, mid and lower thoracic region, and she had struck her chest on the steering wheel. Her chest pain at the scene was most consistent with bruising of the chest wall from that contact. It had been evaluated at the hospital, it was not accompanied by shortness of breath, and it settled early in her care. Her mid back pain improved alongside her neck pain and had resolved by about the fourth week.

The low back and pelvis

The lumbar spine carries the weight of the upper body and is the hinge between the trunk and the pelvis. In a collision the lap belt anchors the pelvis while the upper body is thrown forward and twisted around the shoulder strap. The low back bends and rotates over the belt, stretching the ligaments and facet capsules and straining the deep muscles that stabilize each segment. The sacroiliac joints, where the spine meets the pelvis, and the muscles of the buttock and hip can be strained at the same time. Pain from these structures often spreads into the buttock, hip and back of the thigh, and occasionally toward the knee, without any nerve being pinched. That is referred pain, and it is what this patient described in the fifth week of her care, when her low back pain spread to the right hip and toward the right knee without numbness or weakness. Her low back was the first area she rated at intake after the neck, and it was the last to settle.

Presentation at the first visit

History

She arrived nine days after the collision. She had completed an online health questionnaire and a handwritten pain form. She described pain in the neck, the upper back, the mid back and the low back, deep, aching and recurring, spreading across the whole back and worse with almost any movement. Nothing relieved it. On the handwritten form she rated her neck pain 10 out of 10 and her back pain 9 out of 10. She described the discomfort after the accident as “intolerable” and said it had become worse since the crash.

Sitting was the activity most affected. Rising from a chair or bed, sitting for long periods, sitting on a hard chair and getting in and out of a car were the hardest movements. Bending, squatting, standing, walking and lying down aggravated the pain. She reported headaches, generalized soreness, difficulty sleeping, irritability and low energy since the crash, and anxiety and low mood. Dressing, driving and exercising had all become difficult. Her goal for treatment was to be able to work and lift without limitation.

She had no history of neck or back pain, no prior accidents or injuries, no prior treatment for any of these areas, no chronic illnesses, no surgeries, no regular medications and no allergies. She had been seen at a hospital emergency department after the crash, where X-rays were taken and medication was prescribed.

Examination

The examination separated what she reported from what could be observed and measured. Observed findings included:

• Pressing down on the top of her head (axial compression) reproduced pain on the right side of the neck, including when combined with turning the head left and tilting it back, without pain traveling into the arms.
• Tenderness over the spine from the upper neck through the junction of the low back and pelvis.
• Muscle spasm on both sides of the neck, in both trapezius muscles and along the mid and low back.
• Restricted motion at the base of the skull and at every spinal level from the top of the neck to the bottom of the low back.
• Range of motion of the neck, mid back and low back severely reduced and painful in every direction: bending forward and back, turning and side-bending.
• Multiple painful areas on examination of the low back, without pain traveling into the buttocks or legs.

She was so sensitive on the first day that the treating provider used only a light, instrument-assisted adjustment rather than a full manual adjustment, to avoid increasing her soreness. On her second visit, a day later, she described pain over “the whole thing,” worse on the right, and added the right hip, the right knee and both shoulders, each about 7 out of 10, and the fingers at 0 to 1. Examination that day found restricted motion and muscle spasm around the right hip, the right knee and both shoulders as well. Learn more about the chiropractic examination.

Baseline measures

Baseline measures were taken so that progress could be tracked objectively rather than by impression alone:

• Pain ratings for each region on a 0 to 10 scale at every visit.
• Range of motion of the neck, mid back and low back in every direction.
• Body composition analysis with a medical-grade bioelectrical impedance device (see our page on the InBody 770 body composition and water analyzer), measuring body fat, muscle mass, body water and the ratio of extracellular to total body water, a marker of fluid balance and inflammation, together with phase angle, a marker of cell health.
• A digital foot scan measuring pronation, arch height and left-to-right weight distribution, with a posture analysis.

Triage and medical work-up

Before any treatment, the first job after a collision is to make sure nothing dangerous has been missed. Because the treating provider is also a nurse practitioner, that screening happened in the same visit as the musculoskeletal examination.

Red flags

Red flags are findings that suggest a serious problem needing urgent medical care rather than conservative treatment: possible fracture or instability, spinal cord or nerve root compression, head injury, internal injury, infection or cancer. In this patient, the screening found:

• No head injury. She did not strike her head, did not lose consciousness, and had no confusion, vomiting or worsening headache that would suggest concussion or bleeding.
• No neurological deficit. She had no numbness, tingling, shooting pain or weakness in the arms or legs, and no problems with bladder or bowel control.
• Chest pain explained by contact. She had felt chest pain at the scene where she struck the steering wheel. By the time she came to the office it was no longer her main complaint, it was not associated with shortness of breath, and it had been evaluated at the hospital. It was followed as part of her chest wall injury.
• No signs of fracture. She had been X-rayed at the hospital, and her pain pattern, although severe, was diffuse and muscular rather than focal over a single bone.

The hospital records were requested so that the treating provider could review the X-ray findings directly.

Imaging decisions

Imaging after a crash should answer a specific question. The American College of Radiology appropriateness criteria for low back pain advise against routine imaging for uncomplicated low back pain in the first six weeks, and recommend it when there are red flags, when pain persists despite good conservative care, or when neurological signs develop⁶. The ACR Appropriateness Criteria for low back pain guided the decisions in this case.

About three weeks into her care, her neck and shoulders were improving but her low back pain had plateaued and was beginning to refer into the right hip and toward the right knee. Lumbar X-rays were obtained at that point. They showed normal alignment with no slipping of one vertebra on another, well-maintained vertebral heights with no compression fracture, well-maintained disc spaces, intact bony structures, and a mild sideways curve of the low spine. The X-rays answered the important question: there was no fracture or instability, so active treatment of the low back could continue and progress. Advanced imaging (MRI) was not needed during care because she kept improving and developed no neurological complaints. When reflex changes were found at her final examination, MRI became part of the contingency plan discussed with her.

Medical evaluation and medication

She had been prescribed medication at the hospital and was also using over-the-counter medication. In a dual-licensed office, medication is reviewed as part of the treatment plan rather than left to a separate prescriber. Clinical guidelines for acute low back pain recommend non-drug treatments first, with nonsteroidal anti-inflammatory drugs or skeletal muscle relaxants as options when needed³. As her manual care took effect, her need for medication fell. Later in care, when she described low back discomfort with prolonged sitting and standing, the plan included occasional over-the-counter pain relief if needed, a topical analgesic, and attention to posture, position changes and exercise rather than a return to prescription medication.

Whole-person screening

Her intake questionnaire described anxiety, low mood, irritability, poor sleep and low energy after the crash. These are common after a collision and are not signs of weakness. They matter for two reasons. First, stress and poor sleep amplify pain and slow recovery. Second, in some people they develop into a lasting post-traumatic stress reaction, especially around driving. The treating team asked about sleep at follow-up visits, and by the fourth week she was sleeping normally. Her mood and stress were discussed at visits, and behavioral health assessment remains available to her if anxiety or fear of driving persists. Guidelines for post-traumatic stress recommend trauma-focused psychotherapy as the first-line treatment when symptoms persist¹⁵.

Outcome measures

Progress was tracked with pain ratings for each region at every visit, range-of-motion findings, a formal re-examination about one month into care that measured improvement in her most limited activities, repeat body composition analyses one and two months into care, and at the final visit two standardized questionnaires: the Functional Rating Index for neck and back problems and the Oswestry Low Back Disability Questionnaire. Tracking outcomes this way lets both the patient and the provider see whether the treatment is working, and tells the provider when to change course.

Treatment plan

Her plan followed the multimodal, phased approach recommended by guidelines for whiplash-associated disorders and low back pain^1,2. Treatment frequency was highest when her pain was most severe and was reduced as she improved. Over about 11 weeks she attended 19 visits.

Goals and how they were measured

A treatment plan needs goals the patient cares about and a way to tell whether they are being met. This patient’s own goal was to work and lift without limitation. Her short-term goals were to reduce her pain from severe to moderate, to restore enough motion to sit, rise from a chair and get in and out of a car with less difficulty, and to sleep through the night. Her long-term goals were to be pain-free or nearly so in daily activities, to recover full range of motion and strength, and to manage on her own with a home program. Each goal was tied to something measurable: her pain ratings at each visit, her range of motion, her description of the activities she found hardest, and at the end, two standardized disability questionnaires. At the re-examination about five weeks into care, her short-term goals had been met and her long-term goals were progressing. At her final visit, her questionnaires showed no limitation in any activity and her range of motion and strength were full, so her long-term goals had been met as well.

Spinal manipulation

What it is. Spinal manipulation, often called a chiropractic adjustment, is a controlled movement applied to a spinal joint that is restricted, to restore its normal motion. It can be delivered by hand or with a small handheld instrument that applies a lighter, faster impulse. Learn more about spinal manipulation and adjustments.

Why she needed it. Her examination found restricted motion at every level from the base of the skull to the bottom of the low back, with severely reduced and painful range of motion. On the first day she was too sensitive for a full manual adjustment, so a light instrument-assisted adjustment was used. From the second visit, diversified manual adjustments were given to the neck, mid back and low back, with the force kept light in the first week after she reported more soreness following her first treatments. Within days her range of motion improved from severely to moderately reduced, and by the end of care it was full.

What the evidence shows. Spinal manipulation is recommended as part of multimodal care for neck pain and whiplash-associated disorders¹ and for acute and subacute low back pain². A systematic review and meta-analysis in JAMA found that manipulation for acute low back pain produced modest but meaningful improvements in pain and function, with only minor, temporary side effects such as soreness⁴. It works best combined with exercise and education, which is how it was used here.

Extraspinal adjustments

What it is. Manual treatment of joints outside the spine, such as the shoulders, hips, knees and hands, to restore normal joint motion.

Why she needed it. From her second visit she reported pain in both shoulders, the right hip and the right knee, and the examination found restricted motion and muscle spasm around these joints. Her shoulders were treated with a guided movement she described as feeling “awesome,” and the hip and low back with positioning on her side. These regions resolved during care: her shoulder pain was gone by the fourth week and her hip and knee pain by the seventh.

What the evidence shows. Guidelines for whiplash and neck pain support manual therapy of related regions within a multimodal program¹. Treating the shoulders and hips alongside the spine makes sense when, as here, the same collision forces loaded them.

Cold therapy

What it is. Dry cold packs applied to the injured regions for about 15 minutes.

Why she needed it. In the first weeks her pain was severe and her muscles were in protective spasm from the neck to the low back and around the shoulders, hip and knee. Cold reduces pain sensitivity and muscle guarding, which makes manual treatment and movement more comfortable.

What the evidence shows. Superficial heat and cold are recommended as short-term adjuncts for acute low back pain³. They do not heal tissue on their own, so they were always combined with active and manual care.

Electrical muscle stimulation

What it is. A low-voltage electrical current delivered through pads on the skin for about 15 minutes, which produces a tingling sensation and gentle muscle contraction.

Why she needed it. To reduce pain and spasm in the cervical, thoracic and lumbar muscles, the shoulders and the right hip and knee, so that she could tolerate manual treatment and begin moving more normally.

What the evidence shows. Electrical stimulation is a passive modality with limited evidence when used alone. Guidelines support passive modalities only as short-term adjuncts within a program of manual therapy, exercise and education¹, which is how it was used.

Intersegmental traction

What it is. The patient lies face up on a padded table with rollers that move slowly along the spine, gently flexing and extending each segment in turn for about 15 minutes.

Why she needed it. Her spine was stiff at every level. Gentle, repeated passive motion helps reduce stiffness and prepares the joints and muscles for manual treatment and exercise.

What the evidence shows. Evidence for traction used alone is limited, and guidelines describe it as an option within multimodal care rather than a stand-alone treatment². Patients often find it relaxing, which can help reduce muscle guarding.

Axial decompression

What it is. Motorized traction that gently lengthens one region of the spine in controlled cycles, with the force set as a fraction of body weight, to unload the joints and discs. Learn more about spinal decompression.

Why she needed it. Before starting, she was screened against the exclusion criteria for decompression (such as pregnancy, recent spinal surgery, fracture, severe osteoporosis or cancer), and none applied. During the first four weeks, when neck pain was severe, decompression was applied to the neck at a light setting. About four weeks in, after her neck and shoulder pain had resolved and her complaint had settled into the low back with pain referring to the right hip and knee, decompression was switched to the lumbar spine. She tolerated it well, and her low back pain fell over the following two weeks from 5 to about 2 out of 10.

What the evidence shows. We want to be accurate here. A systematic review of motorized spinal decompression found that the research is of low quality and that most randomized trials did not show a clear advantage over other treatments, although uncontrolled case series report large reductions in pain¹⁴. For that reason decompression was used only as one part of her program, alongside manipulation, soft-tissue work and exercise, and was not relied on by itself.

Therapeutic massage

What it is. Hands-on soft-tissue treatment, here effleurage (long, gliding strokes), applied to the injured muscles for about 15 minutes.

Why she needed it. Muscle spasm was one of her most prominent findings, from both sides of the neck and both trapezius muscles through the mid and low back, and around the right hip, buttock and knee. Massage reduces muscle tension and pain and improves the patient’s tolerance of movement.

What the evidence shows. A Cochrane review of massage for low back pain found that massage improves pain and function in the short term compared with inactive controls⁵. Guidelines for whiplash support soft-tissue therapy as part of multimodal care¹.

Percussive manual therapy

What it is. A handheld percussion device that delivers rapid, short pulses into the muscle.

Why she needed it. To release persistent tightness in the neck, trapezius and paraspinal muscles that remained after massage, especially on the right side, where the treating provider repeatedly found the most tenderness and tissue thickening.

What the evidence shows. Percussive therapy is a newer form of soft-tissue treatment with limited formal research; it is used here as an extension of manual soft-tissue therapy rather than as a separate treatment with its own claims.

Home exercise, activity training and education

What it is. Instruction in how to sit, stand, get in and out of a car and rise from a bed or chair with less strain; home stretching; and a progressive exercise program for flexibility, core strength and posture.

Why she needed it. Her most limited activities at intake were exactly these everyday movements. She was taught safer ways to perform them on the first day. Home stretching was added in the fourth week, and a structured exercise program began about five weeks into care. When she described low back discomfort with prolonged sitting and standing late in care, she was advised to change position frequently, take short walking breaks, use a chair with lumbar support and continue her stretching and core strengthening. Learn more about mobility and flexibility.

What the evidence shows. Education, reassurance and exercise are among the most consistently recommended treatments for whiplash and low back pain^1,2,3. They are also the treatments that let a patient keep improving after formal care ends.

Foot biomechanical assessment

What it is. A digital scan of both feet while standing, which measures how much the arches collapse (pronation), how high each arch is, and how weight is distributed between the left and right sides, together with a posture analysis.

Why she needed it. Her pain was right-sided in the low back, hip and knee. The feet are the foundation of the spine; when they pronate or bear weight unevenly, the pelvis and low back are loaded unevenly too. Her scan showed moderate pronation, a difference in arch height between the two feet and slightly more weight on the right. These are predisposing factors that can affect recovery from a low back injury, and custom orthotics were recommended.

What the evidence shows. In a large community study, the Framingham Foot Study, pronated foot function was associated with low back pain in women, even after adjusting for age, weight and other factors¹². The authors suggested that treatments that modify foot function may have a role in managing low back pain.

Body composition analysis

What it is. A bioelectrical impedance test in which the patient stands on a scale-like device and holds handles while a very small, painless current passes through the body. It measures fat, muscle, total body water and its distribution between cells and the spaces around them, and phase angle. See our pages on BIA testing and the InBody 770.

Why she needed it. Body composition and inflammation affect how injured tissue heals. Her first test showed a body fat percentage and visceral fat level above the healthy range for her age and an extracellular water ratio at the upper end of normal. Repeat tests about one and two months later showed her weight stable and the extracellular water ratio falling slightly, consistent with the inflammatory phase settling, while body fat remained elevated. The results were used to monitor recovery and to guide advice about nutrition and activity. Learn more about our nutrition services.

What the evidence shows. European clinical nutrition guidance describes bioelectrical impedance as a practical way to estimate body composition and body water and to follow changes over time in people with stable hydration and a body mass index in the usual range¹³. That ESPEN guidance on the clinical use of bioelectrical impedance also cautions that results should be interpreted in context, which is how they were used here.

Topical analgesic

Late in care, when she described activity-related low back discomfort, a topical analgesic was provided for home use, so she could manage brief discomfort without returning to prescription medication.

A closer look

What each examination test shows

The medication approach

Medication can make the first days after a crash bearable, but it does not restore motion or strength. The approach in this case was to use the hospital’s prescription for the acute period, reduce reliance on medication as manual care and exercise took effect, and use over-the-counter or topical options for occasional discomfort. A dual-licensed provider can make these decisions in one place, checking that what is prescribed fits the injury and the patient’s health, and avoiding the overuse of medication that guidelines warn against³.

Concussion screening

Every patient who has been in a collision is asked about head injury. She did not strike her head, did not lose consciousness and had no confusion, memory gaps, vomiting or worsening headache. Her early headaches and the brief flare of headache and dizziness later in care were therefore most consistent with a neck source. Had she reported a head strike, loss of consciousness, worsening headache, repeated vomiting, confusion, slurred speech or new weakness, she would have been sent for urgent medical evaluation.

How exercise was progressed

1. Protected movement (week 1). Gentle, pain-free movement through daily activities, with instruction in safer sitting, standing and transfers.
2. Restoring range (weeks 2 to 4). Home stretching for the neck, upper back, low back and hips as spasm eased.
3. Building control and strength (weeks 5 to 8). A structured program for core strength, hip strength and posture, twice a week.
4. Return to full activity (weeks 8 to 11). Continuing the program independently, with attention to pacing and position changes during long periods of sitting or standing.

Why documentation matters

After a crash, the medical record is the patient’s account of what happened to her body and what it took to recover. At every visit in this case the record captured her own pain ratings and descriptions, the examination findings, what was done and how she responded. A re-examination about a month into care documented that her short-term goals had been met. The final examination documented both her recovery and the new reflex findings. Consistent records help the patient’s other providers, help the patient understand her own progress and, when there is a claim, give an honest and complete picture. Our personal injury care page explains more.

What a typical visit looked like

Patients often ask what actually happens during a treatment visit. In this case a typical visit in the first month lasted about an hour and followed the same sequence each time. She began by completing a short form: a body drawing on which she marked where it hurt, and a 0 to 10 rating for each area. The treating provider then asked how she had been since the last visit, what she wanted to focus on that day, whether she had headaches, dizziness or trouble sleeping, and how she had responded to the last treatment. Those answers changed what was done. On one visit she asked to focus on the middle and top of her shoulders; on another she said the low back was the main problem and the knee was doing better; on another she reported that the hip pain felt connected to the low back. Each of those comments was written into the record and acted on.

The provider then examined the areas of concern by touch, checking for tenderness, muscle thickening and restricted motion, and noted which side was worse. The adjustment followed, tailored to what was found: gentle positioning on her side for the low back and hip, a guided movement for the shoulders, and a light stretch of the neck before adjusting it. She then moved to the therapy area for cold, electrical stimulation, traction or decompression, and massage. Before she left, the provider confirmed her next appointment and reviewed any home instructions. That structure, ask, examine, treat, reassess, is what keeps care responsive rather than routine.

What the nurse practitioner license added

It is fair to ask what difference the second license made, since most of her treatment was chiropractic and rehabilitative. The answer lies in the decisions around the treatment rather than the treatment itself. At intake, the same provider who was going to adjust her spine first asked about head injury, chest pain, numbness, weakness, bladder and bowel symptoms and medication, and judged whether any of these needed medical action before manual care began. When she mentioned chest pain from the steering wheel, it could be assessed in context rather than referred away. When she had a flare with headache and dizziness, the provider could judge whether it represented a neck problem to be treated or a neurological problem to be investigated. When her low back pain plateaued and began to refer into the leg, the provider could decide on imaging. When she described activity-related discomfort late in care, medication advice was given by someone who knew her whole course. And when her reflexes were abnormal at the final visit, the provider could recognize the significance, explain it and make a neurology referral the same day. You can read more about our nurse practitioner services.

In a conventional arrangement each of those steps can require a separate appointment with a separate provider, and each handoff is a chance for something to be missed or delayed. That is the practical meaning of integrated care.

Why was her pain worse on the right?

From the first visit, her pain and tenderness were worse on the right: the right side of the neck on compression testing, the right posterior shoulder, the right side of the low back, the right hip and buttock and the right knee. Several factors probably combined to produce this pattern. Her head may have been slightly turned at the moment of impact, which concentrates load on one side of the neck. The diagonal strap of a driver’s seat belt crosses from the left shoulder to the right hip, so when the body is thrown forward the trunk rotates around the belt and the two sides of the spine are loaded differently. Her foot scan showed slightly more weight borne on the right and a difference in arch height, which loads the right hip and low back more in standing and walking. And her lumbar curve changes how load is shared between the two sides of the lower spine. None of these factors alone explains the pattern, but together they make a right-predominant injury entirely understandable, and they explain why her right low back and hip were the last areas to settle.

Understanding the reflex findings

A reflex test is one of the simplest parts of a neurological examination and one of the most informative. When the examiner taps a tendon with a reflex hammer, the tendon is stretched slightly, sensors in the muscle send a signal along a sensory nerve to the spinal cord, and the spinal cord sends a signal straight back along a motor nerve, making the muscle twitch. Each reflex tests a specific spinal level: the biceps reflex mainly the fifth and sixth cervical nerves, the reflex at the wrist (brachioradialis) mainly the sixth, the triceps mainly the seventh, the knee reflex mainly the fourth lumbar nerve, and the ankle (Achilles) reflex mainly the first sacral nerve.

A reduced or absent reflex usually means that something is interrupting the loop at that level, most commonly irritation or compression of a nerve root as it leaves the spine. A brisk reflex usually means that the brain and spinal cord, which normally damp reflexes down, are not doing so fully, which can happen with spinal cord involvement. Reflexes also vary normally from person to person, and some healthy people have brisk or reduced reflexes throughout.

At this patient’s final visit the picture was mixed: brisk biceps reflexes on both sides, reduced triceps reflexes on both sides, a nearly absent wrist reflex on the right with a normal one on the left, a brisk ankle reflex on the right with a normal one on the left, and normal knee reflexes. She had no weakness, no numbness and no complaints in her arms or legs. That combination does not fit a single simple explanation, and it was not possible to compare it with her reflexes before the crash. The appropriate response was not to guess but to refer her to a neurologist, who can examine her in detail and decide whether further tests, such as nerve conduction studies, electromyography or MRI of the neck, are needed. Guidelines for neck injuries after collisions emphasize identifying neurological signs and investigating them¹.

Nutrition, body composition and healing

Healing tissue needs raw materials and a favorable environment. Ligaments and muscles rebuild with protein, and the repair process depends on adequate calories, vitamins and minerals, hydration and sleep. Excess body fat, particularly visceral fat around the internal organs, is associated with a low-grade inflammatory state throughout the body, and it increases the mechanical load on the spine and joints. Her body composition testing showed body fat and visceral fat above the healthy range for her age, while muscle mass was in a normal range. Over two months her weight stayed stable and the measure of water outside the cells relative to total body water fell slightly, which fits with the inflammation of the early injury settling.

For a patient like this, nutrition advice focuses on practical steps: enough protein at each meal to support tissue repair, plenty of vegetables and fruit, adequate water, limiting sugary drinks and highly processed foods, and regular movement as pain allows. Over time, a gradual improvement in body composition reduces the load on the low back and lowers the chance of flares. These are long-term changes rather than quick fixes, and they are discussed with the patient as part of whole-person care. Learn more about our nutrition services and functional medicine.

Sleep, stress and recovery

Pain and sleep influence each other. Pain makes it hard to fall and stay asleep; poor sleep lowers pain tolerance and slows tissue repair. Stress has a similar two-way relationship with pain. After a crash, many people also have practical stresses to deal with: a damaged or lost vehicle, time off work, insurance calls and medical appointments. This patient reported difficulty sleeping, irritability, low energy, anxiety and low mood at intake, and the practical aftermath of the crash came up during her visits.

Addressing these issues is part of good care. Treating pain effectively helps sleep. Simple advice about sleep position, a pillow that keeps the neck level and a regular routine helps too. Listening to the patient, explaining what is happening in her body and what to expect, and reassuring her that improvement is expected all reduce the anxiety that can amplify pain. By the fourth week she was sleeping normally. If stress or anxiety about driving had persisted, a behavioral health assessment would have been the next step, and it remains available to her.

What the research says about recovery

Large reviews of people with whiplash-associated disorders show that recovery is usually fastest in the first few weeks and then slows, and that a substantial minority still report symptoms months later⁷. The factors most consistently linked to slower recovery are high pain intensity at the start, headache at the start, low back pain at the start, high early disability and female sex⁸. Early widespread sensitivity to pain is another warning sign⁹. On the other hand, people who remain active, receive clear information and reassurance, and take part in exercise tend to do better, which is why guidelines emphasize those elements¹.

This patient started with several of the risk factors for a slower recovery, yet she reached full function in about seven weeks of care and remained there at her final visit. That outcome reflects early, consistent, multimodal care, her own commitment to attending visits and doing her exercises, and her youth and good general health. It is also a reminder that risk factors describe probabilities for groups of people, not certainties for any one person.

Imaging findings in context

The curve seen on her low back X-rays is a good example of why imaging findings must be interpreted in context. Many findings on spinal imaging, from disc changes to small curves, are common in people who have no pain at all. A widely cited review of imaging in people without back pain found that features such as disc degeneration and disc bulges are present in a large proportion of people with no symptoms and become more common with age¹¹. That review of imaging findings in people without symptoms is a useful caution: a finding on an image is not the same as the cause of pain. In this case, the curve was present before the collision, had never caused symptoms, and did not explain the sudden onset of pain in her neck, mid back and low back. It is relevant mainly as a factor that may make her low back more prone to discomfort with prolonged positions.

Why not just rest?

For many years, rest was the standard advice after a back or neck injury. Research has since shown that prolonged rest tends to slow recovery. Muscles weaken and stiffen when they are not used, joints lose motion, and the brain’s sensitivity to pain can increase when movement is avoided out of fear. Current guidelines recommend staying as active as pain allows, combined with treatment that reduces pain enough to make movement possible^2,3. In this case the passive treatments, such as cold, stimulation and massage, were used to make movement more comfortable, and the active treatments, such as activity training, stretching and exercise, were added as soon as she could tolerate them. That progression from passive to active care is one of the most important features of good care after a collision.

How treatment frequency was decided

Patients sometimes wonder why they are asked to come in several times a week at first and then less often. The answer lies in the biology of healing and in how quickly a patient responds. In the first week, when pain is most severe and spasm most intense, frequent short treatments keep pain and guarding under control and stop the spine from stiffening between visits. As the tissues move into the repair phase and the patient learns to manage at home, visits can be spaced out. This patient was seen five times in her first week, about three times a week for the next several weeks, twice a week from about the fifth week, and then weekly or less. Her formal re-examination at the end of the fifth week confirmed that she had met her short-term goals, and the plan was modified to reduce the number of visits. Spacing visits out as a patient improves is part of the plan from the beginning, because the goal is independence, not ongoing dependence on treatment.

What the patient contributed

Recovery is never something done to a patient; it is something done with her. This patient attended her visits consistently in the first weeks, told her providers clearly what hurt and what she wanted to work on, and reported changes honestly, including flares. She took on the home stretching and exercise program, and when she noticed that long periods of sitting or standing brought on discomfort, she raised it so that it could be addressed with position changes and exercise. Her goals at intake were to work and lift without limitation, and her final questionnaires showed she had reached them. Her engagement is one of the reasons her course went as well as it did.

Course of recovery

The table and graph below summarize how her pain changed. Ratings are those she gave at each visit, on a scale of 0 (no pain) to 10 (worst imaginable). Weeks are counted from her first visit, which was nine days after the collision.

The first week: calming the injury

She came in with neck pain at 10 out of 10 and back pain at 9, tender and in spasm from the base of her skull to her pelvis, and unable to move her neck or back comfortably in any direction. She was seen five times in the first week. Treatment started gently: a light instrument-assisted adjustment on the first day, cold, electrical stimulation, gentle traction and massage, followed by manual adjustments, extraspinal treatment and light decompression of the neck from the second day. She noticed some extra soreness after her first adjustments, which is common, and the force was kept light. By the third visit she said things were “getting a little better,” her range of motion had improved from severely to moderately reduced, and her ratings had fallen to around 7 out of 10 in every region.

Weeks 2 to 5: the pattern contracts

After a short break, treatment resumed about three times a week. Tenderness and tissue thickening were concentrated on the right side. Over this period the pattern of her pain contracted from the top down. Her neck and shoulder pain fell to 5 out of 10 in the fourth week and then cleared completely. She was sleeping normally and denied headaches. Her low back became the main complaint, falling slowly from 7 to 5 out of 10, with the right hip flaring to 7 out of 10 at one point.

In the fifth week she described low back pain spreading into the right hip and down toward the right knee, without numbness, and on one visit described it as shooting. This is referred pain from the injured low back joints and muscles rather than a pinched nerve, and it prompted two changes: decompression was moved from the neck to the low back, and attention in each visit shifted to the lumbar spine and right hip. Lumbar X-rays were obtained and ruled out fracture and instability. Visit frequency was reduced to twice a week. At a formal re-examination at the end of the fifth week, her low back pain was 4 out of 10, her hip and knee pain 4, her neck and shoulders 0, her short-term goals had been met, and she reported improvement in sitting, rising from a chair and getting in and out of the car.

Weeks 6 to 11: toward independence

In the sixth week she described only “a little back pain,” on the right side above the hip, and began a structured exercise program. After a ten-day break she returned in the seventh week feeling good, with no flare-ups, and rated all areas 0 out of 10. In the eighth week she had a flare that was different from her earlier pain: headache, dizziness, and pain at and behind one ear, with some low back, hip and neck discomfort. She had not struck her head in the crash and had no other warning signs, so this was treated as a flare of the upper neck, monitored, and it settled within a week. In the ninth week she described low back discomfort that came and went with activity, mainly after sitting or standing for a long time, “more of a warm-up type discomfort” than real pain. She was given advice on position changes, ergonomics, stretching and core strengthening, and a topical analgesic. At the next visit she reported no pain, no radiation, no numbness and no problems at work.

About two and a half weeks later she returned for her final examination, eleven weeks after her first visit. Her pain had not returned during the break.

Outcome

The two body diagrams below summarize her journey. The first shows every area where she reported pain or symptoms at any point in her care. The second shows the same areas at her final visit. In both, the front view shows the patient’s left on the reader’s right, and the back view shows the patient’s left on the reader’s left. The diagrams are illustrative and not to scale.

What changed

Of the nine areas she reported, eight had resolved by the final visit. The head, neck, shoulders, mid back, chest, hands, right hip and right knee were all pain-free. The low back, her main complaint for most of her care, had fallen from 9 out of 10 to what she called “pretty much no discomfort,” and she still named it as her remaining area of concern. Separately from pain, the final examination found reflex changes in both arms and at the right ankle that she had not noticed and that are shown as hatched areas.

Final examination

At her final visit she said she felt good overall and denied headaches. Her neck and low back moved through a full range in every direction without pain. Strength was full in every muscle group tested in the neck, arms and legs, and sensation was normal throughout. On the two standardized questionnaires she reported no limitation in any daily activity: no pain with sleeping, personal care, travel, work, recreation, lifting, walking or standing, and an Oswestry low back disability score of zero.

Her reflexes, however, were not symmetrical. The reflexes at the knees were normal. At the ankles, the left was normal and the right was brisk. In the arms, both biceps reflexes were brisk, both triceps reflexes were reduced, and one of the reflexes at the wrist was nearly absent on the right while normal on the left. A mixed pattern like this, with some reflexes increased and others decreased, can simply be how a particular person’s reflexes are, or it can point to irritation of nerve roots in the neck or to involvement of the spinal cord. It cannot be interpreted from a single examination, and reflexes had not been tested in this detail at the start of care for comparison.

What comes next

This is where integrated care made a practical difference. A patient who feels fine and is ready to stop treatment is easy to discharge without a second look. Instead, the treating provider explained the findings to her, closed active treatment, and referred her to a neurologist to evaluate the reflex pattern. She was advised to report promptly any new weakness, numbness, clumsiness or change in coordination, which would call for urgent evaluation. Depending on what the neurologist finds, the next steps may include nerve conduction and electromyography studies or MRI of the neck. She was also told that she could return for a short course of supportive care if her low back discomfort recurred, and that behavioral health support is available if anxiety or fear of driving lingers.

Why she was released when she was

Deciding when to end active treatment is as important as deciding when to start it. Continuing treatment after a patient has recovered offers little benefit and can encourage dependence. Stopping too soon can leave a patient vulnerable to recurrence. This patient was released when her pain had been at or near zero for several weeks, her range of motion and strength were full, her questionnaires showed no functional limitation, she had a home program, and she knew what to do if symptoms returned. The one unresolved issue, the reflex findings, was not something more chiropractic treatment would address; it called for a neurological evaluation, which is why she was referred rather than kept in care. She was told she could return for a short course of supportive care if her low back flared.

Prognosis

Most people recover from whiplash-associated disorders and back sprains within weeks to months, but a meaningful minority have symptoms that persist or come and go⁷. An updated systematic review and meta-analysis of risk factors after whiplash identified high initial pain (above 5.5 out of 10), headache at the start, low back pain at the start, neck pain at the start and female sex among the factors associated with a poorer outcome⁸. She had several of these. Working in her favor were her young age, the absence of any earlier neck or back problems, her steady response to care, and her return to full function. Her lumbar curve, foot mechanics and body composition increase the chance that low back discomfort will recur with long periods of sitting, standing or lifting.

Overall her outlook for function is good, with a reasonable chance of occasional flares of low back discomfort that her home program and, if needed, a short course of supportive care should manage. Her neurological outlook will be clearer once the reflex findings have been evaluated. The Bone and Joint Decade Task Force review of the course of whiplash is a good summary of what to expect in general⁷.

What this case shows about integrated care

Looking back over the whole course, three moments stand out where integrated care changed what happened. The first was the first visit, when medical screening and musculoskeletal examination took place together, so that treatment could begin the same day with confidence that nothing dangerous had been missed, and at an intensity that matched how irritable her tissues were. The second was the fifth week, when her low back pain plateaued and began to refer into the leg; the same provider could order X-rays, interpret them, change the focus of decompression to the low back and adjust the plan, all without a separate referral. The third was the final visit, when a patient who felt well and was ready to finish treatment turned out to have reflex changes that called for a neurological evaluation; the provider recognized them, explained them and referred her the same day rather than letting a normal-feeling patient walk out without a plan.

None of these moments required unusual technology. They required a provider with both the chiropractic and the medical training to see the whole picture, and a team able to act on it. That is what we mean when we describe our practice as both holistic and allopathic. Learn more about our integrated practice or schedule a visit.

How we process a case like this

Treating the patient is the center of what we do, but after a collision patients also need their care explained clearly to the other people involved in their recovery: their other doctors, their insurers and, when there is a claim, their attorneys. Our office prepares a complete narrative of each case. The process looks like this.

Record compilation and audit

Every record is gathered and read in full: the intake questionnaires, the handwritten pain diagrams completed at each visit, every chart note, imaging reports, test results, questionnaires and referral notes. Records are compared against each other and against the date of the collision. Electronic records and dictation software can introduce errors, such as a wrong date, a mistyped name, or a template phrase carried forward from an earlier visit. When an error is found, the original entry is never altered; a separately dated and signed correction is added, so the record stays honest and traceable.

Causation and mechanism

The narrative explains how the injuries relate to the collision: when symptoms began, whether there was any earlier history, what the examination found, what imaging showed, and whether the pattern of injury matches the forces involved. Other possible causes are considered openly. Findings that existed before the crash, such as the spinal curve in this case, are explained for what they are, including how they may affect recovery, rather than ignored.

A visual course of care

Body diagrams and pain graphs, like those in this case study, turn dozens of visit notes into pictures that anyone can follow: where it hurt at the start, how the pattern changed, what remains. They are built from the patient’s own markings and ratings, not from impressions.

Future care planning

When a patient is released, the narrative sets out what care may still be needed and why: what is expected, such as a follow-up evaluation, and what may be needed only if a particular problem arises, such as imaging if symptoms return. Each recommendation is tied to the patient’s own findings and to published guidelines.

Medical and chiropractic perspectives in one report

Because the treating provider holds both chiropractic and nurse practitioner licenses, the report can address both the musculoskeletal injury and the medical questions, such as medication, neurological findings and referrals, in a single, consistent account. Learn more about our personal injury care and the science of collision injuries.

Questions patients ask

A practical guide for patients

The first days

• Get checked. If you have head injury, loss of consciousness, chest pain, shortness of breath, numbness or weakness, go to an emergency department. Otherwise, see a provider who can examine both your spine and your general health within the first few days.
• Keep moving gently. Short walks and gentle, pain-free movement are better than complete rest. Prolonged bed rest slows recovery.
• Use cold for 15 to 20 minutes at a time on the sore areas in the first days, and take medication as prescribed.
• Write down what hurts and how much, on a 0 to 10 scale, each day. It helps your provider see the pattern.

The first weeks

• Attend your visits consistently. Treatment is most frequent early, when it does the most good.
• Tell your provider what helps and what aggravates your pain, and whether you are sleeping. Mention headaches, dizziness, anxiety or low mood; these are part of the injury picture.
• Learn safer ways to get in and out of a car, rise from a chair and get out of bed: keep the trunk upright, move the body as a unit and use your legs.
• Expect some soreness after the first treatments. It usually fades within a day or two.

As you improve

• Start your home exercises and do them regularly. They are what keeps you improving after visits become less frequent.
• Build activity gradually. Increase one thing at a time, such as walking distance or time sitting, and give your body a day to respond.
• Expect a flare now and then. A flare is not a setback; use your exercises, ice or heat and position changes, and call if it does not settle in a few days.

Setting up your day

• Change position every 30 to 45 minutes when sitting or standing for long periods; a short walk or stretch is enough.
• Use a chair with good low back support, keep your screen at eye level, and avoid long periods with your head bent forward.
• Sleep on a supportive mattress, with a pillow that keeps your neck level with your spine.
• Supportive footwear, and orthotics if recommended, help even out the load on your back and hips.

Returning to family, work and recreation

• Return to work and family tasks as soon as you can do them safely, with adjustments for the first weeks if needed.
• Lift close to your body, bend your knees and avoid twisting while carrying.
• Return to exercise and sports gradually, starting with lower-intensity activity and building up as your provider advises. Our sports injury and rehabilitation services can help.

Questions to ask your provider

• What exactly is injured, and how do you know? What did the examination show?
• Do I need imaging now, and if not, what would change that?
• What is the plan for the next few weeks, and how often should I come in?
• What can I do at home, and what should I avoid for now?
• How will we know whether the treatment is working, and what happens if it is not?
• What warning signs should make me call you or go to an emergency department?
• Should my medication change as I improve?
• Is there anything about my health, weight, posture or feet that could slow my recovery, and what can I do about it?
• When do you expect I will be able to return to my normal work, exercise and daily routine?

A good provider will welcome these questions. Understanding your own injury and plan is one of the most reliable ways to recover well, and it helps you notice early if something is not going as expected.

When to seek urgent care

• New or worsening weakness, numbness or tingling in the arms or legs, or clumsiness or loss of coordination.
• Loss of bladder or bowel control, or numbness in the groin or inner thighs.
• A severe or worsening headache, repeated vomiting, confusion, slurred speech or fainting.
• Chest pain or shortness of breath.
• Fever with back pain, or pain that is severe at night and not relieved by rest.

Ten key takeaways

1. Severe pain after a crash usually comes from soft tissues that X-rays cannot see. This patient’s X-rays ruled out fracture, while her examination showed the sprains and spasm that explained her pain.
2. Rear impacts injure the neck, and seat belts load the back. The two phases of the collision explain why her neck, mid back and low back were all injured, and why her chest and hands hurt too.
3. Pain often builds over the first days. Her pain worsened after the crash, and seeking care nine days later still fit the typical course.
4. Treatment should match the tissues. Her first adjustment was deliberately light because she was so sensitive; force increased only as she tolerated it.
5. Multimodal care works better than any single treatment. Manipulation, soft-tissue work, education and exercise together, with passive modalities as helpers, brought her from 10 out of 10 to pain-free in about seven weeks.
6. The pattern of pain tells a story. Her pain contracted from the neck and shoulders to the low back and right hip, which guided where treatment was focused next.
7. The whole person matters. Foot mechanics, body composition, posture, sleep and stress all influence recovery, and each was measured or addressed.
8. Flares are part of recovery. She had a few short flares; each settled with continued care and did not mean she was getting worse.
9. Feeling fine is not the same as a normal examination. Her final visit found reflex changes she had not noticed, and she was referred to neurology rather than simply discharged.
10. Integrated care closes the gaps. One provider with chiropractic and nurse practitioner licenses, working within a team with medical physicians, could treat her spine, screen her health and act on new findings without delay.

Glossary of terms

Acute, subacute, chronic

Stages of an injury by time: the first few weeks, about 4 to 12 weeks, and longer than 12 weeks.

Sprain

A stretch or tear of a ligament, the tough band that connects bone to bone.

Strain

A stretch or tear of a muscle or tendon.

Whiplash-associated disorder (WAD)

The group of symptoms, such as neck pain, stiffness and headache, that follows rapid back-and-forth motion of the neck.

Facet joint

One of the small paired joints at the back of each spinal segment that guide and limit motion.

Muscle spasm

Involuntary, protective tightening of muscles around an injured area.

Range of motion

How far a joint or the spine can move in each direction.

Cervical, thoracic, lumbar

The neck, mid back and low back regions of the spine.

Scoliosis

A sideways curve of the spine; most are developmental and painless.

Pronation

The inward rolling of the foot and collapse of the arch when standing or walking.

Cervicogenic headache

Headache that comes from the joints, nerves or muscles of the upper neck.

Sensitization

A state in which the nervous system becomes more sensitive, so that things hurt more than they should.

Reflex

The automatic jerk of a muscle when its tendon is tapped; brisk or reduced reflexes can indicate nerve or spinal cord involvement.

Radiculopathy

Irritation or compression of a spinal nerve root, causing pain, numbness, weakness or reflex change along that nerve.

Spinal manipulation

A controlled movement applied to a restricted spinal joint to restore motion; also called an adjustment.

Decompression

Motorized traction that gently lengthens the spine in cycles.

Bioelectrical impedance

A painless test that estimates fat, muscle and body water from how a tiny electrical current passes through the body.

Phase angle

A body composition measure related to cell health and fluid balance.

Extracellular water ratio

The share of body water outside the cells; higher values can reflect swelling or inflammation.

Oswestry questionnaire

A standard questionnaire that scores how much low back pain limits daily activities.

EMG/NCS

Electromyography and nerve conduction studies, which test nerve and muscle function.

MRI

Magnetic resonance imaging, which shows soft tissues such as discs, nerves and the spinal cord.

Explore more

• Whiplash injuries and chiropractic care
• Whiplash articles
• Auto injuries
• Collision injury dynamics
• Linking injuries to a crash with evidence
• Neck pain
• Spinal manipulation and adjustments
• Spinal decompression
• Body composition analysis
• Foot orthotics
• Physical therapy center
• Functional medicine
• Personal injury care
• ChiroMed integrated services
• Chiropractic care
• Nurse practitioner services
• Rehabilitation
• Nutrition
• Acupuncture
• Naturopathic medicine
• Schedule an appointment
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References

1. Bussières AE, Stewart G, Al-Zoubi F, et al. The treatment of neck pain-associated disorders and whiplash-associated disorders: a clinical practice guideline. J Manipulative Physiol Ther. 2016;39(8):523-564. doi:10.1016/j.jmpt.2016.08.007
2. Bussières AE, Stewart G, Al-Zoubi F, et al. Spinal manipulative therapy and other conservative treatments for low back pain: a guideline from the Canadian Chiropractic Guideline Initiative. J Manipulative Physiol Ther. 2018;41(4):265-293. doi:10.1016/j.jmpt.2017.12.004
3. Qaseem A, Wilt TJ, McLean RM, Forciea MA. Noninvasive treatments for acute, subacute, and chronic low back pain: a clinical practice guideline from the American College of Physicians. Ann Intern Med. 2017;166(7):514-530. doi:10.7326/M16-2367
4. Paige NM, Miake-Lye IM, Booth MS, et al. Association of spinal manipulative therapy with clinical benefit and harm for acute low back pain: systematic review and meta-analysis. JAMA. 2017;317(14):1451-1460. doi:10.1001/jama.2017.3086
5. Furlan AD, Giraldo M, Baskwill A, Irvin E, Imamura M. Massage for low-back pain. Cochrane Database Syst Rev. 2015;(9):CD001929. doi:10.1002/14651858.CD001929.pub3
6. Hutchins TA, Peckham M, Shah LM, et al. ACR Appropriateness Criteria low back pain: 2021 update. J Am Coll Radiol. 2021;18(11S):S361-S379. doi:10.1016/j.jacr.2021.08.002
7. Carroll LJ, Holm LW, Hogg-Johnson S, et al. Course and prognostic factors for neck pain in whiplash-associated disorders (WAD). J Manipulative Physiol Ther. 2009;32(2 Suppl):S97-S107. doi:10.1016/j.jmpt.2008.11.014
8. Walton DM, MacDermid JC, Giorgianni AA, et al. Risk factors for persistent problems following acute whiplash injury: update of a systematic review and meta-analysis. J Orthop Sports Phys Ther. 2013;43(2):31-43. doi:10.2519/jospt.2013.4507
9. Sterling M, Jull G, Vicenzino B, Kenardy J. Sensory hypersensitivity occurs soon after whiplash injury and is associated with poor recovery. Pain. 2003;104(3):509-517. doi:10.1016/S0304-3959(03)00078-2
10. Kaneoka K, Ono K, Inami S, Hayashi K. Motion analysis of cervical vertebrae during whiplash loading. Spine (Phila Pa 1976). 1999;24(8):763-769. doi:10.1097/00007632-199904150-00006
11. Brinjikji W, Luetmer PH, Comstock B, et al. Systematic literature review of imaging features of spinal degeneration in asymptomatic populations. AJNR Am J Neuroradiol. 2015;36(4):811-816. doi:10.3174/ajnr.A4173
12. Menz HB, Dufour AB, Riskowski JL, Hillstrom HJ, Hannan MT. Foot posture, foot function and low back pain: the Framingham Foot Study. Rheumatology (Oxford). 2013;52(12):2275-2282. doi:10.1093/rheumatology/ket298
13. Kyle UG, Bosaeus I, De Lorenzo AD, et al. Bioelectrical impedance analysis, part II: utilization in clinical practice. Clin Nutr. 2004;23(6):1430-1453. doi:10.1016/j.clnu.2004.09.012
14. Macario A, Pergolizzi JV. Systematic literature review of spinal decompression via motorized traction for chronic discogenic low back pain. Pain Pract. 2006;6(3):171-178. doi:10.1111/j.1533-2500.2006.00082.x
15. Schnurr PP, Hamblen JL, Wolf J, et al. The management of posttraumatic stress disorder and acute stress disorder: synopsis of the 2023 VA/DoD clinical practice guideline. Ann Intern Med. 2024;177(3):363-374. doi:10.7326/M23-2757