By the Templateez Team · Licensed Attorney · June 2026

Podiatry Intake Forms: What Every Foot and Ankle Practice Needs to Capture

A patient walks into a podiatry office with heel pain they have been managing for six months with drugstore insoles. They are diabetic, take Warfarin for a separate cardiac issue, and work a warehouse job that requires steel-toe boots and ten hours on their feet. None of that information is going to surface from a generic medical history form. And all of it changes the clinical decision-making from the first encounter forward.

Podiatric medicine sits at an intersection that general intake forms were never designed to handle — it overlaps with endocrinology, vascular medicine, orthopedics, and occupational health, yet the chief complaint almost always starts in the foot. A purpose-built podiatry intake form captures what the referring physician's notes leave out, what the patient forgets to mention, and what drives the treatment plan before anyone has looked at an X-ray. Here is what it needs to include.

Chief complaint: the foot and ankle problem in the patient's own words

Every podiatric encounter begins with the reason the patient made the appointment. A well-structured intake captures the complaint with enough specificity that the provider can begin forming a differential before entering the exam room:

• Pain location and character — plantar heel, dorsal midfoot, first MTP joint, posterior ankle, lateral ankle, between specific toes. Character matters as much as location: sharp and stabbing (plantar fasciitis, neuroma), burning and tingling (neuropathy), deep aching (stress fracture, arthritis), throbbing (gout, infection). A checkbox grid covering common locations paired with a free-text descriptor captures both efficiently.
• Duration and onset — when the problem started, whether onset was sudden or gradual, and whether it has been getting worse, staying the same, or improving. A six-week complaint with gradual onset and progressive worsening suggests a different workup than an acute injury three days ago.
• Mechanism of injury — acute trauma (ankle sprain, dropped object, fall), overuse (new running program, job change requiring more standing), or gradual onset with no identifiable event. The mechanism shapes the differential. An inversion ankle injury points toward lateral ligament damage. Gradual medial arch pain in a new runner points toward posterior tibial tendon dysfunction.
• Aggravating and relieving factors — worse with first steps in the morning (classic plantar fasciitis), worse after prolonged standing (venous insufficiency, stress fracture), better with rest, worse with specific shoes. These modifiers are among the most diagnostically useful data points in a podiatric history.
• What the patient has already tried — over-the-counter orthotics, ice, rest, bracing, compression, NSAIDs, topical analgesics, stretching, physical therapy. This prevents the provider from recommending something the patient has already failed and establishes the trajectory of care.
• Impact on mobility and daily activity — can the patient walk without assistance, have they reduced activity, are they missing work, have they stopped exercising. Functional impact drives urgency and shapes the treatment plan's aggressiveness.

Foot and ankle history: what the feet have been through

The feet carry the cumulative weight of every prior injury, surgery, and structural issue. A patient presenting with a current complaint often has a foot and ankle history that directly influences what is happening now:

• Prior foot and ankle injuries — ankle sprains (how many, which side, how long ago), metatarsal fractures, stress fractures, Achilles ruptures, plantar plate tears. Recurrent ankle sprains are a setup for chronic lateral ankle instability. A prior fifth metatarsal fracture changes the approach to a new complaint in the same area.
• Prior foot and ankle surgeries — bunionectomy, hammertoe correction, Achilles repair, ankle fracture ORIF, neuroma excision, plantar fascia release. The surgical history constrains future options and explains current anatomy. A patient who had a failed bunionectomy ten years ago presents a different clinical picture than one with a virgin first MTP joint.
• History of foot ulcers — location, when, how long to heal, whether hospitalization was required. Ulcer history is the single strongest predictor of future ulceration in diabetic patients and immediately stratifies risk.
• Ingrown toenails — one-time occurrence versus recurrent problem, prior nail avulsions or matrixectomies, which toes are affected. Recurrent ingrown nails may warrant a permanent procedure rather than repeated temporary fixes.
• Structural deformities — bunions (hallux valgus), hammertoes, flat feet (pes planus), high arches (pes cavus), Charcot foot. These are often visible on exam, but the patient's awareness of a longstanding deformity and whether it has been previously treated or braced adds context the exam alone does not provide.

Medical history with podiatric relevance

General medical history forms ask about hypertension and allergies. A podiatric intake needs to drill into the specific systemic conditions that directly affect the foot and ankle — because in podiatry, the foot is often the first place a systemic disease becomes clinically apparent:

• Diabetes — type (1 or 2), duration, most recent A1c, current management (insulin, oral agents, diet-controlled). Diabetes is the single most significant comorbidity in podiatric practice. Duration and A1c level correlate directly with neuropathy risk, healing capacity, and infection susceptibility. A patient with a 15-year history of Type 2 diabetes and an A1c of 9.2 requires a fundamentally different approach than an otherwise healthy patient with the same chief complaint.
• Peripheral vascular disease and peripheral arterial disease — diagnosed PVD or PAD, prior vascular interventions (angioplasty, stenting, bypass), claudication history. Vascular status determines healing potential and surgical candidacy. A patient with PAD and a non-healing wound is a different clinical urgency than one with intact perfusion.
• Venous insufficiency — varicose veins, history of DVT, chronic edema, venous stasis dermatitis. Venous disease drives chronic lower extremity edema, skin changes, and ulceration patterns that are distinct from arterial disease.
• Rheumatoid arthritis — RA frequently manifests in the forefoot with MTP joint erosion, hammertoe formation, and subluxation. Patients on immunosuppressive RA therapy also carry elevated infection risk with any procedure.
• Gout — history of flares, frequency, last flare, uric acid levels, current prophylactic medication. The first MTP joint is the classic gout presentation, and an acute gout flare mimics infection closely enough that the history must be clear before treatment begins.
• Obesity and BMI — excess weight is a direct mechanical stressor on the feet and a complicating factor in plantar fasciitis, posterior tibial tendon dysfunction, and surgical recovery.
• Immunocompromised status — HIV, organ transplant recipients on anti-rejection medications, patients on chemotherapy. Immunocompromise changes the risk calculus for any procedure and alters wound-healing expectations.

Vascular and neurological screening

This section of the intake feeds directly into risk stratification — particularly for diabetic patients, where the combination of neuropathy and vascular compromise is the pathway to ulceration and amputation. While the clinical exam will confirm these findings, capturing the patient's baseline awareness and any prior testing results gives the provider a starting framework:

• Peripheral pulses — has the patient been told they have weak or absent pulses in their feet? Prior ABI (ankle-brachial index) results if available. Dorsalis pedis and posterior tibial pulse assessment is a core part of the podiatric exam, but knowing whether a vascular specialist has already documented diminished flow changes the workup.
• Sensation changes — numbness, tingling, burning in the feet. Has monofilament testing or vibration testing been performed previously? Loss of protective sensation is the gateway to undetected injury and ulceration in diabetic feet. A patient who reports they cannot feel temperature changes in their feet is flagging a neuropathy that demands immediate attention.
• Skin temperature and color changes — one foot colder than the other, color changes with elevation or dependency, mottling. These are vascular red flags the patient may have noticed but never reported.
• Hair growth pattern — absence of hair growth on the toes and dorsal foot is a clinical marker of peripheral vascular disease that patients sometimes notice themselves.
• Capillary refill — while this is primarily assessed on exam, asking whether a prior provider has noted slow capillary refill establishes baseline awareness.

Together, these vascular and neurological data points feed into the CMS diabetic foot risk categories (0 through 3) that determine examination frequency, therapeutic shoe eligibility, and the overall intensity of the care plan. Practices participating in the HIPAA-compliant documentation framework need these fields captured consistently.

Current medications: what affects surgical planning and healing

A general medication list captures everything the patient takes. A podiatric intake needs to flag the medications with direct foot-and-ankle clinical implications:

• Anticoagulants — Warfarin, Eliquis, Xarelto, Plavix, aspirin therapy. Anticoagulant status is the first question in surgical planning. A nail avulsion, matrixectomy, or any procedure involving soft tissue in a patient on blood thinners requires coordination with the prescribing physician and potentially a hold period.
• Diabetes medications — insulin type and dose, metformin, sulfonylureas, GLP-1 agonists. The medication regimen reveals how well-controlled the diabetes is and whether the patient is on agents that affect healing or carry hypoglycemia risk during procedures.
• Immunosuppressants — methotrexate, biologics (Humira, Enbrel), transplant anti-rejection drugs. These elevate infection risk with any surgical intervention and slow healing.
• Corticosteroids — chronic oral steroid use (prednisone) affects skin integrity, healing time, and infection susceptibility. Patients on long-term steroids have thinner, more fragile skin and delayed wound closure.

Footwear assessment: what they are putting their feet into

Footwear is both a contributing factor to the chief complaint and a treatment modality in podiatric care. Most practices evaluate shoes on exam, but the intake form should capture baseline information that the patient can provide before the visit:

• Current shoe type — athletic shoes, dress shoes, work boots, sandals, flip-flops, heels. The daily shoe is often a primary driver of the complaint. A patient in unsupportive flats eight hours a day presenting with plantar fasciitis has an addressable contributing factor.
• Shoe size — what size the patient buys and when they were last professionally measured. Studies consistently show that a significant percentage of adults wear shoes that are the wrong size, and ill-fitting shoes drive bunion progression, hammertoe formation, and toenail pathology.
• Custom orthotics — does the patient currently use custom orthotics or over-the-counter inserts? When were they made? By whom? Are they wearing them consistently? A pair of custom orthotics from seven years ago that the patient uses sporadically is not providing meaningful support.
• Work shoe requirements — steel-toe boots, safety shoes, non-slip requirements, ESD-compliant footwear. Occupational shoe requirements often conflict with what the foot needs therapeutically. A warehouse worker in steel-toe boots cannot simply switch to a wider, more cushioned shoe. The treatment plan must work within the footwear constraints of their job.
• Activity-specific footwear — running shoes (mileage on current pair), cleats, hiking boots, cycling shoes. Sport-specific footwear has direct biomechanical implications that affect both diagnosis and treatment recommendations.

Activity and occupation

The foot and ankle do not exist in isolation from how the patient uses them. Occupation and activity level shape both the etiology of the complaint and the realistic parameters of the treatment plan:

• Occupation and work demands — hours spent standing per day, hours walking, whether the job involves ladders, kneeling, squatting, or repetitive impact. A nurse on twelve-hour shifts has different recovery constraints than a desk worker. An electrician who spends half the day on ladders cannot tolerate an unstable ankle.
• Sport and recreational participation — running (mileage per week), court sports, hiking, dancing, martial arts. Sport-specific biomechanical demands create sport-specific injury patterns that direct the differential diagnosis.
• Activity modifications already made — has the patient already stopped running, switched from high-impact to low-impact exercise, reduced work hours, started using an assistive device? These modifications reveal both the severity of the functional impact and the patient's willingness to adapt.
• Return-to-activity goals — what does the patient want to get back to doing? Training for a marathon, returning to a construction job, walking the dog without pain. Treatment goals should be defined by the patient's functional aspirations, not just the resolution of a clinical finding on imaging. A small plantar fascia tear in a patient whose goal is comfortable walking requires a different conversation than the same finding in a competitive runner.

The overlap between podiatric care and rehabilitation is significant. Physical therapy intake forms capture much of the same functional assessment data from the rehabilitation side, and patients often move between both providers during a single episode of care.

Diabetic foot care program documentation

For practices with a significant diabetic patient population, the intake form should include a dedicated section that captures the data points required for CMS diabetic foot care program participation and therapeutic shoe benefit eligibility:

• Risk category — CMS classifies diabetic feet into categories 0 through 3 based on the presence of neuropathy, structural deformity, vascular disease, and ulcer or amputation history. Category determines exam frequency coverage (annual for Category 0, every 1 to 2 months for Category 3).
• Last comprehensive foot exam — date and provider. Medicare covers one comprehensive diabetic foot exam per year, and knowing when the last one occurred prevents duplicate billing and ensures the patient is not overdue.
• Ulcer history — prior diabetic foot ulcers, location, healing time, whether they required hospitalization or surgical debridement. Ulcer history elevates the risk category and changes the care plan intensity.
• Amputation history — toe amputation, partial foot amputation, below-knee amputation on the contralateral limb. Any amputation history places the patient in the highest risk category and triggers the most frequent monitoring schedule.
• Therapeutic shoe benefit — has the patient used the Medicare Therapeutic Shoe Program (TCC code A5500 and related) this calendar year? The benefit resets annually, and knowing current-year utilization prevents ordering when the benefit has already been exhausted.

Insurance specifics for podiatric practices

Podiatry has insurance nuances that general medical practices do not encounter. The intake form should capture insurance details with enough specificity to prevent claim denials and prior authorization delays:

• Medicare status — Medicare is the largest payer for podiatric services, particularly diabetic foot care and therapeutic shoe benefits. Capturing the Medicare Beneficiary Identifier, Part B effective date, and any secondary insurance upfront prevents billing delays.
• Prior authorization status — does the patient's plan require prior authorization for custom orthotics, surgical procedures, or advanced wound care? Many commercial plans deny podiatric orthotics without pre-authorization, and discovering this after fabrication is an expensive problem.
• Workers' compensation or auto accident — foot and ankle injuries from workplace incidents or motor vehicle accidents involve separate claim numbers, adjusters, and billing pathways. These must be identified at intake, not discovered when a standard insurance claim is denied.
• Podiatry-specific CPT codes commonly denied — routine foot care codes (11719, 11720, 11721) are denied unless medical necessity is documented. The intake form should capture the systemic conditions (diabetes, PVD, neuropathy) that establish medical necessity for these services so the documentation is in place from the first visit.

HIPAA consent and patient authorization

As with any healthcare practice, the intake must include HIPAA-compliant consent for treatment, payment, and healthcare operations. In podiatry, this extends to authorization for sharing records with referring physicians (primary care, endocrinology, vascular surgery), authorization for photographs of the feet for clinical documentation (standard in wound care and pre/post-surgical documentation), and consent for communication preferences — particularly appointment reminders for the recurring visits that diabetic foot care programs require.

Building a podiatric practice on thorough documentation

A podiatric intake form that captures the chief complaint in clinical detail, screens for the systemic conditions that drive foot pathology, documents vascular and neurological baseline status, evaluates footwear as both a contributing factor and a treatment avenue, and addresses the insurance specifics that determine reimbursement is not just a clinical document — it is an operational one. It reduces chair time spent gathering history, prevents claim denials, supports medical necessity for routine foot care, and establishes the documentation foundation that diabetic foot care programs and surgical authorizations require.

If your practice is building a documentation system across multiple healthcare specialties, the Healthcare Bundle includes podiatry alongside 20 other healthcare intake sets, each with specialty-specific fields.