Neck, shoulder girdle and upper back injury after a low-speed parking-lot collision: an integrated chiropractic and medical case

1. Who treated her: one provider, two licenses, one team

Most people who are hurt in a car crash end up seeing several different offices. A chiropractor treats the neck. A medical clinic prescribes a muscle relaxer. An imaging center does a scan that someone else ordered. A physical therapy clinic works on strength. Each one keeps its own chart, and the patient becomes the messenger between them. Sometimes that works. Often important details fall through the gaps: a new numbness that nobody connects to the original injury, a medicine that is not helping, a scan that was recommended but never scheduled.

This case was managed differently. The treating provider, Dr. Alexander Jimenez, is licensed both as a doctor of chiropractic and as a board-certified family nurse practitioner. That means one clinician can perform and interpret a hands-on musculoskeletal examination, deliver spinal and joint manipulation, and also think like a primary care provider: screen for red flags, review medications, order and interpret tests, and recognize when a finding belongs to neurology, orthopedics or internal medicine rather than to the treatment table.

He does not work alone. The practice is multidisciplinary. It includes medical providers, among them an internal medicine physician, so that the medical services of a family practice and internal medicine office sit under the same roof as chiropractic care, rehabilitation, nutrition, naturopathic medicine and acupuncture. The nurse practitioner services connect the musculoskeletal side of the clinic to the medical side.

Holistic and allopathic, not one or the other

Health care is often described as two camps. The allopathic, or conventional medical, model focuses on diagnosis, medication, imaging, procedures and specialist referral. The holistic model looks at the whole person: movement, posture, sleep, nutrition, stress, body composition and the habits that shape how the body heals. Many offices practice firmly inside one camp. This practice deliberately works in both, and it sees that as what makes it different.

In practical terms, that meant the same team that adjusted this patient’s spine also kept track of her medicines, her headaches and her neurological signs; the same team that taught her stretches also measured her body composition and looked at how her feet carried her weight; and when the final examination turned up findings that did not fit a simple muscle strain, the response was not “keep adjusting” but “these need a medical work-up.” The holistic side shaped how she was cared for day to day. The allopathic side made sure nothing important was missed.

Why integration matters after a crash

Collision injuries rarely stay in one lane. A neck sprain can come with headaches, sleep disruption, arm tingling, dizziness and worry. Most of these are expected and settle with time and conservative care. A few are signals that something else is going on. International guidelines for neck pain after traffic collisions ask clinicians to do two things at once: treat the common, benign injury actively, and keep watching for the uncommon, serious one1. That watchfulness is easier when the person delivering the hands-on care is also trained to recognize medical warning signs, and when there is a medical team down the hall to act on them.

Integration also matters for consistency. When the same team documents the injury, the treatment and the response, the record tells one coherent story. Ratings are recorded the same way at each visit. Re-examinations compare like with like. If a new symptom appears, it is written down where the next clinician will see it. For the patient, that means fewer repeated histories and fewer “nobody told me” moments.

The integrated team’s roles in this case

• Dual-licensed provider (DC and FNP-BC): initial examination, diagnosis, chiropractic manipulation, re-examinations, medication and symptom review, neurological screening, decisions about imaging and referral, and the final evaluation.
• Clinical and therapy staff: soft-tissue work, therapeutic massage, percussive therapy, cold therapy, mechanical traction, electrical muscle stimulation and decompression set-up under the provider’s plan.
• Rehabilitation: a structured strengthening program for the muscles that hold the shoulders back and stabilize the shoulder blades, delivered at a rehabilitation facility and coordinated with chiropractic visits.
• Whole-person assessment: body composition analysis, a foot pressure scan, posture review and sleep and activity counseling.
• Medical follow-through: coordination with the patient’s primary care clinician, recommendation for further orthopedic and neurological evaluation, and attention to the medication plan that an outside clinician had started.

How integrated care compares with the usual path

None of this means other offices do poor work. Many excellent clinicians work in single-discipline settings, and good communication between offices can achieve much of the same. The point is simply that putting the pieces under one roof makes good coordination the default rather than the exception.

2. The collision and why this mechanism injures

She was driving a mid-size sport utility vehicle through a parking lot, wearing her seat belt. Another vehicle of similar size backed out of a parking space and struck the front passenger corner of her vehicle. The other driver was moving slowly, under 15 miles per hour by her account. Even so, her vehicle had heavy visible damage and had to be towed. At the moment of impact she was looking over her right shoulder, so her head and neck were turned when the force arrived.

Right after the crash she felt mostly fine, with a little discomfort at the back of both shoulders and some irritability. Police and emergency medical services attended. She arranged her own ride home. By that evening she was limping and the pain was spreading. She was evaluated in an emergency department after the collision and then came to the clinic 11 days after the crash.

Why a “slow” crash can still injure the neck

People often assume that a low-speed collision cannot cause real injury. The research does not support that assumption. What matters to the neck is not the speedometer reading but how quickly the vehicle, and then the occupant, changes speed, and how the body is positioned when that happens. A short, sharp jolt can load the soft tissues of the neck and upper back even when the vehicle damage looks modest. In this case the damage was not modest: the vehicle was towed. Collision-related neck injury is also a recognized source of lasting neck pain: a case-control study found that people with a history of whiplash injury were considerably more likely to report chronic neck pain than people without one14. You can read more about how crash forces are transmitted in our overview of collision injury dynamics.

Direction of impact

This was a frontal-quarter impact: the force arrived at the front corner of the vehicle, on the passenger side. A strike like that does two things at once. It slows the vehicle abruptly from the front, and it pushes the front of the vehicle sideways, which turns the cabin slightly around its vertical axis. The driver’s torso is held by the seat belt, mainly across the left shoulder and chest for a driver in the United States, while the head, which is heavy and sits on a flexible neck, keeps moving. The result is a combination of forward bending, sideways bending and twisting of the neck and upper back, with the shoulder girdle anchored against the belt.

Head position at impact

Her head was rotated to the right at the moment of impact. That matters. When the neck is already turned, the small joints on one side are partly closed and the ligaments and muscles on the other side are already under tension. A sudden load added to that position concentrates stress on structures that have less slack to absorb it. Clinicians use details like head position to help explain why two people in the same crash can have very different injuries, alongside the factors that research has tied more firmly to slower recovery, such as high early pain and disability78.

Belt loading and the shoulder girdle

The seat belt is the reason she did not strike the steering wheel or windshield, and it did its job. But the belt also creates a fixed point. As the body is thrown forward and sideways, the belt holds the shoulder and chest while the neck and the muscles between the neck and shoulder blades are stretched. This is one reason why shoulder, trapezius and upper back pain is so common after crashes, and why her very first symptom, at the scene, was pain at the back of both shoulders.

Delayed onset

She felt relatively well at the scene and much worse that evening. That pattern is typical. Adrenaline and the stress response dampen pain in the minutes after a crash. Inflammation in injured tissue takes hours to build. Muscles that were strained begin to guard and spasm as the body tries to protect the area. Many patients wake the next morning, or notice by evening, that they are stiffer and sorer than they expected. A delay of hours to a day or two before symptoms peak does not suggest that the injury came from somewhere else; it is what soft-tissue injury usually looks like. Our article on whiplash explains this timeline in more detail.

The 11-day interval before her first visit

She came to the clinic 11 days after the collision. In the meantime she had been evaluated in an emergency department, and her symptoms had not settled. Short intervals like this are common: people try to rest it off, wait to see if it improves, or work around family and work schedules. What matters clinically is whether anything else happened in between that could explain the symptoms. Nothing in her history suggested a new injury in that interval, and the symptom pattern at her first visit matched the mechanism of the crash.

3. Understanding the injury

To make sense of her treatment it helps to understand what was injured and how those tissues heal. This section walks through the anatomy, the way neck injuries after crashes are graded, the stages of soft-tissue healing, and some individual factors that shaped her recovery.

The anatomy involved

The cervical spine, or neck, is made of seven vertebrae stacked on top of each other, connected at the front by discs and at the back by pairs of small facet joints. Each level is wrapped in ligaments and joint capsules that limit how far it can move. Layered over these are muscles of different depths: deep stabilizers that control each segment, and larger muscles that move the head and connect it to the shoulder girdle.

The thoracic spine, or upper and mid back, has twelve vertebrae, each connected to a pair of ribs. It is stiffer than the neck but it still moves, and it provides the base the neck sits on. The junction between the neck and the upper back, called the cervicothoracic junction, is where a mobile segment meets a stiff one. It is a common site of strain after a crash.

The shoulder girdle includes the collarbone, the shoulder blade and the upper arm, held together and moved by muscles that attach to the neck, the spine and the ribs. Several of those muscles cross between the neck and the shoulder:

• Trapezius: a large, kite-shaped muscle running from the base of the skull and the spine out to the shoulder blades. Its upper part elevates the shoulders and is often tight and tender after a crash.
• Levator scapulae: a strap-like muscle from the upper neck to the top corner of the shoulder blade. It was specifically identified as tight in this patient.
• Rhomboids and middle and lower trapezius: muscles between the spine and the shoulder blades that pull the shoulders back.
• Posterior deltoid: the back of the shoulder muscle, which helps draw the arm and shoulder backward and was a focus of her rehabilitation.

The nerves that supply the arms leave the neck between the vertebrae and travel down through the space between the collarbone and the first rib. Irritation anywhere along that path can cause arm tingling or numbness, especially in positions that narrow it, such as holding the arms up.

What was injured

Her diagnoses were sprain of the ligaments of the cervical spine, sprain of the ligaments of the thoracic spine, joint dysfunction of both shoulders and muscle spasm of the back. A medical evaluation early in her care also documented a strain of the muscles and tendons of the neck, tension-type headache and post-traumatic headache. In plain language: the ligaments and joint capsules of the neck and upper back were overstretched, the muscles around them were strained and went into protective spasm, the shoulder joints were not moving normally, and the injury produced headaches, mostly when she was tired.

A sprain is an injury to a ligament, the tough tissue that connects bone to bone. A strain is an injury to a muscle or tendon. Both involve microscopic tearing of fibers, bleeding and inflammation in the tissue, and a period of repair. Neither shows up on plain X-rays, which is why the diagnosis rests on the history and examination.

How neck injuries after crashes are graded

Clinicians often use the Quebec Task Force grading of whiplash-associated disorders, later refined by international task forces:

• Grade I: neck pain, stiffness or tenderness, without physical signs.
• Grade II: neck complaints with musculoskeletal signs, such as reduced range of motion and point tenderness.
• Grade III: neck complaints with neurological signs, such as weakness, reflex change or sensory loss.
• Grade IV: fracture or dislocation.

At her first visit she had severely reduced, painful neck and upper back motion, widespread muscle spasm and multiple tender, restricted segments, with no neurological signs. That places her presentation at Grade II, the most common grade seen in clinics. The international guideline for neck pain after traffic collisions describes Grade I and II injuries as generally favorable, and recommends education, reassurance, staying active, range-of-motion exercise and multimodal care that combines exercise with manipulation or mobilization1.

The grade is not fixed for life. It describes the presentation at a point in time. At her final visit, some neurological findings were recorded that had not been present at intake. Those findings do not automatically change the grade; they first need to be confirmed and explained, which is why they were routed for further evaluation, as described later.

Phases of soft-tissue healing

Ligaments and muscles heal in overlapping stages:

1. Inflammatory phase (roughly the first several days): blood vessels leak, immune cells clear damaged tissue, and the area becomes swollen, warm and painful. Protective muscle spasm is strong.
2. Repair or proliferative phase (about days 4 to 21, sometimes longer): the body lays down new collagen fibers, at first in a disorganized mesh. The tissue is fragile and easily irritated.
3. Remodeling phase (from about 3 weeks to a year or more): the new fibers are reorganized and strengthened along the lines of stress the tissue experiences. This is where movement and progressive loading matter most: tissue that is never loaded remodels poorly.

Her first visit came at the boundary between the inflammatory and repair phases. Early care focused on calming pain and spasm and restoring motion without irritating fragile tissue. As she moved into the remodeling phase, the emphasis shifted toward strengthening, posture and self-management. That shift is visible in her care plan.

Why pain can outlast tissue damage: sensitization

After an injury the nervous system becomes more protective. Nerve endings in the injured area become more responsive, and the spinal cord and brain can amplify signals coming from that region. This is called sensitization. In most people it fades as the tissue heals. In some, especially when pain is high early on, sensitization spreads and persists, so that pain continues even after the original damage has repaired. A landmark study of people after whiplash found that those who went on to have moderate to severe symptoms at six months showed widespread sensory hypersensitivity within the first month, while those who recovered or had only mild persisting symptoms did not9. That is one reason early, active care and monitoring matter: they aim to calm the system before sensitization becomes entrenched.

Headache and dizziness after neck injury

She reported mild headaches after the crash, mostly when tired, and an early medical evaluation described them as tension-type and post-traumatic headaches. Headaches that start in the neck are common after collisions. The upper neck joints and the muscles at the base of the skull share nerve pathways with the head, so irritation there can be felt as headache. Her headaches resolved early in care.

At her final visit she reported brief dizziness when standing up quickly from sitting or lying down, without dizziness during neck testing. Dizziness on rising quickly is often related to blood pressure regulation rather than to the neck, which is why the final plan included checking blood pressure lying down and standing, a simple medical test, rather than assuming it was part of the neck injury.

Factors specific to this patient

Possible joint hypermobility. During care she mentioned that her primary care clinician had referred her for evaluation of possible joint hypermobility, that her elbows extend further than usual, and that similar features run in her family. Joint hypermobility is common and exists on a spectrum, from people who are simply flexible with no problems to those whose loose joints cause recurring pain and strain11. In hypermobile people, muscles often work harder to stabilize joints that the ligaments hold less firmly, which can show up as persistent muscle tightness. That idea fit her repeated description of tightness that “keeps creeping back.” Hypermobility does not cause a crash injury, but it can shape how the body responds and how long tightness lingers, and it argues for stabilization and strengthening rather than more stretching alone.

Posture. She described lifelong shoulders that roll forward and are hard to hold back. At her final examination she had slight forward head carriage and a slight increase in the curve at the base of the neck. Rounded shoulders and forward head posture increase the load on the muscles at the back of the neck and between the shoulder blades, the same muscles strained in the crash. This was the reason her rehabilitation targeted the posterior deltoids, rhomboids and middle and lower trapezius.

Body composition and activity. She had been exercising before the crash but stopped afterward. Deconditioning after an injury is common and makes muscles more prone to fatigue and tightness. Measuring body composition early gave a baseline for her rehabilitation and for tracking change, as explained in the treatment section.

4. Presentation at the first visit

History

At her first visit she described constant pain, present all of the time, with a burning and tight quality. It covered both sides of the neck and the back of the neck, both trapezius muscles front and back, the front and back of both shoulders, and the upper and middle back. She rated it 8 out of 10. The pain spread into the front and back of both shoulders. It had not improved since the crash. Nothing she had tried relieved it, and sitting, standing and working made it worse. Bending over, sitting, standing and walking for longer than usual had all become difficult. Her stated goal was simple: to sit, stand, travel, drive and walk without limitation.

In the dictated history she added detail. Her neck pain worsened toward the end of the day after she had been up and doing things. She had mild headaches since the crash, mostly when tired. She noticed occasional cracking in the neck when moving. She denied numbness or tingling down the arms or legs at that visit, though she later explained that her arm sometimes went numb when she held it in one position while looking down at a hand task. She had seen a chiropractor once long ago and had no significant medical or surgical history beyond minor procedures. She did not recall hitting her head and did not lose consciousness.

Examination

The examination findings were extensive for a crash that some might have dismissed as minor:

• Range of motion: neck motion in every direction (bending forward and back, turning each way and tilting each way) and upper back bending forward and back were severely reduced and painful.
• Joint restriction: restricted, tender segments from the base of the skull through the entire neck and the whole thoracic spine, and restricted motion at both shoulders.
• Tenderness: from the upper neck through the lower thoracic spine into the upper lumbar region.
• Muscle spasm: increased muscle tone in both sides of the neck, both trapezius muscles front and back, the front and back of both shoulders, and the upper and mid back on both sides.

Within the first week the team also noted marked tightness in the mid and lower back on palpation, even though low back pain was not one of her complaints, and she noticed bruising on her back after using a massage chair, which faded over the following visits.

Baseline measures

A good plan needs a starting point that can be measured again later. Her baseline included:

• Pain ratings on a 0 to 10 scale for each region at every visit.
• Range-of-motion grading (severely, moderately or mildly reduced) at each visit.
• Body composition analysis at the first visit, repeated about four weeks later. Read more about body composition testing and the InBody analyzer the clinic uses.
• A laser foot pressure scan at the second visit, to see how her feet carried her weight. See our page on foot orthotics and foot mechanics.
• Functional status: the activities she found hard, recorded so that improvement could be expressed in daily-life terms.
• The Neck Disability Index, a 10-item questionnaire on how neck pain affects daily life, completed at the end of care. It is one of the most widely used and best validated tools for neck pain after injury10.

5. Triage and medical work-up

Before treating a neck injury, a clinician’s first job is to make sure it is safe to treat and that nothing more serious is being missed. This is where the medical side of an integrated practice earns its keep.

Red flags

The OPTIMa guideline, which pulls together the best evidence on neck pain after traffic collisions, asks clinicians to rule out major structural or other pathology before classifying the injury and starting care1. Red flags include:

• Signs of fracture or dislocation after significant trauma, such as midline bony tenderness with severe pain on any movement, especially in older adults or high-energy crashes.
• Signs of spinal cord involvement, such as weakness in both arms or legs, clumsy hands, balance problems or bladder and bowel changes.
• Progressive neurological deficit, such as spreading weakness or numbness.
• Symptoms suggesting injury to the arteries in the neck, such as sudden severe headache, double vision, difficulty speaking or swallowing, or drop attacks.
• Signs of significant head injury, such as loss of consciousness, persistent confusion, repeated vomiting or worsening headache.
• Non-mechanical features suggesting another illness, such as fever, unexplained weight loss or night pain unrelated to position.

At intake she had none of these. She had been evaluated in an emergency department after the crash. She did not strike her head or lose consciousness. Her strength and sensation complaints were absent, her headaches were mild and linked to fatigue, and her pain behaved mechanically: worse with sitting, standing and activity, better with rest. That cleared her for gentle, conservative care, with a plan to keep re-checking.

Imaging decisions

Imaging is a tool, not a reflex. Plain X-rays show bone alignment and fractures but not ligaments, muscles or discs. MRI shows soft tissues and nerves, but it is expensive, often shows age-related changes that have nothing to do with symptoms, and is generally reserved for specific triggers: neurological deficit, suspected serious pathology, or persistent symptoms that are not improving as expected.

The value of restraint is backed by research on people with no symptoms at all. A large MRI study of more than 1,200 people without neck symptoms found disc bulges in most of them, with the frequency rising with age12. A systematic review of spine imaging in people without back pain found the same pattern in the lower back13. In other words, an MRI almost always finds something, and the clinical question is whether that something explains the patient’s symptoms.

A cervical MRI was recommended early in her care as part of a separate medical evaluation of her neck pain. Her symptoms then improved steadily with conservative treatment and she had no neurological signs during most of her care. At the final visit, when occasional arm numbness and new examination findings were recorded, the plan specifically named cervical MRI as the next step if radiating symptoms persisted or worsened, following the American College of Radiology appropriateness approach of linking imaging to clinical triggers. That is how imaging should work: available when it will change the plan, not ordered because it is available.

Why the emergency evaluation mattered

She was evaluated in an emergency department after the collision, before she came to the clinic. That visit served an important purpose. Emergency departments are set up to rule out the injuries that cannot wait: fractures, internal injuries, significant head injury and spinal cord involvement. When someone arrives at a chiropractic or primary care office days later having already been through that screening, the clinician can build on it rather than start from zero. It does not replace a careful examination at the first clinic visit, because symptoms evolve and soft-tissue injuries are often not the focus in an emergency setting, but it narrows the list of things that need to be excluded.

For readers wondering whether they should go to an emergency department after a crash: if you have severe pain, numbness or weakness, a head strike with confusion or vomiting, trouble breathing, chest or abdominal pain, or any doubt about whether something is seriously wrong, the answer is yes. If you feel essentially fine but sore, an urgent care or clinic visit within a few days is reasonable, and sooner if symptoms are building. What matters most is not to ignore symptoms that are getting worse.

Medical evaluation and medication

In the first week of care she also had a separate medical evaluation of her neck pain and headaches. That evaluation documented neck pain and stiffness of 7 to 8 out of 10, tension headaches radiating from the neck at about 4 out of 10, and no vision changes, ringing in the ears, mood change or radiating arm symptoms. Her medicines at that time were naproxen, an anti-inflammatory; acetaminophen; baclofen, a muscle relaxant; and diclofenac gel, a topical anti-inflammatory. The plan was to continue those as needed, continue chiropractic care, and obtain a cervical MRI.

From the integrated practice’s point of view, medication is one tool among several. Short courses of anti-inflammatories and muscle relaxants can make the first weeks bearable and allow a patient to move. They do not by themselves restore motion or strength, and they carry side effects that need watching. The guideline for traffic-related neck pain lists muscle relaxants as one option for early Grade I and II injuries, and anti-inflammatories as an option later on, both alongside education and exercise rather than instead of them1. During care, the provider also arranged a topical analgesic product for home use, and at the final visit noted that over-the-counter pain relief at bedtime could be considered for sleep disruption, as part of the overall plan.

Whole-person screening

The holistic side of the practice asks questions that a narrow injury assessment can skip:

• Sleep: she woke at night from neck and shoulder discomfort, especially when sleeping on her side. Poor sleep amplifies pain and slows tissue recovery.
• Daily load: her days involved a lot of looking down, holding the arms forward and caring for others, which repeatedly loads the very muscles that were injured.
• Activity: she had been exercising before the crash and stopped afterward.
• Constitution: possible joint hypermobility, under evaluation through her primary care clinician.
• Body composition and foot mechanics: measured objectively rather than guessed.
• Stress and mood: she was irritable after the crash. The early medical evaluation found no mood or behavioral change, and she did not report anxiety or low mood during care. Screening for these matters because psychological distress after a crash is a recognized factor in slower recovery8.

Outcome measures and prognostic factors

A systematic review and meta-analysis of risk factors after acute whiplash found that high initial pain intensity and high initial neck disability were among the most consistent predictors of persistent problems, with several other factors showing weaker or less consistent links8. At intake she had high initial pain (8 out of 10), along with headache and widespread muscle involvement, which supports the decision to start an active, fairly frequent course of care and to monitor her closely. On the favorable side, she was relatively young, had no neurological signs at intake, no prior neck condition requiring care and a clear motivation to return to normal activity.

6. The treatment plan and why each part was chosen

Her care followed a multimodal, phased approach. Multimodal means several treatments were combined, because no single treatment for neck pain after a crash is clearly superior on its own, while combinations of manual therapy, exercise and education consistently perform better than passive care alone5. Phased means the mix and the frequency changed as she moved from the acute stage, where calming pain and restoring motion come first, toward the stage where strength, posture and self-management take over. Chiropractic guidelines for neck pain and whiplash-associated disorders describe exactly this kind of approach: manual therapy combined with exercise and advice, adjusted to the stage of recovery and reassessed regularly23.

Each visit followed a consistent pattern: a check-in on pain, headaches, dizziness and any new symptoms; a brief examination; chiropractic adjustment of the restricted spinal segments and shoulders; and supporting therapies chosen for that day’s presentation. The sections below explain each treatment she received: what it is, why she needed it, and what the evidence shows.

Chiropractic manipulation of the spine

What it is. Spinal manipulation, often called an adjustment, is a quick, controlled, low-amplitude push applied to a joint that is not moving well, usually producing a small release. She was treated with the Diversified technique, the most widely taught manual approach, applied to restricted segments from the base of the skull through the neck, upper back and lower back. Our page on spinal manipulation and adjustments describes what a session involves.

Why she needed it. Her examination showed restricted, tender segments from the base of the skull through the whole thoracic spine, with severely reduced neck and upper back motion. Restricted segments force neighboring segments and muscles to work harder, which feeds spasm and pain. Restoring segmental motion was a direct target of her examination findings, and each visit’s adjustment was guided by that day’s restrictions.

What the evidence shows. Guidelines for neck pain and whiplash-associated disorders support manipulation and mobilization as part of multimodal care that also includes exercise and advice12. A chiropractic practice guideline gave moderate support to manipulation and mobilization combined with other treatments for acute neck pain, and strong support for manipulation combined with exercise for chronic neck pain3. The Bone and Joint Decade Task Force concluded that manual therapy and exercise are more effective than alternative strategies for neck pain5. For the lower back, a JAMA systematic review found that spinal manipulation produces modest improvements in pain and function in acute low back pain16, and chiropractic guidelines for low back pain support it within multimodal care17. Serious adverse events are rare; mild soreness for a day or so is the most common side effect, and she experienced exactly that early in care.

Extraspinal adjustment of both shoulders

What it is. Manual mobilization or manipulation of joints outside the spine, here the shoulders, to restore normal joint glide.

Why she needed it. Both shoulders were restricted at intake, and her pain radiated into the front and back of both shoulders. The shoulder girdle and the neck work as a unit: a stiff shoulder blade or shoulder joint pushes more work onto the neck muscles, and tight neck muscles pull on the shoulder blade.

What the evidence shows. Manual therapy for the shoulder girdle is commonly used within multimodal care for neck and shoulder pain. The evidence is strongest when it is combined with exercise rather than used alone, which is how it was used here35.

Cold therapy

What it is. Dry cold packs applied for about 15 minutes to the neck, trapezius, shoulders and upper and mid back.

Why she needed it. In the inflammatory and early repair phases, cold reduces local pain and muscle guarding and makes the rest of the session more comfortable. She described burning pain in the early weeks, which cold can soothe.

What the evidence shows. Cold is a low-risk comfort measure. It is best seen as an adjunct: helpful for short-term pain relief, not a treatment that changes the course of the injury on its own. The OPTIMa guideline specifically advises against clinic-based heat as a standalone treatment and does not list passive modalities among core recommendations, which is why cold was always paired with active treatment and exercise1.

Intersegmental mechanical traction

What it is. A table with gentle rolling elements that move under the spine while the patient lies on her back, producing a slow, rhythmic flexion and extension through each segment for about 15 minutes.

Why she needed it. It is a gentle way to introduce motion to many restricted segments at once before or after adjustment, and it was well tolerated even in the early weeks when her motion was severely reduced.

What the evidence shows. This is a passive adjunct with limited direct research. It was used to prepare tissues and promote comfortable motion, not as a primary treatment. Guidelines place their weight on manual therapy, exercise and education12.

Electrical muscle stimulation

What it is. Low-voltage electrical stimulation delivered through pads over the painful muscles for about 15 minutes.

Why she needed it. It was used to ease muscle guarding and pain in the neck, trapezius and shoulder regions so that she could tolerate movement and manual therapy.

What the evidence shows. Evidence is mixed and generally weak. The OPTIMa guideline advises against electrotherapy as a treatment for neck pain after traffic collisions, and a chiropractic guideline could not recommend transcutaneous nerve stimulation for chronic neck pain13. In this case it served only as a short-term comfort adjunct within a visit that also included manual therapy and exercise. We mention this candidly because good care means using passive tools for what they can do, and not overstating them.

Therapeutic massage and percussive soft-tissue therapy

What it is. Hands-on massage using long gliding strokes (effleurage) over the neck, trapezius, shoulders and upper and mid back, together with percussive therapy from a handheld device, for about 15 minutes. On some visits the provider added a pin-and-stretch technique to the levator scapulae, holding the muscle while she moved her head through a stretch.

Why she needed it. Muscle spasm was one of her dominant findings from the first day to the last. Her tightness kept returning with activity, and the levator scapulae near the base of the skull was specifically identified as tight. Soft-tissue work reduces tone, improves local circulation and makes it easier to move and to exercise.

What the evidence shows. For neck pain, massage performs best as part of multimodal care. The chiropractic guideline gave moderate support to massage combined with other therapies for chronic neck pain3, and the OPTIMa guideline lists clinical massage as an option for persisting neck pain while advising against relaxation massage alone in the early weeks1. A Cochrane review of massage for low back pain found short-term benefit with limited long-term evidence15. In this case massage was always combined with adjustment, stretching and, later, strengthening.

Non-surgical spinal decompression

What it is. A computerized traction table that applies a gentle, cycling pull to the spine while the patient lies comfortably, with the force set as a fraction of body weight and increased gradually. Read more about spinal decompression and how it is used for cervical problems.

Why she needed it. Around week 6, with pain much lower but tightness repeatedly returning between visits, the provider added decompression to unload the spine and ease the paraspinal tightness between her shoulder blades. She tolerated it well from the first session, reported that it helped, and the force was adjusted in small steps according to her comfort. When she arrived one week sore from a rehabilitation workout, the session was held to see how her body responded without it, and then resumed. She completed 11 sessions.

What the evidence shows. Mechanical traction and decompression are used widely, but high-quality evidence for neck pain after injury is limited, and the OPTIMa guideline advises against traction for injuries with neurological signs in the first three months1. She had no neurological signs at that stage. Decompression was used here as a supportive measure for comfort and tightness, alongside manual therapy and an increasing focus on strengthening, rather than as a stand-alone cure.

Home stretching and education

What it is. Specific stretches to do at home, advice on posture, sleep position and activity pacing, and explanations of what to expect.

Why she needed it. Her neck tightened through the day, especially after long periods of looking down. In the second week she was taught a side-bending stretch for the upper trapezius: sitting on one hand to anchor the shoulder and leaning the head away to find the strongest stretch, then repeating on the other side. Later she was given circular stretches for the levator scapulae. By week 3 she was stretching about 8 to 10 minutes a day without pain. She was also reassured that the clicking she noticed in her neck, a tendon moving over a bony ridge, was not a sign of damage. At the end of care she was advised to sleep on her back with proper neck support and to avoid prolonged side-sleeping, which woke her at night.

What the evidence shows. Education and reassurance about the generally favorable course of neck pain, combined with staying active and range-of-motion exercise, is a core recommendation for early neck injuries after a crash1. A Cochrane review of exercise for neck disorders found that stretching alone may not change pain or function much, while strengthening of the neck, shoulder and shoulder-blade muscles, often combined with stretching, is more likely to help6. That finding is the reason her program did not stop at stretching.

Supervised strengthening and rehabilitation

What it is. A structured exercise program delivered at a rehabilitation facility, progressing resistance and endurance. Learn about our physical therapy center, rehabilitation services and mobility and flexibility training.

Why she needed it. By week 3 the provider identified posture as a driver of her recurring tightness: shoulders that roll forward and a neck that works too hard to hold the head up. The plan targeted the posterior deltoids, rhomboids and middle and lower trapezius, the muscles that draw the shoulders back, and the latissimus. In the final phase she alternated one chiropractic visit with one rehabilitation session each week. She reported normal post-workout soreness, and her therapist advised more shoulder work to build muscle.

What the evidence shows. Cervical, shoulder and shoulder-blade strengthening is among the better-supported treatments for persisting neck pain, with moderate-quality evidence of benefit for pain and function6. The physical therapy clinical practice guideline for neck pain recommends exercise combined with manual therapy across the stages of neck pain, adjusted to the patient’s presentation4. For someone with possible joint hypermobility, strengthening and stabilization make more sense than chasing ever more flexibility11.

Body composition analysis

What it is. A bioelectrical impedance scan that estimates muscle, fat and body water, including how fluid is distributed. It takes a few minutes and is painless. See body composition testing.

Why she needed it. Recovery depends partly on the body the injury happens to. Muscle mass, fat distribution and fluid balance give a picture of baseline conditioning and of inflammation-related fluid shifts. She had stopped exercising after the crash. The scan at the first visit set a baseline, and a repeat at the week-4 re-examination tracked change while the treatment plan moved toward strengthening.

What the evidence shows. Body composition analysis is not a treatment and does not diagnose a neck injury. It is a measurement that informs the whole-person side of the plan, such as conditioning goals, nutrition advice and how aggressively to progress exercise. Its value lies in making that part of care objective and trackable.

Foot pressure scan and biomechanical assessment

What it is. A laser scan of the feet that maps where pressure falls when standing, compared with a balanced, symmetrical pattern.

Why she needed it. She limped the evening of the crash and later noticed some leg swelling on a day she felt unwell. More broadly, the feet are the base of the posture chain. Uneven foot loading can feed into pelvic and spinal posture and into the muscle work needed to hold the head and shoulders up. The scan screened for a predisposing factor that could slow recovery.

What the evidence shows. Foot assessment is a screening and planning step rather than a neck treatment in its own right. It is part of the whole-person approach of checking factors that may affect recovery rather than assuming they do not. Read more on foot orthotics.

Topical analgesic

What it is. A cooling topical product applied to sore areas at home, ordered for her during care.

Why she needed it. Tightness tended to return between visits and at the end of the day. A topical product offers relief she can control herself, without adding systemic medication.

What the evidence shows. Topical agents are a reasonable self-care adjunct for local muscle pain, particularly when someone wants to limit oral medicines. They are a comfort measure, not a cure, and were presented that way.

6a. The whole-person side of her plan

The treatments above address the injured tissues directly. The holistic side of the practice works on the conditions those tissues heal in. None of it replaces hands-on care or exercise, but each piece can make recovery faster or slower, and each was part of the conversation in her case.

Sleep

Sleep is when much of the body’s tissue repair happens, and it is also when the nervous system resets its sensitivity to pain. Short or broken sleep makes pain feel worse the next day, and pain in turn breaks sleep, creating a loop that can keep symptoms going after the tissue itself has largely healed. At the end of care, sleep was the area of daily life most affected for this patient: discomfort in the neck and shoulders woke her at times, particularly when she slept on her side. She usually slept on her left side but felt more pain on the right.

Side-sleeping is not harmful in itself, but it can leave the neck bent sideways for hours if the pillow is too high or too low, and it compresses the shoulder underneath. The advice she received was practical: favor sleeping on the back with a pillow that supports the natural curve of the neck, and if side-sleeping, use a pillow tall enough to keep the head level with the spine and a second pillow to hug so the top shoulder does not roll forward. Over-the-counter pain relief before bed was mentioned as an option on nights when discomfort was waking her. These are small adjustments, but sleep is one of the few levers a patient pulls every single night.

Nutrition and body composition

Healing tissue needs raw materials: enough protein to rebuild collagen and muscle, enough overall energy to support repair, and a diet that does not add to the body’s inflammatory load. After an injury many people eat differently, move less and lose muscle, especially if they were active before and suddenly stop, as she did. Body composition analysis gave the team an objective baseline of muscle, fat and fluid at the first visit and a repeat measurement at the four-week re-examination, so that conversations about nutrition and conditioning could be based on numbers rather than guesses.

The practice offers nutrition services and a functional medicine approach for patients whose recovery is affected by diet, weight, blood sugar, inflammation or fatigue. In a case like this one, general guidance usually covers adequate protein spread through the day, plenty of vegetables and fruit, staying hydrated, limiting heavily processed foods and alcohol while healing, and rebuilding activity steadily so that muscle lost after the crash returns.

Movement through the day

Her neck pain was worse at the end of the day and after long periods in one position, especially looking down while working with her hands. That pattern is common and very informative: it tells you that sustained load, not any single movement, is the main aggravating factor. The solution is not to avoid activity but to break it up. Short movement breaks, lifting the head and drawing the shoulders back every 20 to 30 minutes, bringing tasks up toward eye level, and alternating sitting and standing all reduce the time the neck muscles spend holding the head forward.

Stress and the nervous system

Car crashes are stressful, even minor ones. Irritability after the crash was one of her first symptoms. Stress raises muscle tone, especially in the upper trapezius, which is exactly where her tightness kept returning. It also lowers pain thresholds and disturbs sleep. Research on recovery after whiplash shows that psychological distress and widespread sensitivity early on are linked with a slower course, while education, reassurance and staying active help19. In her case, mood and behavior were screened during the early medical evaluation and no change was found, and she did not report anxiety or low mood during care. Had she done so, the integrated model makes it straightforward to add a behavioral health assessment or counseling alongside physical care.

Other services available within the team

Because the practice is multidisciplinary, other approaches are available when a patient’s course calls for them. Acupuncture can be considered for persisting muscle pain and tension. Naturopathic medicine can address whole-person factors such as sleep, stress and inflammation. The internal medicine physician can take on medical questions that go beyond the musculoskeletal injury, such as blood pressure regulation, metabolic health or a broader evaluation of joint hypermobility. This patient’s care centered on chiropractic, rehabilitation and medical oversight; the point of listing the other services is that the next step, if one is needed, does not require starting over somewhere else.

Why the holistic and allopathic sides need each other

A purely holistic approach might have kept adjusting, stretching and counseling about sleep and posture while missing the significance of new weakness at the final examination. A purely allopathic approach might have prescribed medication, ordered an MRI and sent her home with a sheet of exercises, without anyone working hands-on on the restricted joints and tight muscles that were driving most of her daily symptoms, or looking at posture, sleep and conditioning. In this case each side covered the other’s blind spot. Day to day, the holistic side did most of the work. At the decision points, the allopathic side made sure the right questions were asked.

7. A closer look: tests, medicines, headache screening and exercise

What each examination test shows

Examination findings are only useful if you know what each test is asking. These are the tests used across her care and what they tell the clinician. You can read more about the chiropractic examination.

Notice how the tests work as a set. Negative compression and distraction tests, intact sensation and normal gait argue against significant nerve root or spinal cord compression. Mild weakness and an unclear reflex argue for checking more carefully. A clinician weighs the whole pattern rather than any single result, and when the pattern is mixed, the right step is more information: repeat testing, imaging or electrodiagnostic studies.

Medication approach

In an integrated practice, medicines are chosen to support movement and recovery, not to replace them. For a Grade II neck injury the usual tools are:

• Anti-inflammatories such as naproxen or ibuprofen, for short courses, taken with food. They reduce pain and inflammation but can upset the stomach, raise blood pressure and affect the kidneys with longer use.
• Acetaminophen, which relieves pain without anti-inflammatory effect and is gentle on the stomach, but has a daily maximum that must be respected.
• Muscle relaxants such as baclofen, mainly in the first weeks and often at night, because they can cause drowsiness.
• Topical anti-inflammatories and cooling gels, which deliver relief to a specific area with less effect on the rest of the body.

She was on all four types early in care through her medical evaluation. As pain fell, her reliance on them was expected to fall too. The goal is always the lowest effective use for the shortest necessary time, while exercise and manual therapy do the longer-term work.

Headache and concussion screening

Any collision that jolts the head deserves a screen for concussion, even if the person did not hit their head. At each early visit she was asked about headaches, nausea or vomiting, balance problems and running into things. She reported mild headaches early, which were gone by the end of the second week of care, and denied nausea, vomiting and balance problems. The early medical evaluation recorded no vision changes, ringing in the ears or mood or behavior changes. That pattern fits a neck-related headache rather than a concussion. At the final visit she reported brief dizziness only when rising quickly, with normal balance testing and no dizziness during neck testing, so the plan called for checking her blood pressure lying and standing and, if it persisted, a neurology referral.

Exercise progression stages

Her exercise program followed a common progression:

1. Gentle range of motion and relief stretches in the first weeks: side-bending stretches for the upper trapezius, chin and head movements within comfort.
2. Targeted stretching for tight muscles identified on examination, such as circular stretches for the levator scapulae.
3. Postural activation: learning to set the shoulder blades back and down and to hold the head over the shoulders.
4. Strengthening and endurance for the posterior deltoids, rhomboids, middle and lower trapezius and latissimus, with progressive resistance at the rehabilitation facility.
5. Return to full activity and self-management: a home program she can continue, with clear guidance on when to seek help.

Moving through these stages is not strictly linear. Soreness after a harder session, as she reported after rehabilitation workouts, is expected and is not a reason to stop, but it can be a reason to adjust the next session.

Posture: forward head and rounded shoulders

Posture comes up repeatedly in this case, so it is worth explaining why it matters so much for neck recovery. The head of an adult weighs roughly as much as a bowling ball. When it sits directly over the shoulders, the neck muscles hold it with modest effort. As the head drifts forward, the lever arm grows and the muscles at the back of the neck and between the shoulder blades have to work harder simply to keep the eyes level. Rounded shoulders add to this by lengthening and weakening the muscles that pull the shoulder blades back while shortening the chest muscles in front.

At her final examination she had slight forward head carriage and a slight increase in the curve where the neck meets the upper back. She had also told the team early on that her shoulders had always rolled forward. None of that caused the crash injury. But it meant that the muscles injured in the crash, the upper trapezius, levator scapulae and the muscles between the shoulder blades, were also the muscles doing the most work every day. That is a recipe for tightness that keeps coming back, which is exactly what she described.

Changing posture is less about remembering to sit up straight and more about building endurance in the muscles that hold good alignment without conscious effort. That is why her rehabilitation focused on the posterior deltoids, rhomboids and middle and lower trapezius, why her home program included breaking up long periods of looking down, and why the final plan continued strengthening rather than stopping when pain reached 1 out of 10. The exercise evidence supports exactly this kind of shoulder-blade and upper-extremity strengthening for persisting neck pain6.

Tapering care and deciding when to stop

Two mistakes are common at the end of a course of care. One is stopping abruptly the moment pain is low, which often leads to a flare a few weeks later, as she experienced after her four-week break. The other is continuing frequent passive care long after it is needed, which can make a patient feel dependent on the clinic rather than confident in managing on their own.

The approach in this case sat between those. Visit frequency fell in steps as her ratings and function improved: frequent visits in the first month, reduced visits after the re-examination, and then one visit a week alternating with rehabilitation. Each step was a test. If pain stayed down with less support, support was reduced again. If it rose, as after the break, support was held steady until it settled. The guideline recommendation to reassess at every visit and to discharge patients who report significant recovery describes this logic1. The final visit then served two purposes: to confirm how far she had come, and to look carefully for anything that still needed attention.

Why documentation matters

Careful records protect patients. Pain ratings at every visit, consistent range-of-motion grading, re-examinations at set points and a final examination allow anyone reviewing the case, whether another clinician, an insurer or the patient herself, to see what happened and why decisions were made. In this case the record captured not only the improvement but also the recurring tightness, the break in care and the new findings at the end. That honesty is what makes a record useful. Read our article on documenting crash injuries with evidence.

8. Course of recovery

She attended 25 visits over about 18 weeks. The table summarizes her course by week from the first visit.

Phase by phase

Weeks 0 to 2: early relief with expected soreness. The first sessions left her sore, as is common when restricted tissues start moving again, and she was told this would fade over the next few visits. Pain eased from 8 to about 7, and the headaches that had come with fatigue were gone by the end of the second week. She noticed occasional tingling when sitting with her arms raised and clicking in the neck, both explained and monitored. Around week 2 a day of feeling unwell came with some leg swelling, which settled. Getting up from lying down was the hardest movement during this stretch, briefly reaching 6 to 7 out of 10.

Weeks 2 to 4: steady decline. Ratings fell to 4, then 3, and motion improved from moderately to mildly reduced. She was stretching at home every day and noticed that her neck tightened toward the end of the day depending on activity. At the week-4 re-examination her neck was at 2 and her shoulders at 1, she felt “a lot better,” a small bump of muscle tension had shrunk considerably, short-term goals were met and her functional limits had improved about 15%.

Weeks 4 to 10: low pain, recurring tightness, a break. By week 6 she had essentially no pain except in cold weather but described getting tight very easily, which led to the discussion about possible hypermobility and the addition of decompression. A break of about four weeks followed, including an office closure.

Weeks 10 to 18: a small flare, then consolidation. On her return she described tightness centered between the neck and shoulders, and by week 11 her neck and shoulders were back up to 3 out of 10. That small flare after a break is common and is one reason clinicians prefer tapering care over stopping abruptly. With weekly visits alternating with strengthening sessions, ratings settled to 1 to 2 and then 0 to 1. A rehabilitation workout once left her sore enough that decompression was held for a week to watch her response. At week 17 she reported neck pain of 1 and shoulders 1.5, no headaches, and that she was still stretching at home.

9. Outcome, final findings and prognosis

The two diagrams below summarize her physical journey. Both use the same outlines and region numbers. In the front views her left side is on the reader’s right; in the back views her left side is on the reader’s left. They are illustrative and not to scale.

What resolved and what remained

Comparing the two figures, five of the nine regions had resolved by report: the head, the upper and mid back, the low back and the legs. The neck, trapezius, both shoulders and the arms remained involved, all at low intensity: a rating of 1 out of 10, tightness that crept back with activity, and occasional arm symptoms. Her Neck Disability Index at the end was in the mild range, with sleep the area most affected.

Final findings

At her final visit she said she was doing well overall. Her shoulders were not limiting her daily routine. She still had tightness that kept creeping back, especially with play and weekly activities; occasional numbness and pain radiating down the arm, sometimes when holding her hands up, not easily reproduced; sleep interrupted at times by neck and shoulder discomfort, especially when side-sleeping; and brief dizziness only when standing up quickly.

The examination showed tightness and reduced flexibility of the right trapezius, slight forward head carriage and a slight increase in curve at the base of the neck, about 45 degrees of neck rotation, negative compression and distraction tests, full painless shoulder motion, negative elevated-arm and wrist tests, intact sensation in every region, normal gait, normal heel-toe walking and normal balance, and full painless low back motion. It also recorded mild weakness (4 out of 5) in a left upper arm muscle and in both wrist extensors, weakness of the left ankle (3 out of 5 pushing the foot down and 4 out of 5 pulling it up), and a left biceps reflex whose grade needs repeat testing.

What comes next: acting on new findings

This is where the integrated model mattered most. Her pain had improved dramatically, and a narrow view might have simply discharged her. But weakness and an unclear reflex at a final examination are findings that need to be explained, not filed away. The plan therefore included:

• A progression of strengthening and flexibility exercise for the neck and shoulders, with stretching for the right trapezius.
• Coordination with her primary care clinician on further orthopedic evaluation.
• A cervical MRI if the radiating arm symptoms persist or worsen, to look for nerve root irritation.
• A focused neurological evaluation of the left ankle weakness, with electrodiagnostic testing (EMG and nerve conduction studies) if it persists.
• Checking blood pressure lying and standing for the dizziness on rising, and neurology referral if it persists.
• Sleep advice: back-sleeping with good neck support, limiting prolonged side-sleeping, and over-the-counter pain relief at bedtime if needed.
• Reassessment in 4 to 6 weeks, sooner for any new or worsening symptom.

The international guideline is explicit on this point: patients whose symptoms worsen or who develop new physical findings should be referred for medical evaluation at any time during care, and those with neurological signs persisting beyond three months should be investigated by a physician1.

Prognosis

Most people with Grade I or II neck injuries after a crash improve substantially within the first few months, but a meaningful share continue to have some symptoms a year or more later. The Bone and Joint Decade Task Force review of the course of whiplash found that about half of people still report some neck pain one year after the injury7. Her course so far is favorable: pain fell from 8 to 1, function returned, and disability is mild. Factors in her favor include her age, early and consistent care, active participation in exercise and steady improvement. Factors that may make residual symptoms more likely include high pain at the outset8, recurring tightness that may relate to joint hypermobility11, a posture pattern that loads the injured muscles, and the new examination findings that still need explanation. Her residual symptoms may persist or recur, especially with heavy use of the arms or long periods of looking down, and the outcome of the recommended work-up will shape the longer-term picture.

9a. Decision points: how the integrated model shaped her care

Looking back over 18 weeks, there were several moments when the plan could have gone one way or another. Walking through them shows how the chiropractic and medical sides of the practice worked together.

Decision 1: Is she safe to treat? (first visit)

The first decision was whether hands-on care was appropriate at all. The provider reviewed the crash, her symptoms, her emergency department evaluation and her examination for red flags. With no signs of fracture, spinal cord or nerve root involvement, or significant head injury, and with pain that behaved mechanically, she was cleared for gentle, conservative care. The decision was recorded explicitly: no contraindications to gentle conservative treatment, with recovery expected to take longer than average because of the extent of her findings.

Decision 2: How often, and for how long? (first two weeks)

Her initial schedule was frequent, reflecting constant pain at 8 out of 10, severely reduced motion and widespread spasm. In the second week, when her family schedule made four visits a week hard, the plan was adjusted to spread visits out, with the explanation that tissues need time between sessions and that consistency matters more than squeezing visits together. Frequency is a clinical decision, but it also has to fit a real life.

Decision 3: What do arm tingling and neck clicking mean? (week 1)

She mentioned occasional tingling when holding her arms up and clicking in the neck when bending her head. Either could be dismissed or over-investigated. The provider explained the clicking as a tendon sliding over a bony ridge, which is benign, and gave a specific stretch. The arm tingling, which came with a particular position and had no associated weakness or sensory loss at that time, was noted and monitored. It was asked about again at later visits and tested formally at the final examination.

Decision 4: When to add rehabilitation? (week 3)

By week 3 her pain had halved and the main problem was shifting from acute pain to posture-driven tightness. She described lifelong rounded shoulders that she could not hold back. That was the trigger to plan supervised strengthening for the shoulder-blade muscles and posterior deltoids, alternating with chiropractic visits. The timing follows the healing phases: once fragile repair tissue has had a few weeks, progressive loading becomes the most useful stimulus for remodeling.

Decision 5: Reduce frequency (week 4 re-examination)

At the re-examination, pain was down to 2 in the neck and 1 in the shoulders, motion was only mildly reduced and short-term goals were met. The decision was to continue active care at a reduced frequency rather than stop. Guidelines recommend reassessing at every visit and discharging patients who report significant recovery1; she was improving but still had restrictions, spasm and functional limits, so tapering rather than discharging was the reasonable choice.

Decision 6: What to do about tightness that keeps coming back? (week 6)

By week 6 she had almost no pain but got tight very easily. This was the moment the possibility of joint hypermobility came into the conversation: her primary care clinician had referred her for evaluation, she described elbows that extend further than usual, and similar features ran in her family. The provider explained how loose joints can lead muscles to lock up to protect them, added decompression to ease paraspinal tightness, and reinforced the plan for strengthening. The primary care evaluation of hypermobility belongs on the medical side; the chiropractic side adapted treatment to fit it.

Decision 7: Handling the flare after the break (weeks 10 to 12)

After about four weeks without visits, her neck and shoulders rose from about 1 to 3 out of 10, with tightness centered between the neck and shoulders. Rather than restarting intensive care, the plan settled on one chiropractic visit a week alternating with one rehabilitation session, for a couple of weeks at a time, with the explicit test that if there was no increase in pain, care would move toward conclusion. That is a measured response: enough support to settle the flare, enough independence to let her body show what it could do.

Decision 8: Hold decompression for a week (week 15)

One week she arrived sore from a rehabilitation workout and asked whether she was having decompression. The provider chose to hold it and watch her body’s response without it, with a plan to bring it back if pain returned. It is a small decision, but it shows the principle of not adding treatment for its own sake.

Decision 9: Close the case, or open a new question? (final visit)

At week 18 her pain was 1 out of 10 and her daily life was largely back to normal. The final examination, however, found mild weakness in some arm and wrist muscles and at the left ankle, and a left biceps reflex that needed repeat testing, alongside occasional radiating arm symptoms, sleep disruption and brief dizziness on standing. The decision was to complete the chiropractic phase while opening a medical one: coordination with her primary care clinician on orthopedic evaluation, imaging if arm symptoms persist, a focused neurological evaluation and possible nerve studies for the ankle, blood pressure testing for the dizziness, and reassessment in 4 to 6 weeks.

Understanding the final neurological screen

For readers who want to understand why those findings matter, here is how clinicians think about them. Each nerve root leaving the spine supplies particular muscles, a particular reflex and a particular patch of skin:

• The C5 and C6 roots in the neck supply the deltoid and biceps and the biceps reflex.
• The C6 and C7 roots supply the wrist extensors and the triceps.
• The L5 root in the lower back supplies the muscles that lift the foot and big toe.
• The S1 root supplies the calf muscles that push the foot down and the ankle reflex.

When weakness, a reflex change and numbness all point to the same root, a nerve root problem becomes likely. When they do not line up, other explanations come into play: pain making muscles hold back, deconditioning after weeks of reduced activity, a peripheral nerve problem, or simply the limits of a single examination. In her case sensation was intact everywhere, compression and distraction tests were negative, gait and heel-toe walking were normal, and the low back moved fully without pain, which argues against a major nerve root compression. The weakness findings and the unclear reflex still need explaining. That is why the plan called for repeat testing first, then imaging and electrodiagnostic studies if the findings persist, rather than either ignoring them or assuming the worst.

The international guideline puts it simply: patients with neurological signs that persist beyond three months after a traffic injury should be referred to a physician for investigation and management1. A provider with medical training and a medical team in the same practice is well placed to do exactly that without delay.

10. How we process a case like this

Treating an injury is one job. Making sure the record of that injury is complete, accurate and understandable is another. For people injured in collisions, the practice handles both, because a clear record helps every clinician who sees the patient later and helps the patient understand their own recovery. Our personal injury services follow this process:

1. Record compilation and audit. Every visit note, examination, questionnaire, scan and outside record is gathered into one chronology. The chart is checked against itself so that any inconsistency is identified and corrected properly, by addendum, rather than left for someone else to find.
2. Causation and mechanism. The history of the crash, the direction of impact, head position, restraint use and the timing of symptoms are compared with the pattern of injury found on examination, to explain clearly whether and how the injuries fit the event.
3. A visual course of care. Diagrams like the ones in this case show where the patient hurt during care and what remained at the end, so that anyone reading the file can see the physical journey at a glance, including any residual problems.
4. Future care planning. When symptoms or findings remain, the next steps are spelled out: what further evaluation, imaging, specialist input or ongoing care is reasonable, and why.
5. Medical and chiropractic perspectives in one report. Because the treating provider holds both licenses and works with medical colleagues, the report addresses musculoskeletal findings and medical findings together rather than leaving them in separate files.

This approach is described further in our overview of auto injuries and in our article on proving crash injuries with evidence.

11. Questions patients ask

12. A practical guide for patients

The first days

• Get checked if you have pain, headache, numbness, weakness or dizziness after a crash, even a slow one.
• Keep moving gently within comfort. Short walks and gentle neck movements are better than staying still for long periods.
• Use cold packs for 15 minutes at a time for early pain and burning, with a cloth between the pack and your skin.
• Take medicines only as directed, and tell your provider about everything you take, including over-the-counter products.
• Write down your symptoms and rate your pain each day. It helps your care team see the trend.

The first weeks

• Expect some soreness after early treatment sessions. Tell your provider if it lasts more than a day or two.
• Start the stretches you are given, little and often. Several short sessions a day work better than one long one.
• Break up long periods of looking down at a phone, book or hand task. Every 20 to 30 minutes, lift your head, roll your shoulders back and move.
• Do not stop care abruptly when you start feeling better. Tapering helps prevent flares.

As you improve

• Add strengthening for the muscles that hold your shoulders back. Posture is built, not held by willpower.
• Expect normal workout soreness the day after strengthening. That is different from injury pain.
• Keep a short home program going even after formal care ends.

Setting up your day

• Bring screens and reading material up toward eye level.
• Use a chair that supports your back so your shoulders do not slump forward.
• When you drive, adjust the head restraint so its middle is level with the top of your ears and close to the back of your head.
• If side-sleeping wakes you, try sleeping on your back with a supportive pillow that fills the curve of your neck.
• Stand up slowly from sitting or lying, especially if you notice brief dizziness.

Returning to family, work and recreation

• Return gradually. Lifting children, carrying bags and overhead tasks are common triggers for neck and shoulder tightness, so pace them and use both arms.
• Resume exercise you enjoy at a lower intensity and build back up over several weeks.
• Tell your provider which activities you most want back. Treatment goals should be your goals.

When to seek urgent care

• New or spreading weakness, numbness or clumsiness in the arms or legs.
• Trouble walking, loss of balance, or changes in bladder or bowel control.
• A sudden, severe headache, double vision, trouble speaking or swallowing, or fainting.
• Repeated vomiting, confusion or worsening drowsiness after a head injury.
• Fever with neck pain, or pain that is severe at night and unrelated to position.

If you are unsure, call your provider. You can schedule a visit or contact the clinic.

13. Ten key takeaways

1. A slow crash can still cause a real injury. She was struck at low speed in a parking lot, yet the vehicle was towed and she developed constant 8 out of 10 pain across the neck, shoulders and upper back.
2. Head position at impact matters. Her head was turned to the right when the force arrived, which concentrates stress on structures that are already under tension.
3. Feeling fine at the scene does not rule out injury. Her pain built over the evening, which is the usual pattern of soft-tissue injury.
4. Screening for red flags comes before treatment. An integrated provider checked for signs of fracture, nerve or spinal cord involvement and head injury before starting care, and kept checking.
5. Multimodal, phased care works better than any single treatment. Manipulation, soft-tissue work and education calmed the early injury; strengthening and self-management took over as she healed.
6. Passive therapies are helpers, not the main event. Cold, traction and electrical stimulation eased comfort, while the evidence points to manual therapy and exercise for lasting change.
7. Strength fixes what stretching alone cannot. Her recurring tightness was linked to posture and possibly joint hypermobility, so her plan targeted the muscles that hold the shoulders back.
8. Recovery is rarely a straight line. Her pain rose from about 1 to 3 after a four-week break and then settled again, which is why tapering beats stopping.
9. Good outcomes can still leave residuals. She went from 8 to 1, yet tightness, occasional arm symptoms and sleep disruption remained and may recur.
10. New findings at discharge get acted on. Mild weakness and an unclear reflex at the final examination led to a plan for repeat testing, imaging and nerve studies if needed, rather than a simple discharge.

14. Glossary of terms

15. Explore more

References

1. Côté P, Wong JJ, Sutton D, et al. Management of neck pain and associated disorders: a clinical practice guideline from the Ontario Protocol for Traffic Injury Management (OPTIMa) Collaboration. Eur Spine J. 2016;25(7):2000-2022. doi:10.1007/s00586-016-4467-7
2. 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
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