Intake Forms for Chiropractors: Spinal Health History, Pain Assessment, and Treatment Goals

By Daniel Akselrod · July 2026

A new patient presents at a chiropractic office complaining of neck pain that started after a car accident three weeks ago. The front desk hands them a standard health history form — the same form a general practitioner would use. It captures their blood pressure medications and their penicillin allergy, but it has no field for previous spinal surgeries, no section for prior chiropractic care, no mechanism-of-injury classification, and no contraindication screening for cervical manipulation. The doctor walks into the exam room with a form that tells them almost nothing about the patient’s spine, and the most important clinical decisions — whether to adjust the cervical spine at all, what technique to use, and what imaging to order first — are being made without the information that should have been captured twenty minutes earlier in the waiting room.

Chiropractic intake demands documentation that standard medical forms do not provide. The spinal history, the manipulation-specific contraindication screening, the pain assessment tools that insurance carriers require for medical necessity, and the informed consent disclosures that are unique to spinal manipulation — all of these must be captured at the first visit. A purpose-built chiropractic intake form gives the treating doctor a complete clinical picture before the examination begins and builds the documentation trail that supports every treatment decision that follows.

Spinal health history: the section that generic forms miss entirely

Every chiropractic patient has a spinal history. The patients with the most complex treatment needs are the ones with the most extensive prior spinal care, and a generic health history form captures none of it:

• Previous chiropractic care — where, when, how long, what techniques were used (diversified, Activator, Thompson drop, flexion-distraction, Gonstead, upper cervical specific), and whether the patient felt the treatment was helpful. A patient who responded well to manual diversified adjustment but not to instrument-assisted technique is giving you a clinical roadmap. A patient who has seen four chiropractors in two years with no lasting improvement is telling you something about the underlying condition that adjustment alone may not resolve.
• Spinal surgery history — fusion levels, hardware placement (rods, screws, cages), laminectomy, discectomy, artificial disc replacement. Fused spinal segments are absolute contraindications for adjustment at that level. Adjacent segments may require modified technique with reduced force. This is not optional screening — adjusting a fused segment can cause catastrophic injury, and the intake form is the first line of defense.
• Spinal fracture history — compression fractures (common in osteoporotic patients, often undiagnosed), vertebral body fractures from trauma, stress fractures in athletes. A history of spinal fractures changes the technique selection, force application, and may contraindicate manipulation entirely in favor of mobilization or instrument-assisted methods.
• Spinal injections — epidural steroid injections, facet joint injections, nerve root blocks, trigger point injections. Dates, locations, and outcomes. Recent injections may have post-procedure manipulation restrictions, and the effectiveness (or ineffectiveness) of injections provides diagnostic information about the pain generator.
• Known spinal diagnoses — disc herniation (level and laterality), spinal stenosis (central or foraminal), scoliosis (degree of curvature), degenerative disc disease, spondylolisthesis (grade and level), ankylosing spondylitis, rheumatoid involvement of the cervical spine. Each of these diagnoses fundamentally alters your treatment approach, technique selection, and prognosis discussion with the patient.

Contraindication screening: the patient safety gate

Spinal manipulation is a safe and effective treatment when applied to appropriate patients. The intake form must screen for conditions that contraindicate manipulation or require technique modification — and this screening must happen before the first adjustment, not after a complication:

• Osteoporosis and osteopenia — reduced bone density increases fracture risk with manipulation, particularly in the thoracic spine. Postmenopausal women and patients on long-term corticosteroid therapy are at elevated risk. Your intake should ask about bone density testing history, diagnosed osteoporosis, and medications that affect bone metabolism (bisphosphonates, denosumab, long-term prednisone).
• Anticoagulant and antiplatelet therapy — patients on warfarin, heparin, rivaroxaban, apixaban, or clopidogrel have increased bruising and bleeding risk with manipulation. This does not necessarily contraindicate care, but it requires technique modification and informed consent disclosure about the elevated risk of soft tissue injury.
• Vascular conditions — the most serious known risk of cervical manipulation is vertebral artery dissection, which can result in stroke. While the absolute risk is extremely low, screening for vascular risk factors is both clinically prudent and legally required in many jurisdictions. Your intake should ask about prior stroke or TIA, known arterial disease, connective tissue disorders (Ehlers-Danlos, Marfan syndrome), and vascular symptoms (dizziness, visual disturbances, drop attacks, difficulty swallowing) that may suggest existing vertebrobasilar insufficiency.
• Inflammatory conditions — rheumatoid arthritis, ankylosing spondylitis, psoriatic arthritis, and other inflammatory arthropathies can destabilize spinal joints, particularly in the upper cervical spine where RA can erode the transverse ligament of C1. Active inflammatory disease requires imaging before any cervical manipulation.
• Red flag symptoms — unexplained weight loss, night pain that wakes the patient from sleep, fever associated with spinal pain, progressive neurological deficit (worsening weakness, numbness, or loss of bowel/bladder control), and saddle anesthesia. These symptoms suggest serious underlying pathology — malignancy, infection, or cauda equina syndrome — and require immediate referral, not adjustment. Your intake form should screen for these explicitly so they are identified before the patient reaches the treatment room.

Pain assessment: standardized outcome measures insurance requires

Insurance carriers do not authorize ongoing chiropractic care based on the patient saying they still hurt. They require standardized, validated outcome measures that demonstrate functional impairment at baseline and measurable improvement over the course of treatment. These tools must be administered at intake to establish the baseline:

• Visual Analog Scale (VAS) — a 0-to-10 numeric pain rating that provides a quick, standardized pain intensity measure. Simple, but it must be documented at intake so that every subsequent measurement has a comparison point. A patient who starts at 8/10 and is at 3/10 after twelve visits has a documented 62.5% improvement that justifies the care rendered.
• Oswestry Disability Index (ODI) — the gold standard for low back pain functional assessment. Ten sections covering pain intensity, personal care, lifting, walking, sitting, standing, sleeping, social life, travel, and employment. The percentage score classifies disability from minimal to bedbound. Insurance carriers know this tool, accept it as evidence of medical necessity, and compare your patient’s score against normative data.
• Neck Disability Index (NDI) — the cervical spine equivalent of the ODI. Ten sections covering pain intensity, personal care, lifting, reading, headaches, concentration, work, driving, sleeping, and recreation. For cervical complaints, the NDI provides the standardized documentation that supports continued care authorization.
• Functional limitations — beyond standardized scales, the intake form should capture specific activities the patient cannot perform or can only perform with difficulty. “Cannot sit at a desk for more than 20 minutes,” “unable to lift children,” “cannot turn head to check blind spot while driving” — these specific, measurable limitations become the treatment goals that justify your care plan and give re-examination milestones that demonstrate progress.

Imaging history: avoiding redundant studies

A patient who had an MRI of their lumbar spine six weeks ago at an orthopedist’s office does not need another one. But the treating chiropractor needs to know it exists, where it was performed, and what it showed. Capturing imaging history at intake prevents unnecessary radiation exposure, avoids duplicate costs, and provides diagnostic information that informs the treatment plan:

• Prior imaging studies — X-rays, MRI, CT scans, bone scans. For each: the date performed, the facility, the body region imaged, and the findings if the patient knows them. “MRI showed L4-L5 disc herniation with right-sided nerve root compression” is clinically actionable information that shapes your examination and treatment approach from the first visit.
• Previous chiropractic X-rays — if the patient previously saw another chiropractor who took X-rays, those films may be available for transfer. Asking at intake saves the patient radiation exposure and your office the cost and time of repeat imaging.
• Imaging contraindications — pregnancy (contraindication for X-ray), metallic implants (may contraindicate MRI), claustrophobia (may prevent MRI completion), and weight limits for imaging equipment. Capturing these at intake prevents scheduling imaging that cannot be completed.

Treatment goals and patient expectations

Patients present to chiropractic offices with fundamentally different expectations, and misalignment between the patient’s goals and the treatment plan creates dissatisfaction, early dropout, and wasted clinical effort. The intake form should capture what the patient is trying to achieve:

• Pain relief — the most common goal. The patient is in pain and wants it to stop. Treatment planning focuses on reducing pain to a tolerable level and restoring function, typically over a defined acute care phase of four to twelve weeks.
• Functional restoration — the patient wants to return to a specific activity: playing golf, carrying their grandchild, working a full shift without pain. These patients have concrete outcome targets that the treatment plan can be designed around.
• Wellness and maintenance — the patient is not in acute pain but wants periodic adjustments to maintain spinal health, prevent recurrence, or manage a chronic condition. Insurance typically does not cover wellness care, so these patients must understand the self-pay structure from the first visit. Your intake form should capture the patient’s expectation so the billing conversation happens at intake, not after three months of care that the patient assumed was covered.
• Sports performance — athletes seeking chiropractic care for performance optimization, injury prevention, or recovery from sports injuries. These patients often have specific biomechanical concerns and may be working with athletic trainers, physical therapists, or sports medicine physicians simultaneously. Coordination of care is important, and the intake form should capture the patient’s athletic activities and other providers involved in their care.

Informed consent: unique to spinal manipulation

Chiropractic informed consent carries specific disclosure obligations that differ from general medical consent. The risks of spinal manipulation are real, low-probability, and include outcomes that patients must understand before treatment begins:

• Nature of treatment — what spinal manipulation (chiropractic adjustment) is, how it is performed, the expected cavitation sound, and what the treatment is designed to accomplish. Many first-time patients have never been adjusted and have anxiety about what will happen.
• Material risks of spinal manipulation — post-adjustment soreness (common, expected, temporary), temporary increase in symptoms, and the rare but serious risks including disc injury, rib fracture (particularly in osteoporotic patients), and vertebrobasilar artery dissection with cervical manipulation that can result in stroke. The probability is extremely low — estimates range from 1 in 400,000 to 1 in several million cervical manipulations — but the severity of the outcome makes disclosure legally and ethically required in most jurisdictions.
• Alternatives to chiropractic treatment — medication management, physical therapy, injections, surgical intervention, or no treatment. The patient must understand that chiropractic care is one option among several, and they have the right to choose a different approach.
• Right to withdraw consent — the patient can stop treatment at any time, for any reason, without consequence. This includes the right to refuse a specific technique or the right to decline cervical manipulation while continuing with thoracic or lumbar care.

Chiropractic offices that also offer massage therapy, acupuncture, or physical therapy modalities need parallel intake documentation for each service. The Healthcare Bundle includes chiropractic alongside 20 other healthcare specialties, each with profession-specific intake fields and questionnaires. For offices that see a high volume of personal injury cases, dedicated PI intake forms capture the motor vehicle accident details, attorney information, and liability insurance documentation that chiropractic PI cases require from the first visit.