A dog that constantly licks at its paws, chews between the toes, or rubs its feet on the carpet is one of the most common complaints veterinary dermatologists hear. The licking itself is not a disease; it is a symptom. The challenge is that several very different conditions can cause the same behavior, and treating the wrong one wastes time while the underlying problem worsens. This guide covers the full range of causes with the clinical detail needed to understand what your veterinarian is looking for and why. Dogs lick their paws as part of normal grooming, typically after returning indoors from a walk or after eating. Brief, occasional licking that causes no redness, no fur discoloration, no skin changes, and does not recur throughout the day is generally normal. The following patterns indicate a medical problem that warrants evaluation: Understanding paw licking requires knowing what structures are being affected. The canine paw consists of the digital pads (four small pads under each non-dewclaw digit), the metacarpal or metatarsal pad (the large central pad), the claws, and the interdigital skin (the webbed skin connecting the bases of the digits). The interdigital skin is the most common site of inflammation in paw-licking dogs because it is warm, moist from licking, poorly ventilated, and subject to contact with environmental allergens and irritants at every step. The paw also contains numerous sweat glands (eccrine glands in the pads) and sebaceous glands in the interdigital skin, whose secretions create an environment that readily supports yeast and bacterial overgrowth when the skin barrier is disrupted by allergy or irritation. Canine atopic dermatitis (CAD) is a chronic, relapsing inflammatory skin disease caused by hypersensitivity to environmental allergens. The primary target tissues are the skin of the paws (interdigital skin, pads, and nail folds), ears (otitis externa), face (periocular and perioral skin), axillae (armpits), groin, and ventral abdomen. Dogs become sensitized to allergens through both inhalation and skin contact; the disrupted skin barrier characteristic of atopic dogs allows allergen penetration that triggers IgE-mediated immune activation. Common trigger allergens include house dust mites (Dermatophagoides farinae and D. pteronyssinus, the most common indoor allergens), storage mites (Tyrophagus putrescentiae), mold spores (Alternaria, Aspergillus), grass pollens (Bermuda, Timothy, Kentucky bluegrass, orchard grass), tree pollens (oak, birch, cedar), and weed pollens (ragweed, plantain). Diagnosis involves a thorough history, physical examination, and intradermal allergy testing or allergen-specific serum IgE testing to identify the specific triggers. The Canine Atopic Dermatitis Extent and Severity Index (CADESI-04) is used to objectively score disease severity and treatment response. Treatment options include: Apoquel (oclacitinib maleate) at 0.4-0.6 mg/kg twice daily for up to 14 days then once daily for maintenance; Cytopoint (lokivetmab) 2 mg/kg SQ every 4-8 weeks (targets canine IL-31, the primary itch cytokine in atopic dogs); allergen-specific immunotherapy (ASIT) either subcutaneous (SCIT, injections every 1-4 weeks long-term) or sublingual (SLIT, daily drops); and adjunct therapies including omega-3 fatty acid supplementation (EPA and DHA at 20-55 mg/kg/day combined) to support skin barrier function, and medicated shampoos containing chlorhexidine 3-4% for control of secondary infections. Cutaneous adverse food reactions (CAFR), commonly called food allergies, cause skin signs indistinguishable from environmental atopy including paw licking, recurrent ear infections, facial rubbing, and generalized pruritus. In contrast to environmental allergy, food allergy is not seasonal, is present year-round from an early age (though it can develop at any age), and does not reliably respond to corticosteroids. The allergen is almost always a protein; the most common culprits in dogs are beef, dairy, chicken, wheat, egg, corn, soy, and lamb (in rough order of frequency). A dog that has eaten the same food for years can still develop a reaction to it; time of exposure does not prevent sensitization. Diagnosis requires a strict dietary elimination trial. The dog is fed either a novel protein diet (a protein source it has never been exposed to, such as kangaroo, venison, rabbit, or duck if those are truly novel for that individual dog) or a hydrolyzed protein prescription diet (Hill’s Prescription Diet z/d, Royal Canin HP, Purina Pro Plan HA) for a minimum of 8 weeks, ideally 12 weeks. All other food items must be completely excluded: no treats, no flavored chews, no flavored toothpaste, no flavored medications, no shared food from family meals. If the pruritus and paw licking improve by 50% or more during the trial, a food allergy is likely; confirmation requires a food challenge (reintroducing the original diet) to provoke return of signs, though many owners decline this step. There is no reliable blood or skin test for food allergy in dogs; the elimination diet trial is the gold-standard diagnostic method. Malassezia pachydermatis is a lipophilic yeast that lives as a normal commensal organism on canine skin. In dogs with disrupted skin barriers (from atopy, food allergy, or excessive moisture) the yeast population expands beyond normal levels, causing Malassezia pododermatitis: inflammation of the interdigital skin and nail folds characterized by intense pruritus, reddish-brown fur staining, a distinct musty or corn-chip odor, and greasiness or crusting between the toes. The odor is a reliable clinical sign that experienced owners and veterinarians recognize. Affected skin appears red to orange-brown, may be thickened (lichenification), and the nail folds (the skin around the base of each nail) are often inflamed. Diagnosis is confirmed by cytology: a glass slide impression smear or clear adhesive tape preparation from the interdigital skin is stained with Diff-Quik and examined under a microscope; finding more than 2 yeast organisms per oil-immersion field is considered significant overgrowth. Treatment involves topical antifungal therapy (2% miconazole or 2% clotrimazole shampoo or spray, applied 2-3 times weekly; ketoconazole 2% shampoo; or chlorhexidine 2-4% shampoo which has both antifungal and antibacterial properties), with oral antifungal therapy (ketoconazole 5-10 mg/kg once daily with food, itraconazole 5 mg/kg once daily, or fluconazole 5 mg/kg once daily) reserved for severe or recurrent cases. Malassezia pododermatitis almost always recurs if the underlying allergic cause is not addressed; antifungal treatment alone without allergy management provides temporary relief at best. Staphylococcus pseudintermedius is the primary bacterial pathogen causing secondary skin infection in dogs with atopy. In the interdigital spaces, bacterial overgrowth causes superficial pyoderma (pustules, papules, and crusting on the surface) that can progress to deep pyoderma (furuncles: painful, firm nodules in the interdigital skin filled with purulent material that may rupture and form draining tracts). Interdigital furuncles are particularly common in short-coated dogs (English Bulldogs, Labrador Retrievers, Bull Terriers, Great Danes) in which the stiff hairs penetrate the follicle wall rather than growing straight, creating a foreign body reaction that becomes secondarily infected. Dogs with furuncles typically have significant pain and may limp on the affected paw. Treatment requires oral antibiotics based on culture and sensitivity results; first-line choices pending culture include cephalexin 22-30 mg/kg twice daily or amoxicillin-clavulanate 12.5-25 mg/kg twice daily for a minimum of 4-6 weeks for deep pyoderma. Methicillin-resistant Staphylococcus pseudintermedius (MRSP) is an increasing concern and requires culture-directed therapy. Contact with irritating substances causes acute paw licking that begins immediately after exposure. Common culprits include lawn herbicides and fertilizers, road salt and ice-melt chemicals (calcium chloride, magnesium chloride) in winter, household floor cleaners and disinfectants (particularly quaternary ammonium compounds), certain grass species that cause direct contact irritation, and hot pavement in summer. Allergic contact dermatitis from nickel (found in some metal tags or bowls the dog puts its feet in), rubber compounds, or specific plant resins is less common but occurs. The distribution of affected skin closely follows the contact pattern: all four paws are equally affected, and licking begins immediately or shortly after the contact event. Treatment is identification and avoidance of the offending substance, thorough foot washing with mild soap and water after each walk during high-risk seasons, and temporary topical corticosteroid therapy for acute flares. Sarcoptes scabiei (canine scabies) causes intense generalized pruritus that includes paw licking but is typically distributed across the elbows, ear margins, ventral abdomen, and hocks as well. The pinnal-pedal reflex (scratching motion when the ear margin is rubbed) is positive in approximately 75-90% of scabies cases and is a useful screening test. Diagnosis is by skin scraping (mites are found in fewer than 50% of scrapings despite active infection), serology (IgE anti-Sarcoptes antibody testing is more sensitive), or response to treatment. Treatment with isoxazoline class parasiticides (fluralaner/Bravecto, afoxolaner/NexGard, sarolaner/Simparica) given as a single dose is now the preferred treatment over older topical and dip protocols. Demodex canis (demodicosis) causes focal or generalized hair loss with secondary infection but less intense pruritus than scabies; paw licking from demodicosis typically has concurrent follicular pustules and alopecia on the affected paws. Harvest mites (Trombicula autumnalis, chiggers) and Cheyletiella mites cause seasonal paw irritation in dogs with outdoor exposure. A dog that focuses licking on one paw, particularly if it also limps, may be licking in response to localized pain rather than pruritus. Foreign bodies embedded in the interdigital space (grass awns, thorns, splinters) are a very common cause; a grass awn (foxtail) can migrate deeply into the tissue and be difficult to locate without careful probing or imaging. Broken or cracked nails, nail-bed infections (paronychia), a fractured digit, or early arthritis of the carpus or tarsus (wrist or ankle) can cause pain-driven licking. The key differentiator from pruritic licking is that pain-driven licking is focused on one anatomical location and is often accompanied by lameness, while pruritic licking tends to involve multiple feet and fits a broader pattern of allergy signs. Examination should include careful palpation of each digit, nail, and joint, and radiographs when orthopedic disease is suspected. Chronic anxiety, separation anxiety, and compulsive disorders can produce repetitive licking behaviors including paw licking, but these are genuine diagnoses of exclusion. Behavioral licking occurs in dogs with documented anxiety histories, is typically non-seasonal, often involves other compulsive behaviors (tail chasing, flank sucking, shadow chasing), and does not cause the physical skin changes (redness, fur staining, infection) seen with allergic licking unless the behavior has been occurring long enough to cause secondary skin damage. When allergic disease has been thoroughly ruled out and behavioral licking is confirmed, management includes environmental enrichment, behavior modification protocols, and pharmacological support with fluoxetine (1-2 mg/kg once daily) or clomipramine (2-3 mg/kg twice daily) as adjuncts to behavior modification. Treating a dog’s presumed “anxiety licking” with behavioral medication when the actual cause is untreated atopic dermatitis is one of the most common reasons dogs suffer unnecessarily for months to years. While home management cannot substitute for veterinary diagnosis and treatment of the underlying cause, several measures reduce paw irritation and break the itch-lick cycle while definitive treatment is being pursued: Tea tree oil (melaleuca oil) is toxic to dogs and should never be applied to the skin, including the paws. Apple cider vinegar applied directly to inflamed or broken skin causes significant stinging and can worsen chemical irritation; very dilute solutions have limited antimicrobial effect and should not replace veterinary-grade antifungal treatment. Benadryl (diphenhydramine) has minimal effect on atopic itch in dogs compared to its effect in humans; it may cause sedation but does not address the underlying allergic inflammation and is not an adequate sole treatment for chronic paw licking. Dogs lick their paws because they are bored or anxious, and the solution is more exercise and mental stimulation. The vast majority of dogs that lick their paws chronically are doing so because of allergic disease, secondary infections, or contact irritants, not because of behavioral causes. Telling owners to address boredom when their dog actually has untreated atopic dermatitis or a food allergy delays diagnosis and allows secondary infections to worsen. Behavioral paw licking is a real condition but is a diagnosis of exclusion: it is considered only after allergies, parasites, infections, pain, and contact irritants have all been ruled out through proper veterinary workup. Exercise and enrichment are good for all dogs but do not treat pruritic skin disease. Antihistamines (Benadryl) are the best first treatment for a dog that licks its paws, just like they work for human allergies. Diphenhydramine (Benadryl) has very limited efficacy for controlling itch in atopic dogs. This is because canine atopic dermatitis is primarily mediated by cytokines (particularly IL-31) and T-cell inflammatory pathways, not primarily by histamine. The H1-receptor pathway that antihistamines block plays a smaller role in canine itch than it does in human allergic rhinitis. Veterinary-specific medications such as Apoquel (oclacitinib) and Cytopoint (lokivetmab) are dramatically more effective for atopic itch in dogs. Antihistamines may provide minimal adjunct benefit in some dogs, particularly for hives from acute reactions, but they are not an adequate primary treatment for chronic paw licking from atopy. If my dog has been on the same food for two years without problems, food allergy is not the cause of its paw licking. Food allergy in dogs typically develops after months to years of repeated exposure to the offending protein, not on first exposure. A dog that has eaten chicken-based food for three years can develop a chicken allergy because the immune system requires repeated exposure before mounting a pathological IgE response. Food allergy can develop at any age and at any point in a dog’s history with a particular food. The duration of exposure to a food does not reduce the probability of food allergy; it may actually increase it. Any dog with non-seasonal, year-round paw licking that does not respond well to environmental allergy treatment deserves a proper food elimination trial regardless of how long it has been on its current diet. Nighttime paw licking is often worse in atopic dogs because house dust mite allergen levels peak in sleeping areas where the dog rests, and because the dog is inactive with nothing to distract from the itch sensation. If the licking specifically worsens in the bedroom or on bedding, reducing the dust mite burden (frequent hot-wash laundering of bedding, vacuuming mattresses and carpets, using dust-mite-proof covers on dog beds) may help alongside primary allergy treatment. Nighttime is also when dogs with chronic pain from arthritis or an embedded foreign body have fewer distractions; if the licking is focused on one paw at night, pain should be ruled out. Single-paw licking significantly shifts the diagnostic probability toward a localized cause rather than a systemic allergic disease, which typically affects all four paws. The most common causes of single-paw licking are a foreign body embedded in the interdigital space (grass awn, thorn, splinter), an interdigital furuncle or cyst on that specific foot, a broken or cracked nail, nail-bed infection or tumor, a localized contact irritant (stepping on something), or localized pain from a sprain or early joint disease. A veterinarian should examine the specific paw carefully, including probing between the toes and palpating each digit and joint, before attributing single-paw licking to generalized allergy. Apple cider vinegar is widely recommended online but the evidence for its veterinary use is very limited. Dilute apple cider vinegar (1:1 dilution with water) applied to intact, unbroken skin has some mild antifungal and antibacterial properties and is unlikely to cause harm in that specific form. However, it should never be applied to inflamed, broken, or ulcerated skin because the acidity causes significant stinging and can worsen irritation. It is not an adequate substitute for veterinary-grade antifungal or antibacterial treatment in a dog with confirmed Malassezia or bacterial pododermatitis. It does not address the underlying allergic cause driving the licking. For foot rinses after outdoor walks, plain water or a very dilute chlorhexidine solution is more effective and evidence-based. Stopping a dog from licking its already-raw paws requires addressing two things simultaneously: the immediate tissue damage and the underlying cause. For the tissue: an Elizabethan collar (e-collar or cone) prevents physical access while the skin heals; veterinary wound spray containing chlorhexidine and lidocaine (such as Vetericyn) can clean and soothe the area; and short-term corticosteroid spray reduces inflammation. For the underlying cause: identify whether this is allergy, infection, contact irritant, or pain through veterinary examination, and begin appropriate treatment. Without treating the underlying cause, a dog will resume licking the moment the e-collar is removed. The e-collar is a temporary aid, not a treatment. Grain-free diets do not cause paw licking; in fact, grains (wheat, corn) are among the less common food allergens in dogs, while animal proteins (beef, dairy, chicken) are the most common. However, grain-free diets have been associated with dilated cardiomyopathy (DCM) in some dogs (an FDA investigation ongoing since 2018 flagged boutique, exotic-protein, or legume-heavy grain-free diets in certain breeds), which is a separate and more serious concern. If you suspect food allergy is causing paw licking, the appropriate diagnostic step is a veterinary-supervised elimination trial using a hydrolyzed protein prescription diet, not a grain-free switch. Many grain-free diets still contain the beef, chicken, or other proteins that are the actual common allergens. A referral to a board-certified veterinary dermatologist (DACVD) is appropriate in the following situations: the dog has been on Apoquel or Cytopoint for several months with inadequate control; the food elimination trial has been completed but results are unclear; you want allergen-specific immunotherapy formulated (this requires intradermal skin testing or a detailed serum allergen panel); the dog has recurrent deep pyoderma or interdigital furuncles requiring culture-directed antibiotic selection and long-term management planning; or the diagnosis remains unclear after standard workup. Dermatologists have access to intradermal allergy testing equipment and protocols that general practitioners typically do not, and they can formulate immunotherapy allergy shots tailored to your dog’s specific allergen profile. The reddish-brown staining you see on light-colored fur between the toes is porphyrin staining: porphyrins are compounds in saliva that turn reddish-brown when oxidized by air exposure. The staining itself indicates chronic licking over weeks to months, but it does not by itself confirm a yeast infection. Yeast (Malassezia pododermatitis) is very common in chronically licked paws because the warm, moist environment created by licking favors yeast overgrowth, but the only way to confirm it is skin cytology. The additional signs that specifically suggest yeast overgrowth include a musty or corn-chip odor from the paws, redness or greasy texture of the interdigital skin, and visible brown-orange discoloration of the skin itself (not just the fur). Your veterinarian can confirm with a 5-minute tape preparation examined under a microscope. For more guides on keeping your dog healthy, browse all our Dog Health articles.
Why Do Dogs Lick Their Paws: Causes and Treatment
Dermatology and Allergy Medicine
This article is reviewed for clinical accuracy. Consult your veterinarian when paw licking is persistent, causes skin changes, or does not improve with initial management.
Key Takeaways
Normal Versus Abnormal Paw Licking
Anatomy of the Canine Paw
Causes of Paw Licking in Dogs
Environmental Allergies (Atopic Dermatitis)
Food Allergies
Yeast Infections (Malassezia Pododermatitis)
Bacterial Infections (Interdigital Furuncles and Pododermatitis)
Contact Irritants and Contact Dermatitis
Parasites
Orthopedic Pain
Anxiety and Behavioral Causes
Red Flags: When Paw Licking Requires Same-Day or Urgent Veterinary Care
How Veterinarians Diagnose the Cause of Paw Licking
Diagnostic Step
What It Identifies
When Used
History (seasonality, diet, environment, response to past treatments)
Environmental vs. food allergy pattern; identifies concurrent ear or skin signs suggesting atopy; reveals contact with potential irritants
Every case; the history alone often points to the most likely cause
Physical examination (interdigital skin, nail folds, pads, all four paws)
Yeast odor; redness, swelling, furuncles; foreign bodies; nail fractures; pain response; secondary infection distribution
Every case; distribution of lesions guides further testing
Skin cytology (tape impression or direct smear of interdigital skin)
Malassezia yeast overgrowth; Staphylococcus bacteria and neutrophils indicating pyoderma; Demodex mites
Any case with visible skin changes, odor, or suspected secondary infection; quick, inexpensive, immediately actionable
Skin scraping
Sarcoptes scabiei, Demodex canis mites
Any dog with generalized pruritus including paws; young dogs with focal alopecia and pododermatitis
Bacterial culture and sensitivity
Identifies specific bacterial pathogen and antibiotic susceptibility; detects MRSP
Cases not responding to empiric antibiotic therapy; recurrent deep pyoderma; before long antibiotic courses
Dietary elimination trial (8-12 weeks)
Food allergy: identifies dietary protein as a contributing cause
Dogs with year-round, non-seasonal paw licking; dogs not responding adequately to environmental allergy treatment; concurrent chronic GI signs
Intradermal allergy test or serum allergen-specific IgE test
Specific environmental allergen triggers; guides allergen-specific immunotherapy formulation
Dogs confirmed to have atopic dermatitis who are candidates for immunotherapy; performed by or in consultation with a veterinary dermatologist
Radiographs (paw)
Bone involvement in deep infections; fractures; joint disease; calcified foreign bodies
Paw swelling, pain, or suspected deep tissue involvement; chronic single-paw licking not improving with allergy treatment
Treatment Options for Dog Paw Licking
Treatment
Best For
Key Details
Apoquel (oclacitinib) 0.4-0.6 mg/kg twice daily x 14 days, then once daily
Atopic dermatitis: fast control of itch within 4 hours; effective for both pruritus and skin inflammation
JAK1 inhibitor; prescription required; safe for long-term use in dogs 12+ months; works year-round; does not address the underlying allergy but controls symptoms effectively
Cytopoint (lokivetmab) 2 mg/kg SQ every 4-8 weeks
Atopic dermatitis: monthly injection given at veterinary office; targets IL-31 (primary itch cytokine)
Monoclonal antibody; minimal systemic side effects; appropriate for all ages including puppies; some dogs need monthly dosing, others every 6-8 weeks; does not affect immune function beyond IL-31 pathway
Allergen-specific immunotherapy (ASIT)
Confirmed atopic dermatitis with identified allergen triggers; the only treatment that modifies the underlying allergy
Subcutaneous (SCIT) injections or sublingual (SLIT) drops containing the dog’s specific allergens in escalating doses; 6-12 months to assess initial response; 60-70% of atopic dogs show significant improvement; requires veterinary dermatologist formulation
Dietary elimination trial (novel protein or hydrolyzed prescription diet, 8-12 weeks)
Suspected food allergy; year-round non-seasonal paw licking
Hill’s z/d, Royal Canin HP, or Purina HA are reliable hydrolyzed options; zero additional food items permitted; must be strict to be diagnostic; improvement occurs gradually over the trial period
Topical antifungal therapy (2% miconazole or chlorhexidine 2-4% shampoo/spray, 2-3x weekly)
Secondary Malassezia pododermatitis confirmed by cytology
Apply between the toes and to the paw surface; leave shampoo in contact for 5-10 minutes before rinsing; continue for 2-4 weeks; recurrence is common without allergy management
Oral antifungals (ketoconazole 5-10 mg/kg SID, itraconazole 5 mg/kg SID)
Severe or recurrent Malassezia pododermatitis not responding to topical treatment alone
Give with food to maximize absorption; monitor liver enzymes with long-term use; itraconazole has fewer drug interactions than ketoconazole; 2-4 week courses typical
Systemic antibiotics (cephalexin 22-30 mg/kg BID or amoxicillin-clavulanate 12.5-25 mg/kg BID)
Secondary bacterial pyoderma or interdigital furuncles confirmed by cytology or culture
Minimum 4 weeks for superficial pyoderma, 6-8 weeks for deep pyoderma/furuncles; culture and sensitivity before long courses; do not discontinue early even if improvement is seen
Foot soaks and rinses (povidone-iodine 0.5% dilution, chlorhexidine 0.05%)
Mild contact irritation; adjunct antimicrobial support; after outdoor walks during allergen season
Dilute povidone-iodine (Betadine) to pale tea color in water; soak paws 5 minutes then dry thoroughly; effective but must be dried completely since moisture worsens yeast; mild, safe, and inexpensive
Omega-3 fatty acid supplementation (EPA + DHA 20-55 mg/kg/day combined)
Adjunct skin barrier support in atopic dogs; reduces inflammatory mediator production
Fish oil (not flaxseed oil, which lacks pre-formed EPA/DHA); moderate evidence for itch reduction; safe, minimal side effects at recommended doses; used alongside, not instead of, primary allergy treatment
Home Management: Reducing Paw Licking
Age-Specific Considerations
Puppies (Under 12 Months)
Adult Dogs (1-8 Years)
Senior Dogs (8+ Years)
Breed-Specific Risks for Paw Licking
Breed
Primary Risk
Key Notes
English Bulldog, Bull Terrier, Boxer
Interdigital furuncles; atopic dermatitis
Short stiff hairs penetrate follicle walls in interdigital skin, creating foreign body reaction; combined with atopy, produces severe recurrent furuncles; may require long-term antibiotic management and allergy treatment simultaneously
Labrador Retriever, Golden Retriever
Atopic dermatitis; food allergy
Both breeds have very high rates of atopy; food allergy (especially beef, chicken, dairy) is common in these breeds; recurrent ear infections concurrent with paw licking is a classic retriever atopy presentation
West Highland White Terrier, Scottish Terrier
Atopic dermatitis; Malassezia pododermatitis
Westies are among the highest-risk breeds for severe atopic dermatitis; Malassezia overgrowth is particularly common due to skin chemistry; fur staining is very visible on white coat; often require long-term maintenance antifungal therapy alongside allergy management
German Shepherd, Doberman Pinscher
Deep pyoderma; atopy
German Shepherds have a recognized predisposition to deep bacterial skin infections including interdigital furunculosis; Dobermans develop a breed-specific superficial suppurative necrolytic folliculitis between toes; both require culture-directed antibiotic selection
Shar-Pei
Food allergy; atopy; skin fold dermatitis
Shar-Peis have the highest rate of food allergy among all dog breeds; atopy also very common; the skin folds create warm moist environments that support yeast and bacterial growth; often require both dietary management and maintenance skin care
Standard Poodle, Miniature Poodle
Food allergy; atopy
Both Poodle sizes have elevated food and environmental allergy rates; the dense curly coat over the paws retains moisture and organic material, promoting secondary infections; regular professional grooming and paw care is part of management
Cost to Diagnose and Treat Paw Licking in the US
Service / Treatment
Typical US Cost
Veterinary exam and history
$60-$150
Skin cytology (tape prep or impression smear)
$40-$80
Skin scraping (mite check)
$30-$60
Bacterial culture and sensitivity
$80-$200
Apoquel 30-count (5.4 mg tablet, medium dog)
$45-$80
Cytopoint injection (one dose)
$65-$150 (includes exam)
Allergen-specific immunotherapy formulation + first year of injections
$300-$700
Prescription hydrolyzed protein diet (30-day supply, 30 lb dog)
$60-$120
Veterinary dermatologist consultation
$150-$300
Paw radiographs (2 views)
$100-$250
Myths and Facts About Dogs Licking Their Paws
Frequently Asked Questions About Why Dogs Lick Their Paws
Why does my dog lick its paws at night?
Why does my dog only lick one paw?
Can I use apple cider vinegar on my dog’s paws?
How do I stop my dog from licking its paws raw?
Is my dog licking its paws because of a grain-free diet?
When should I take my dog to a veterinary dermatologist for paw licking?
Does the reddish-brown staining between my dog’s toes mean it has a yeast infection?
Reviewed by a Licensed Veterinary Doctor (DVM)
Avoid These Common Home Remedies
Myth
Fact
Myth
Fact
Myth
Fact
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