Dog Licks Its Paws: Complete Guide to Causes, Treatment and Prevention

Dog Licks Its Paws: Complete Guide to Causes, Treatment and Prevention

What is paw licking in dogs? Paw licking is a common behavior in dogs that can represent both normal grooming and signs of physical or psychological problems. Excessive licking can lead to skin injuries and infections.

TL;DR - The most important points at a glance

• 6,600 monthly searches show how common this problem is
• Immediate measures: Examine the paws, clean them, interrupt the licking
• Treatment: Depending on the cause, from antihistamines to behavior therapy
• Prevention: Regular paw care, allergen avoidance, stress reduction

Table of contents

1. Causes of paw licking
2. When does paw licking become problematic?
3. Physical causes
4. Psychological causes
5. Diagnosis and examination
6. Treatment options
7. Home remedies and natural approaches
8. Prevention
9. When to see a vet?
10. FAQ - Frequently asked questions

Scientific foundations

A landmark research paper involving 42 dogs documented the effectiveness of serotonin reuptake inhibitors in severe chronic paw licking (PMID: 1385694). The main causes of licking behavior can be divided as follows:

• Dermatological diseases: 45% of cases

The most common triggers in detail

1. Allergic reactions

• Pollen (grasses, trees, weeds)
• House dust mites
• Molds
• Cleaning products and chemicals
• Road salt in winter 2. Bacterial and fungal infections Microbiological examinations of 31 lesions from 22 dogs show that Staphylococcus intermedius can be isolated in 58% of deep cultures (PMID: 18699812). Moist environments between the toes create ideal conditions for:
• Malassezia pachydermatis (yeast)
• Staphylococcus intermedius (bacterium)
• Secondary infections caused by licking 3. Parasitic diseases Parasite infestation can be documented as a cause of excessive paw licking:
• Fleas (Ctenocephalides felis)
• Mites (Sarcoptes scabiei)
• Ticks in the spaces between the toes

Normal vs. problematic paw care

Normal paw licking:

• 2-3 minutes after a walk
• Occasional cleaning between the toes
• No skin discoloration or injuries
• No compulsive character Problematic paw licking:
• More than 10 minutes daily
• Redness, swelling, or open sores
• Discoloration of the fur (brown/red from saliva)
• Loud licking or chewing noises
• Restlessness and stress when interrupted

Recognizing warning signs

Physical signs:

• Saliva discoloration of the fur (porphyrin deposits)
• Thickening of the skin (lichenification)
• Open wounds or ulcers
• Swelling between the toes
• Limping or signs of pain Behavioral indicators:
• Examination during rest periods
• Aggression when the paw is touched
• Avoidance of certain surfaces
• Increased licking during stress *Source: Overall, K. L., et al. (2020). Canine compulsive disorder: A comprehensive review. Veterinary Clinics of North America: Small Animal Practice, 50(3), 567-584. *

Dermatological diseases

Atopic dermatitis

• Development: Overreaction of the immune system to environmental allergens
• Symptoms: Itching, especially on the paws and face
• Seasonality: Often worse in spring and summer
• Breed predisposition: Golden Retrievers, Labradors, German Shepherds

Food allergies and paw licking: A review paper documents that pruritus (itching) is the main complaint in food allergies, usually corticosteroid-resistant (Crit Rev Food Sci Nutr, 2006, PMID: 16527756). A study of 46 dogs showed that 60.9% developed pruritus within 12 hours after food challenge, with the limbs (56.5%) being the most common site of itching (Vet Dermatol, 2021, PMID: 33830555). This underlines the importance of food allergies as a cause of paw licking. *Source: Hillier, A., & Griffin, C. E. (2001). The ACVD task force on canine atopic dermatitis: incidence and prevalence of atopic dermatitis in the dog. Veterinary Immunology and Immunopathology, 81(3-4), 147-151. * Contact dermatitis Direct skin contact with irritating substances leads to local reactions:

• Chemical irritants: Cleaning products, fertilizers, road salt
• Plants: Nettles, toxic grasses
• Materials: Plastic food bowls, synthetic carpets Interdigital furunculosis Deep inflammation between the toes, documented in the veterinary literature:
• Mainly affects short-haired breeds
• Caused by ingrown hairs
• Leads to painful nodules and abscesses

Traumatic injuries

Foreign bodies in the paws Most common foreign bodies:

• Grass seeds and awns (most common cause)
• Thorns and splinters
• Small stones and glass
• Metal objects Complications:
• Abscess formation after 48-72 hours
• Secondary bacterial infections
• Chronic fistulas in overlooked foreign bodies Cuts and tears Injuries caused by sharp objects require immediate treatment:
• First aid: Stop bleeding, rinse the wound
• Veterinary care: Sutures or staples for deep cuts
• Aftercare: Bandage changes, antibiotics if there is a risk of infection

Infectious diseases

Yeast infections (Malassezia) Clinical investigations in 10 Beagle dogs document that healthy canine skin shows resistance to Malassezia pachydermatis through local delayed hypersensitivity and innate immune mechanisms (PMID: 15124870). However, if defenses are weakened, these yeasts can overgrow:

• Risk factors: Moisture, weak immune system, allergies
• Symptoms: Oily, strongly smelling skin, intense itching
• Diagnosis: Skin swab and microscopic examination
• Treatment: Antifungal shampoos and medications Bacterial pododermatitis Overgrowth of harmful bacteria in the spaces between the toes:
• Most common pathogens: Staphylococcus pseudintermedius, Proteus mirabilis
• Development: Often secondary to allergies or injuries
• Treatment: Antibiotic support following resistance testing

Stereotypic behavior and compulsions

Scientific foundations A double-blind, placebo-controlled study of 63 dogs investigated fluoxetine for the treatment of compulsive paw licking and documented its effectiveness in this behavioral disorder (PMID: 9750975).

Acral lick dermatitis is studied in psychiatric research as an animal model for obsessive-compulsive disorders. A study of 42 dogs showed that canine acral lick dermatitis shares similarities with human obsessive-compulsive disorders, both in phenomenology and in pharmacological response to serotonin reuptake inhibitors (Arch Gen Psychiatry, 1992, PMID: 1385694). A comprehensive review confirms psychogenic disorders (obsessive-compulsive disorders, anxiety disorders) as important causes of acral lick dermatitis (Vet Clin North Am, 2019, PMID: 30268424).

Main triggers for stereotypic licking: Neurobiological aspects:

• Altered serotonin and dopamine regulation
• Similarities to human obsessive-compulsive disorders
• Genetic predisposition in certain breeds Breed predispositions Certain breeds show an increased tendency toward compulsive licking behavior:
• German Shepherds: Genetic component documented
• Labrador Retrievers: Often linked with food-related compulsions
• Golden Retrievers: Increased when understimulated
• Dobermans: Usually stress-related

Environment-related stress factors

Social causes

• Hierarchy conflicts between dogs in the household
• Separation anxiety after an owner change or move
• Territorial problems with neighboring dogs
• Changes in family structure (new baby, new partner) Environmental changes Dogs react sensitively to environmental changes:
• Moving to a new home
• Renovation work
• Noise disturbance (construction sites, traffic)
• Extreme weather (thunderstorms, extreme heat/cold)

Attention-Seeking Behavior

Seeking attention through licking Reinforcement cycle:

1. Dog licks paws
2. Owner reacts with attention (even negative attention)
3. Behavior is reinforced
4. Paw licking occurs more frequently Breaking the cycle:

• Ignoring the behavior (difficult when there is a risk of injury)
• Redirecting to desired activities
• Positive reinforcement for alternative behavior

Veterinary diagnostics

Medical history and clinical examination A structured diagnostic approach according to Veterinary Dermatology Guidelines (2021): Important history questions:

• How long has the paw licking been present?
• Are seasonal fluctuations noticeable?
• Which paws are affected (one, several, all)?
• Accompanying symptoms (itching, limping)?
• Previous treatment attempts?
• Any dietary or environmental changes? Clinical examination:
• Inspection of all four paws
• Examination of the spaces between the toes
• Palpation for swelling or pain
• Assessment of skin and coat quality

Diagnostic tests

Allergy tests Modern allergy diagnostics include several approaches: Intradermal allergy test:

• Gold standard for environmental allergens
• 40-60 different allergens are tested
• Performed under sedation
• Reading after 15 minutes and 24 hours Serology (IgE test):
• Blood test for allergy-specific antibodies
• Less invasive than a skin test
• Lower sensitivity for food allergies Elimination diet:
• Only reliable test for food allergies
• 8-12 weeks with novel proteins
• Systematic challenge tests Microbiological examinations Skin impression smear (cytology):
• Rapid test for bacteria and yeasts
• Staining with Diff-Quick or Gram stain
• Immediate results in the practice Bacterial culture:
• In treatment-resistant infections
• Antibiogram for targeted antibiotic therapy
• 48-72 hours until results Fungal culture:
• Special media for dermatophytes
• 2-4 weeks incubation time
• Wood's lamp as screening

Advanced diagnostics

X-ray examination If a foreign body or bone changes are suspected:

• Standard views in two planes
• Contrast agent for fistula tracts
• CT or MRI in complex cases Biopsy Histopathological examination in unclear skin changes:
• Punch biopsy under local anesthesia
• Special stains for fungi and bacteria
• Immunohistochemistry if autoimmune disease is suspected

Medication support

Antihistamines and corticosteroids Various medications are available for allergic reactions: Antihistamines:

• Cetirizine: 1 mg/kg once daily
• Loratadine: 0.5 mg/kg once daily
• Hydroxyzine: 2 mg/kg twice daily
• Few side effects, but often insufficient effect Corticosteroids:
• Prednisolone: 0.5-1 mg/kg daily (short-term treatment)
• Rapid effect, but tolerability issues with long-term use
• Diabetes, immunosuppression, behavior changes possible Modern immunotherapy Oclacitinib (Apoquel):
• JAK1/3 inhibitor with specific action
• 0.4-0.6 mg/kg twice daily
• Rapid onset of action (4-8 hours)
• Less tolerability than cortisone Lokivetmab (Cytopoint):
• Monoclonal antibody against IL-31
• Single injection works for 4-8 weeks
• Very specific effect on itching
• Minimal systemic tolerability issues *Source: Marsella, R., & Girolomoni, G. (2019). Canine models of atopic dermatitis: A useful tool with untapped potential. Journal of Investigative Dermatology, 139(10), 2070-2077. *

Antimicrobial support

Antibiotic treatment For bacterial infections of the paws: First-choice antibiotics:

• Amoxicillin/clavulanic acid: 12.5-25 mg/kg twice daily
• Cephalexin: 20-30 mg/kg twice daily
• Trimethoprim/sulfamethoxazole: 15 mg/kg twice daily Treatment duration:
• Superficial infections: 2-3 weeks
• Deep infections: 4-6 weeks
• At least 1 week beyond clinical recovery Antifungal treatment For fungal infections of the paws: Topical treatment:
• Miconazole shampoo: 2-3x weekly
• Ketoconazole cream: Daily on affected areas
• Chlorhexidine wipes: For daily cleaning Systemic support:
• Itraconazole: 5 mg/kg once daily
• Fluconazole: 2.5-5 mg/kg once daily
• Treatment duration: 4-8 weeks depending on severity

Local treatment approaches

Wound care and bandages Professional paw care for injuries: Cleaning:

• Rinse with sterile saline solution
• Remove foreign material and debris
• Disinfect with povidone-iodine (diluted) Wound dressings:
• Primary dressing: Non-stick wound pad
• Secondary dressing: Padding and protection
• Fixation: Self-adhesive bandage
• Daily bandage changes for infected wounds Protective measures Prevention of further self-injury: Elizabethan collar:
• Effectively prevents licking
• Minimize stress for the dog
• Use only as long as necessary Dog boots:
• Protection against environmental irritants
• Prefer breathable materials
• Regularly check for pressure points

Autoimmune diseases of the paws

Pemphigus complex:

Pemphigus foliaceus:

• Clinical features: Pustules and crusts, especially on the paw pads and bridge of the nose
• Diagnosis: Skin biopsy with direct immunofluorescence
• Treatment: Immunosuppressive therapy (prednisolone, azathioprine, ciclosporin)
• Prognosis: Lifelong treatment often required

Pemphigus vulgaris:

• Clinical features: More severe form with ulcerations and blisters
• Location: Mucocutaneous junctions, paw pads
• Diagnosis: Histopathology shows suprabasal acantholysis
• Treatment: Aggressive immunosuppression required

Bullous pemphigoid:

• Clinical features: Subepidermal blister formation
• Involvement: Paw pads, armpits, groin
• Diagnosis: Immunohistochemistry for differentiation
• Prognosis: Often better prognosis than pemphigus

Systemic lupus erythematosus (SLE)

Cutaneous manifestations in SLE:

Paw-specific symptoms:

• Symmetrical lesions on several paws
• Hyperkeratosis (thickening) of the paw pads
• Depigmentation and ulcerations
• Often combined with systemic symptoms (fever, lethargy, joint pain)

Diagnostic approach:

• ANA test (antinuclear antibodies): Screening test
• Skin biopsy: Shows interface dermatitis
• Blood count: Commonly anemia, thrombocytopenia, leukopenia

Treatment protocol:

• Immunosuppressive therapy (prednisolone + azathioprine or ciclosporin)
• UV protection (avoid sunlight exposure)
• Regular monitoring of blood and urine values
• Long-term management required

Epitheliotropic lymphoma (Mycosis fungoides)

Cutaneous T-cell lymphoma:

Clinical presentation:

• Progressive, treatment-resistant skin changes
• Erythematous plaques and nodules
• Depigmentation, especially on the paw pads and nasal planum
• Often itching and paw licking as an early symptom

Diagnosis:

• Skin biopsy: Essential for diagnosis
• Immunohistochemistry: Detection of T-cell markers (CD3+)
• Staging: Lymph node cytology, thoracic X-ray, abdominal ultrasound
• PCR for antigen receptor rearrangement: In unclear cases

Treatment options:

• Stage I (limited): Local radiation, retinoids
• Stage II-III (generalized): Chemotherapy (L-asparaginase, lomustine)
• Palliative therapy: In advanced stages
• Prognosis: Variable, often poorer in generalized forms

Acute emergency situations

When is immediate veterinary help required?

🚨 IMMEDIATE EMERGENCY (within 30-60 minutes):

• Massive swelling of the paw(s) within a few hours
• Severe pain: Dog cannot bear weight on the paw, cries out when touched
• Bleeding wounds: Uncontrollable bleeding despite pressure bandage
• Systemic symptoms: Fever >39.5°C, vomiting, breathing difficulties
• Anaphylactic reaction: Swelling in the facial area, breathing difficulty, collapse
• Chemical burns: Contact with acids, alkalis, de-icing agents

⚠️ URGENT (within 2-4 hours):

• Deep cuts or tears: Clearly deep injuries
• Suspected foreign body: Limping and intense licking after a walk
• Abscess: Fluctuating swelling, local warmth
• Sudden, intense licking: Without an identifiable cause or history
• Discoloration of the paw: Bluish or pale (circulation problem)

📋 APPOINTMENT WITHIN 24 HOURS:

• Persistent limping without acute pain
• Chronic licking with new skin changes
• Itching with skin changes: Redness, scaling
• Recurring problems: No improvement despite treatment

First-aid measures at home

Emergency first aid for paw injuries:

For cuts and tears:

1. Stop bleeding: Sterile compress with pressure for 5-10 minutes
2. Rinse the wound: Lukewarm water or sterile saline solution
3. Disinfection: Diluted povidone-iodine solution (non-alcoholic)
4. Sterile bandage: Clean wound dressing + fixation
5. Elizabethan Collar: Prevent further licking
6. Visit the vet: Even for small wounds, for assessment

For burns/chemical injuries:

1. Immediate rinsing: Running water for 10-15 minutes
2. Cooling: Cold compresses (not ice directly)
3. No ointments: Before veterinary examination
4. Paw protection: Clean sock or sterile bandage
5. Immediate veterinary consultation

For swelling:

1. Cooling: Cold pack wrapped in a towel, 10 min on/10 min off
2. Elevation: If possible, keep the paw elevated
3. Restrict movement: Crate rest until veterinary examination
4. No medication: Without veterinary instructions
5. Documentation: Take photos for the vet

24-hour emergency service preparation

Emergency preparedness for dog owners:

Emergency kit for paw injuries:

• Sterile compresses and wound dressings
• Self-adhesive bandages (5 cm wide)
• Disinfectant (povidone-iodine)
• Sterile saline solution for rinsing
• Disposable gloves
• Tick remover/tweezers for foreign bodies
• Elizabethan Collar (correct size)
• Cold packs

Keep important phone numbers ready:

• Regular vet (practice + emergency number)
• Nearest veterinary clinic with 24-hour emergency service
• Animal poison hotline (if available)
• Mobile vet (if available)

Documentation for emergencies:

• Dog's vaccination record
• List of current medications
• Known allergies or pre-existing conditions
• Dog's weight (for medication dosing)

Proven home remedies

Chamomile baths Chamomile has anti-inflammatory and soothing effects on irritated skin: Preparation:

• 2 tbsp dried chamomile flowers
• 500 ml boiling water
• Let steep for 15 minutes, strain
• Allow to cool to hand-warm temperature Use:
• Bathe paws for 5-10 minutes
• 2-3x daily for acute inflammation
• Dry thoroughly afterwards Oat compresses Oats contain soothing saponins: Preparation:
• 100 g fine oats
• Mix with warm water into a paste
• Let swell for 10 minutes Use:
• As a compress on inflamed paws
• Leave on for 15-20 minutes
• Rinse off with lukewarm water

Natural additions to the diet

Omega-3 fatty acids A prospective, randomized, double-blind, placebo-controlled study involving 24 dogs shows that EPA/DHA supplementation (110 mg EPA/68 mg DHA daily) significantly improves coat quality from day 60 onward (PMID: 32505998): Feeding recommendation:

• Combined EPA/DHA: 20-50 mg/kg daily
• Fish oil capsules: Dose according to body weight
• Salmon oil: 1 tsp per 10 kg body weight Mechanism of action:
• Production of anti-inflammatory prostaglandins
• Improvement of the skin barrier
• Reduction of itching and redness Probiotics for skin health A double-blind, placebo-controlled study shows that Lactobacillus sakei Probio-65 significantly reduces the severity of atopic dermatitis over 2 months (PMID: 26282691). Current microbiome research in Shiba Inu dogs documents dysbiosis in both the skin and gut in atopic dermatitis (PMID: 37864204): Effective bacterial strains:
• Lactobacillus sakei (clinically tested)
• Bifidobacterium animalis
• Lactobacillus acidophilus Feeding recommendation:
• 1-10 billion CFU daily
• Depending on body weight and product
• At least 4-6 weeks of support

Phytotherapeutic approaches

Calendula (marigold) Traditionally used for skin injuries: Effects:

• Promotes wound healing
• Antimicrobial properties
• Anti-inflammatory action Use:
• Diluted calendula tincture (1:10 with water)
• As a compress or rinse
• 2-3x daily on affected areas Aloe vera Natural moisturizer and healing support: Use:
• Only pure aloe vera gel (without alcohol)
• Apply thinly to cleaned paws
• Consult a vet before use on open wounds ⚠️ Important note: Home remedies support healing, but they do not replace veterinary treatment for severe or persistent problems.

Regular paw care

Daily inspection and cleaning Preventive paw care significantly reduces the risk of problems: Daily routine:

• Visual check after every walk
• Removal of dirt and foreign bodies
• Drying the spaces between the toes
• Check for redness or swelling Weekly intensive care:
• Nail trimming as needed
• Care of the paw pads with suitable products
• Trim hair between the toes
• Massage to support circulation Seasonal adjustments Winter paw care: Veterinary literature documents seasonal winter damage to dog paws:
• Road salt protection: Paw balm before walks
• Immediate cleaning after contact with de-icing salt
• Dog boots in extreme conditions
• Moisturizing care against cracking Summer paw protection:
• Hot asphalt: Hand test before the walk
• Seek shade during midday heat
• Paw balm against drying out
• Check for burns or cracks

Environmental management

Reducing allergens in the home Measures to reduce allergic triggers: Home cleaning:

• HEPA filters in vacuum cleaners and air purifiers
• Regular cleaning of textiles at 60°C
• Mite sprays for upholstered furniture and carpets Garden and outdoor area:
• Weed control without chemicals
• Regular mowing to reduce pollen
• Rinsing off after outdoor stays
• Prefer low-allergen plants Feeding management Nutrition plays an important role in prevention: Elimination diet for food allergies:
• Single-protein diets for sensitive dogs
• Grain-free options for grain allergies
• Slow food transition over 7-10 days
• Treat control - treats can also contain allergens

Stress prevention

Behavior management Stress reduction prevents psychogenic paw licking: Structured daily routine:

• Fixed times for feeding and walks
• Sufficient exercise appropriate to the breed
• Mental stimulation through brain games
• Respect rest periods Socialization and training:
• Positive reinforcement instead of punishment
• Controlled encounters with other dogs
• Desensitization for known stress triggers
• Relaxation training in a low-stimulus environment

Acute warning signs

Immediate veterinary visit required:

• Heavy bleeding from the paws
• Visible foreign bodies (do not remove yourself!)
• Severe swelling or deformities
• Extreme pain with refusal to bear weight
• Discoloration of the nails (black/blue)
• Systemic symptoms (fever, apathy, refusal to eat)

Chronic problems

Veterinary assessment required for:

• Licking longer than 7 days without improvement
• Recurring inflammation despite care
• Behavioral changes related to the paws
• Weight loss or reduced activity
• Familial clustering in multiple dogs

Specialized treatment

Referral to specialists for:

• Treatment-resistant cases despite appropriate treatment
• Suspected autoimmune diseases
• Complex allergy diagnostics required
• Behavior therapy for compulsive licking
• Surgical procedures for severe injuries Specialties:
• Dermatology: Skin diseases and allergies
• Behavioral medicine: Stress and compulsive disorders
• Surgery: Injuries and foreign bodies
• Internal medicine: Systemic diseases

Predisposed dog breeds

Short-haired breeds with increased risk: Boxers and Bulldogs: Veterinary literature documents an increased tendency toward interdigital cysts in Boxers:

• Anatomy of short paws promotes problems
• Genetic tendency toward allergies
• Skin folds can trap moisture
• Regular checks are especially important Bull Terriers: Veterinary literature documents a genetic predisposition to compulsive licking behavior:
• Compulsive licking behavior is inherited
• Serotonin metabolism is altered
• Early behavioral intervention is important
• Familial clustering in certain breeding lines Long-haired breeds: Golden Retrievers and Labradors: These popular family dogs show particular susceptibility:
• Moisture gets trapped in the dense coat
• Activity leads to increased strain
• Regular trimming between the toes is necessary German Shepherds: Combination of allergies and behavioral problems:
• Working drive can lead to compulsive licking
• Stress due to under-stimulation is common
• Allergies are often environment-related
• Early socialization is especially important

Breed-specific care recommendations

Adapted care routines:

• Short-haired breeds: Daily checks, weekly intensive care
• Long-haired breeds: Daily brushing, paw care 2x weekly
• Working breeds: Post-activity checks, robust care products
• Brachycephalic breeds: Special attention to skin folds

Innovative diagnostic procedures

Digital dermoscopy Latest technology enables more precise diagnoses: Advantages of digital imaging:

• Up to 50x magnification for detailed analysis
• AI-supported assessment for pattern recognition
• Progress documentation possible over years
• Teledermatology for expert opinions Biomarker tests Modern laboratory diagnostics use specific biomarkers: Inflammatory markers:
• C-reactive protein (CRP) in systemic inflammation
• Procalcitonin for bacterial diagnostics
• Interleukin-31 as an itch-specific marker
• Immunoglobulin E for allergy detection Microbiome analysis The skin microbiome influences paw health:
• 16S rRNA sequencing identifies all bacteria
• Diversity index shows balance
• Pathogenic germs are quantified
• Probiotic support is targeted

Personalized medicine

Genetic tests for skin diseases Breeders and owners can identify predispositions: Available genetic tests:

• Atopy risk score based on 15 gene variants
• Malassezia susceptibility through immune defect genes
• Drug metabolism for an optimal feeding recommendation
• Feed intolerances through HLA variants Pharmacogenetics Drug effects depend on genetic factors:
• CYP450 enzymes determine metabolic rate
• MDR1 defect in Collies causes hypersensitivity
• Individual feeding recommendation instead of standard doses
• Less tolerability issues through precise support

Future technologies

Low-level laser therapy (LLLT) Clinical research in 13 dogs investigated low-level laser therapy as an adjunctive treatment for chronic paw licking. Results showed increased hair growth, but no significant reduction in licking behavior (PMID: 33471429).

Wearable Technology for dogs Continuous monitoring is becoming possible: Smart collars with sensors:

• Activity monitoring shows behavioral changes
• Licking detection via acceleration sensor
• Skin temperature monitoring for early inflammation detection
• GPS tracking for environmental allergen mapping Artificial intelligence in diagnostics:
• Pattern recognition in behavioral data
• Treatment optimization through machine learning
• Prognostic models for disease progression

Functional ingredients

Postbiotics - The next generation While probiotics are live bacteria, postbiotics work through their metabolic products: Mechanisms of action:

• Short-chain fatty acids strengthen the skin barrier
• Bacteriocins have antimicrobial effects
• Immunomodulating peptides regulate inflammation
• Stability is higher than with live probiotics
• Clear improvement in skin quality after 8 weeks
• Significant reduction in itching
• Good tolerability
• Synergistic effects with omega-3 fatty acids

Precision nutrition

Individualized feeding plans Based on genetic and metabolic profiles: Nutrigenomics in dogs:

• Gene expression influenced by nutrients
• Omega-3 requirement varies by a factor of 3 between individuals
• Antioxidant capacity genetically determined
• Allergy risk modifiable through nutrition Metabolomics:
• Metabolic profiles in blood and urine
• Nutrient deficiencies detectable early
• Toxin burden measurable
• Therapy response predictable

Innovative nutrient sources

Insect protein for allergy-prone dogs Combining sustainability and low allergenicity: Advantages of insect proteins:

• Novel protein source - no cross-reactions
• Complete amino acid profile ideal for dogs
• High acceptance in most tested dogs Algae as an omega-3 source:
• Schizochytrium sp. produces EPA and DHA directly
• More sustainable than fish oil from overfished seas
• Heavy-metal free through controlled cultivation
• Vegan alternative for conscious dog owners

Climate change and dog skin

Changing allergy burden Climate change influences skin diseases in dogs: Longer pollen seasons:

• Earlier start (February instead of April)
• Later end (October instead of September)
• Higher pollen concentrations due to rising CO2
• New allergens from invasive plants
• Clear increase in allergic skin diseases in recent decades
• Shift in the main allergy season
• New allergens from invasive plants (ragweed, Japanese knotweed)
• Need for adapted treatment protocols

Urban Environment Effects

City air makes dogs sick too Air pollution worsens skin problems: Pollutants and skin health:

• Fine particulate matter (PM2.5) penetrates skin pores
• Nitrogen oxides oxidize skin lipids
• Ozone leads to free radicals
• Combination effects intensify allergies Protective measures in the city:
• Walks in parks instead of on main roads
• Avoid rush hours (morning and evening)
• Wash paws after city walks
• Use air filters in the home

Zoonoses and skin diseases

Transmissible skin diseases Some paw problems can be transmitted to humans: Fungal infections (dermatophytes):

• Microsporum canis most common pathogen
• Transmission through direct contact
• Symptoms in humans: Circular bald patches
• Treatment of both person and animal necessary Mite infestation:
• Sarcoptes scabiei causes mange
• Highly contagious for family members
• Intensive treatment of all contacts
• Environmental disinfection required

One Health approach

Integrated view of health Human, animal, and environmental health are connected: Shared risk factors:

• Environmental toxins affect all living beings
• Antibiotic resistance develops across systems
• Climate change influences all health systems
• Prevention strategies must be holistic Interdisciplinary collaboration:
• Veterinarians and physicians exchange information
• Environmental medicine specialists advise on pollutant exposure
• Epidemiologists track disease trends
• Climate researchers predict future risks

Cost-benefit analysis of prevention

Prevention costs vs. treatment costs Veterinary literature shows the following cost-benefit ratio: Annual prevention costs:

• Regular care: 180-240 euros/year
• Quality food: 300-600 euros/year (additional cost)
• Preventive check-ups: 120-180 euros/year
• Total: 600-1,020 euros/year Treatment costs for chronic problems:
• Diagnostics: 500-1,500 euros one-time
• Medications: 1,200-3,600 euros/year
• Special treatments: 800-2,400 euros/year
• Total: 2,500-7,500 euros/year ROI of prevention: 1:3 to 1:7 (every euro invested preventively saves 3-7 euros in treatment costs)

Insurance aspects

Optimal insurance coverage Different insurance models for paw problems: Health insurance vs. surgical insurance:

• Surgical insurance: Only surgical procedures
• Budget models: Observe annual limits
• Waiting periods: 1-6 months for skin diseases Pay attention to exclusions:
• Pre-existing conditions usually excluded
• Breed-related problems sometimes not insured
• Behavioral problems often not covered
• Alternative therapies assessed differently

Social costs

Work absence due to sick dogs Pet owners often take time off for veterinary visits: Average absence times:

• Acute problems: 0.5-1 day
• Chronic treatment: 4-8 days/year
• Specialist visits: Additional 1-2 days
• Economic damage: Millions of euros annually Loss of productivity:
• Worry about a sick animal reduces concentration
• Sleep deprivation due to restless nights
• Emotional burden on the whole family
• Business relevance for employers

General questions

Q: Why has my dog suddenly started licking its paws all the time?
A: Sudden increased paw licking can have various causes: allergic reactions to new environmental irritants, minor injuries or foreign bodies, stress due to changes, or developing skin infections. A veterinary examination clarifies the exact cause. Q: Is occasional paw licking normal?
A: Yes, brief licking after walks for cleaning is normal. It becomes problematic if it exceeds 10 minutes daily, if there are visible skin changes, or if it has a compulsive character. Q: Which home remedies help immediately with irritated paws?
A: Chamomile baths (lukewarm), oat compresses, or diluted calendula tincture can provide relief. However, for open wounds or severe inflammation, you should consult a vet first.

Treatment and care

Q: How often should I check my dog's paws?
A: Ideally, a quick visual check daily after walks, and a thorough weekly examination including cleaning the spaces between the toes. Q: Can I use normal creams for paw care?
A: No, use only paw balms specifically developed for dogs. Human creams may contain ingredients that are harmful or indigestible for dogs. Q: How do I stop my dog from licking its paws?
A: For physical causes, treating the underlying condition is the priority. For behavioral problems, distraction, stress reduction, and if necessary an Elizabethan collar as a temporary solution can help.

Nutrition and allergies

Q: Can food allergies trigger paw licking?
A: Yes, food allergies often show up as itching, especially on the paws, ears, and face. An elimination diet over 8-12 weeks can provide clarity. Q: What role do omega-3 fatty acids play in skin problems?
Q: Can I give my dog probiotics for skin problems?
A: Yes, probiotics can support the immune system and indirectly improve skin conditions. Use special veterinary products and start with low doses.

Medical questions

Q: When are antibiotics necessary for paw problems?
A: Antibiotics are required for bacterial infections with pus formation, deep wounds, or when other treatments do not respond. The decision is always made by the vet. Q: How long does recovery take for paw injuries?
A: Superficial injuries usually heal within 1-2 weeks, while deep wounds or infections may take 4-6 weeks. Recovery depends on severity, treatment, and the dog's cooperation. Q: Can chronic paw problems be supported?
A: In allergic diseases, complete recovery is often not possible, but symptoms can usually be well controlled. Behavioral problems and infections can often be successfully treated. Q: How do I distinguish between allergy-related licking and behavior-related licking?
A: Allergy-related licking usually shows seasonal patterns, affects several paws, and comes with redness. Behavior-related licking is often episodic, focused on one paw, and worsens during stress or boredom. Q: Can I prevent paw licking with bitter substances?
A: Bitter sprays may help in the short term, but they do not treat the cause. In physical problems they can even be harmful, because they prevent necessary care. The underlying condition must be supported. Q: What role does the season play in paw problems?
A: Spring and summer bring increased pollen exposure, winter carries risks from road salt and dry air. Autumn can be problematic because of mold spores. Adapted care programs are essential. Q: Should I treat both paws if only one is affected?
A: With infections or allergies, problems can spread to other paws. Preventive care of all paws makes sense, but medication treatment should be limited to affected areas. Q: How do I recognize a secondary infection?
A: Warning signs are: foul smell, pus formation, extreme redness, warm swellings, apathy in the dog. With these symptoms, an immediate veterinary visit is required. Q: Can environmental allergies appear suddenly?
A: Yes, allergies can develop at any age. First symptoms often appear between 1 and 3 years of age, but older dogs can also become newly affected. Q: Is paw licking contagious between dogs?
A: The licking behavior itself is not contagious, but underlying infections (fungi, bacteria, parasites) can be transmitted. Hygiene measures and separate treatment are important. Q: How long does it take for treatments to work?
A: Antibiotics show the first effect after 2-3 days, allergy medications after 1-2 weeks, while behavior therapy can take months. Patience and consistency are crucial for success. Q: Can probiotics help with paw problems?
A: Yes, a healthy gut microbiome supports the immune system and can reduce allergic reactions. Effects appear after 4-8 weeks. Special veterinary products are recommended.

Special questions about treatment

Q: What should I do if my dog refuses the Elizabethan collar?
A: Alternatives include inflatable collars, dog boots, or bandages. Habituation through positive reinforcement and gradually increasing wear time helps. Never force it violently. Q: Are natural treatments just as effective as medications?
A: For mild problems, home remedies may be enough; for severe inflammation or infections, medication is often necessary. Combination therapies from both approaches often show the best results. Q: How often should I visit the vet during treatment?
A: For acute problems: check-up after 1 week; for chronic conditions every 4-6 weeks. Immediately if worsening occurs, and therapy adjustment after 2 weeks if there is no success. Q: Can paw problems lead to permanent damage?
A: Untreated chronic inflammation can lead to scarring, permanent skin changes, and gait disturbances. Early treatment prevents irreversible damage. Q: Is a second opinion useful in chronic problems?
A: In treatment-resistant cases, referral to a dermatologist or behavior therapist is advisable. Different perspectives can open up new solutions.

Questions about aftercare

Q: How do I recognize a relapse?
A: Early warning signs are: renewed increased licking, slight redness, behavioral changes. At the first signs, start the proven treatment immediately. Q: Do I need to treat for life?
A: Chronic allergies or behavioral problems often require long-term therapy. However, this can often be reduced once stable improvement is achieved. Q: How do I prevent recurring problems?
A: Consistent preventive care, avoiding known triggers, regular checks, and early intervention at the first signs are the key to long-term prevention.

Prevention

Q: How do I protect the paws in winter from road salt?
A: Apply paw balm before the walk, rinse the paws with lukewarm water after the walk, and dry them thoroughly. In extreme conditions, dog boots may be useful. Q: Should I trim the hair between the toes?
A: Yes, excessive hair between the toes can trap dirt and moisture. Trim it carefully with blunt scissors or have it done by a dog groomer. Q: How do I recognize an early paw infection?
A: Early signs are: increased licking of a specific paw, redness between the toes, a sweetish or fishy smell, swelling, or warmth. If you notice these signs, you should see a vet promptly.

Summary and conclusion

Paw licking in dogs is a widespread problem with many different causes. The 6,600 monthly searches on this topic show how many dog owners are affected. A systematic approach with careful diagnostics usually leads to successful treatment.

The most important findings:

Most common causes: Key success factors in treatment:

• Early recognition and veterinary assessment
• Cause-specific support instead of symptom treatment
• Consistent aftercare and prevention
• Patience with chronic problems Prevention measures:
• Daily paw checks after walks
• Seasonally adapted paw care
• Stress reduction and sufficient activity
• Allergen management in the environment

Modern treatment approaches

Veterinary medicine has made considerable progress in recent years. New medications such as Oclacitinib and Lokivetmab offer significantly less tolerability than traditional cortisone therapies in allergic diseases. The integration of behavioral medicine and dermatology enables holistic treatment concepts.

Outlook

Most important advice: If paw licking persists or becomes more intense, do not hesitate to seek professional veterinary help. Early intervention often prevents complicated courses and leads to faster recovery. 2. Hillier, A., & Griffin, C. E. (2001). The ACVD task force on canine atopic dermatitis. Veterinary Immunology and Immunopathology, 81(3-4), 147-151. 4. Overall, K. L., et al. (2020). Canine compulsive disorder: A comprehensive review. Veterinary Clinics of North America: Small Animal Practice, 50(3), 567-584.

Spring (March - May): Allergy prevention

Pollen protection strategy: Spring brings the first pollen and therefore increased allergy risks. Veterinary observations show a clear increase in paw problems during pollen season. Preventive measures:

• Morning walks: Lowest pollen concentration before 8 a.m.
• Paw baths after every outing: Lukewarm water removes pollen
• HEPA air filters: Install in living and sleeping areas
• Pollen screens: Reduce indoor exposure at windows
• Short coat trim: Less surface area for allergens to stick to Special spring care:
• Paw balm with natural barrier-supporting ingredients
• Increased attention at the first signs of licking
• Antihistamine preparation for known allergy-prone dogs
• Regularly follow pollen alerts

Summer (June - August): Heat protection

Asphalt temperature test: At outside temperatures above 25°C, asphalt can reach 50-70°C. The 5-second hand test is a reliable indicator. Heat protection protocol:

• Early morning hours: 6-8 a.m. for the main walk
• Late evening hours: After 8 p.m. for the second outing
• Prefer shady routes: Use parks and forest paths
• Dog boots: On unavoidable hot surfaces
• Cooling paw mats: For rest breaks on the go Summer care routine:
• Daily check for burns or cracks
• Paw balm with cooling ingredients (aloe vera)
• Sufficient drinking water during all activities
• Avoid walks in midday heat Water paw care: Bathing and swimming can cause paw problems:
• Salt water: Rinse with fresh water after beach visits
• Chlorinated water: Pool chemicals irritate sensitive skin
• Standing water: Bacterial and parasite risk
• Thorough drying: Especially between the toes

Autumn (September - November): Fungal prevention

Moisture and mold: Autumn dampness encourages fungal growth. Veterinary practice shows a clear increase in fungal infections during damp autumn months. Intensified autumn care:

• Daily drying: After every damp walk
• Antifungal shampoos: 1x weekly preventively
• Air circulation: Let paws dry completely Leaves and parasites:
• Tick high season: Especially in piles of leaves
• Grass seeds: Hide in dry leaves
• Thorough checks: Essential after forest walks

Winter (December - February): Cold protection

Road salt problem: Sodium chloride and other de-icing salts cause chemical burns on the paw pads. Winter protection program:

• Paw balm before going out: Forms a protective film against salt
• Immediate cleaning: Lukewarm water after every salty walk
• Alternative routes: Use salt-free paths in parks
• Dog boots: Essential in extreme conditions Cold adaptations:
• Shorter, more frequent walks: Prevent frostbite
• Warm indoor spaces: Warm the paws slowly
• Increased calorie intake: More energy for heat production
• Paw massage: Supports circulation in the cold

Puppies and young dogs (0-12 months)

Development-related characteristics: Young dogs have softer paw pads and more sensitive skin: Puppy-specific care:

• Gentle familiarization: With paw checks from 8 weeks onward
• Mild care products: Specially developed for young animals
• Short walks: Gradual increase in strain
• Positive reinforcement: Link paw care with treats Common puppy problems:
• Excessive licking: Often playful behavior
• Soft pads: Gradual toughening is needed
• Prone to injury: Extra caution on surfaces
• Immune system development: Increased susceptibility to infection

Senior dogs (from 7-8 years)

Age-related changes: Older dogs show changing paw care needs: Senior care adjustments:

• More frequent checks: Weekly instead of monthly
• More intensive care: Avoid dryness and cracks
• Joint-friendly routes: Prefer soft surfaces
• Drug interactions: In chronic diseases Typical senior problems:
• Thickened nails: More frequent trimming required
• Dry paw pads: Intensive moisturizing care needed
• Arthritis-related problems: Pain leads to protective posture
• Slower healing: Plan for longer treatment times

Sporting dogs and working dogs

Increased strain: Active dogs need intensive paw care: Performance sport protocol:

• Pre-activity check: Before every training session/competition
• Post-activity care: Immediate cleaning and check
• Protective gear: Dog boots in extreme conditions

Support-resistant cases

When standard treatments fail: Complex cases require innovative approaches: Diagnostic escalation:

• Complete allergy panels: Test 100+ allergens
• Microbiome analysis: Detect bacterial imbalance
• Autoimmune diagnostics: Special blood tests required
• Genetic tests: Clarify hereditary predisposition Experimental treatments:
• Immunotherapy (hyposensitization): In severe allergies
• Stem cell therapy: In chronic inflammation
• Photodynamic support: In stubborn infections
• Acupuncture/TCM: Complementary approaches Multimodal therapy concepts:
• Vet + dermatologist + behavior specialist
• Pharmacotherapy + behavior therapy + nutrition
• Conventional + alternative medicine
• Local + systemic treatment

Acute paw injuries

Cuts: Immediate measures for bleeding paw injuries: First-aid protocol:

1. Stay calm: Stress transfers to the dog
2. Stop bleeding: Clean cloth with firm pressure
3. Leave foreign bodies in place: Do not remove yourself
4. Rinse the wound: Only with clean water
5. Sterile covering: Compress and bandage
6. Contact the vet: Immediate professional help Transport preparation:

• Keep the dog calm and comfort it
• Elevate the paw against swelling
• Do not apply the bandage too tightly
• In case of signs of shock: warm blanket Burns: From hot asphalt or chemicals: Immediate treatment:
• Remove immediately from the hot surface
• Cold water: Rinse for 10-15 minutes (not ice-cold)
• No home remedies: No ice, no ointments
• Sterile covering: Loose bandage
• Immediate vet visit

Poisoning emergencies

Road salt poisoning: Symptoms and treatment: Signs of poisoning:

• Excessive drinking and urination
• Vomiting and diarrhea
• Weakness and coordination problems
• Seizures in severe cases Emergency treatment:
• Rinse mouth and paws: Immediately with plenty of water
• Do not induce vomiting: Without veterinary instructions
• Offer water: Small amounts frequently
• Poison information center: 030/19240 (24h hotline)
• Go to the vet immediately: Even with mild symptoms

Allergic emergencies

Anaphylactic shock: Life-threatening allergic reaction: Warning signs:

• Sudden severe swelling (face, paws)
• Breathing difficulties or wheezing
• Vomiting and diarrhea
• Collapse or unconsciousness Emergency protocol:

1. Call 112 or the vet immediately
2. Recovery position: Keep airways clear
3. Cool swelling: Cold compresses
4. Prepare transport: Calm and fast
5. Adrenaline pen: Use if prescribed Aftercare:

• 24-48h monitoring after the emergency
• Identify and avoid triggers
• Keep emergency medication in stock
• Create an up-to-date emergency plan

Digital health monitoring

Wearable Technology for dogs: The future of paw care is going digital: Next-generation smart collars:

• Continuous Monitoring: 24/7 activity and behavior monitoring
• Licking Detection: AI detects problematic licking behavior
• Environmental Sensors: Measure allergens in the environment
• Health Alerts: Automatic notification in case of abnormalities Smartphone apps for paw care:
• Symptom tracking: Daily documentation
• Photo analysis: AI-assisted skin condition assessment
• Treatment reminders: Automatic medication reminders
• Vet-Connect: Direct link to the vet

Precision Medicine

Personalized paw care: Based on genetic and metabolic profiles: Genomic analyses:

• Allergy risk scores: Precise prediction of skin problems
• Medication response: Optimal feeding recommendation through genetics
• Nutritional genetics: Individualized nutrient needs
• Microbiome profiling: Personalized probiotic therapies Biomarker-based support:
• Realtime monitoring: Continuous inflammation parameters
• Predictive analytics: Prediction of disease flare-ups
• Adaptive treatment: Therapy adjustment based on biomarkers
• Outcome prediction: Probability of success of different therapies

Sustainable care products

Environmentally friendly innovation: The future is green and sustainable: Bio-based ingredients:

• Fungal mycelium: Sustainable protein alternative
• Algae omega-3: Without overfishing the oceans
• Insect chitin: Natural skin protection
• Plant-based preservation: Without chemical additives Circular economy in pet care:
• Refillable systems: Refillable care products
• Biodegradable packaging: Fully degradable packaging
• Local sourcing: Regionally produced ingredients
• Zero Waste Clinics: Waste-free veterinary practices

Scientific developments

• Genetic predisposition plays a significant role in atopic dermatitis
• Microbiome diversity correlates with the severity of skin diseases
• Preventive measures can reduce the risk of skin problems

New treatment approaches: Stem cell therapy: Regenerative medicine for chronic skin diseases shows promising approaches:

• Mesenchymal stem cells with anti-inflammatory properties are being investigated

Digital diagnostics: AI-supported image analysis for dermatology diagnostics is under development and shows promising initial results for supporting veterinary diagnoses.

Psychosocial aspects of dog ownership

Burden for dog owners: Chronic skin diseases in dogs also represent a psychological and financial burden for owners. Support options such as exchanging experiences with others affected and professional counseling can help manage this challenge.

The 30-day paw care program

Week 1-2: Assessment and basics Systematic establishment of a professional care routine: Day 1-3: Baseline documentation

• Photo documentation of all four paws (standardized lighting)
• Set up digital care diary (apps: PetDesk, MyPet Health)
• Veterinary examination for professional baseline assessment
• Schedule allergy testing if environmental allergies are suspected Day 4-7: Habituation and training
• Positive conditioning for paw contact (daily 5-10 minutes)
• Handling training with high-value treats (boiled chicken, liver sausage)
• Establish relaxation rituals (calm music, fixed time of day)
• Create a stress-free environment (soft surface, good lighting) Day 8-14: Intensive diagnostics
• Microbiome analysis in chronic problems (Anatel BioScope)
• Evaluation of allergy tests and treatment planning
• Nutritional counseling if food allergies are suspected
• Environmental optimization based on test results Week 3-4: Individualized support Implementation of the evidence-based treatment strategy: Specific interventions:
• Medication support according to veterinary prescription
• Topical treatments (shampoos, creams, sprays)
• Diet change for identified allergens
• Behavior modification in stress-related problems Monitoring and adjustment:
• Weekly photo comparisons to monitor treatment progress
• Symptom scoring (1-10 scale for itching, redness, swelling)
• Activity level assessment (walks, play behavior)
• Quality-of-life index based on validated questionnaires

Emergency preparedness plan

Home first-aid kit for paw problems: Essentials for every responsible dog owner: Basic equipment (cost: approx. 150-200 euros):

• Wound disinfection: Betaisodona solution (50 ml)
• Sterile compresses: 10x10 cm, individually packed (20 pieces)
• Self-adhesive bandages: CoFlex, various widths
• Elizabethan collar: Inflatable and rigid (both versions)
• Dog boots: Waterproof, various sizes
• Digital thermometer: For measuring fever
• Emergency hotline card: 24h veterinary service Extended equipment (for chronic cases):
• pH test strips: Skin pH monitoring
• Moisture meter: Objective assessment of skin hydration
• UV lamp: Fungal diagnostics (Wood's lamp)
• Microscope 100x: Basic cytology
• Allergen test pen: Immediate screening for contact allergens Digital emergency tools:
• Veterinary Poison Control: App with 24/7 advice
• First Aid for Dogs: Step-by-step instructions
• Symptom Checker: AI-supported preliminary diagnostics
• Nearest Emergency Vet: GPS-based clinic search

Long-term success metrics

Objective evaluation criteria: Measurable parameters for treatment success: Clinical indicators:

• Licking frequency: From >10x daily to <3x daily
• Skin quality: Erythema score from 4 to 1 (0-4 scale)
• Sleep quality: Sleeping through the night without licking interruptions Quality-of-life indicators:
• Social behavior: Normal interaction with people/dogs
• Appetite: Consistent food intake without refusal
• Willingness to play: Interest in usual activities
• Stress markers: Cortisol levels in the normal range Owner-centered outcomes:
• Confidence: Confident paw care by the owner
• Knowledge: Understanding of warning signs and preventive measures
• Satisfaction: High satisfaction with treatment result

Future-oriented paw care

Emerging technologies integration: Preparation for the next generation of veterinary medicine: Genomics-guided Nutrition:

• Nutrigenomics tests for optimal nutrient composition
• Personalized supplements based on genetic variants
• Predictive allergology through genetic analysis
• Lifestyle genomics for activity-adjusted nutrition Wearable Health Monitoring:
• Continuous glucose monitoring in diabetic dogs
• Real-time cortisol tracking for stress management
• Activity-pain correlation through movement analysis
• Environmental exposure monitoring for allergen tracking Telemedicine integration:
• Virtual Reality Consultations for immersive advice
• AI-powered symptom recognition through photo upload
• Remote vital sign monitoring via smartphone sensors
• Predictive health analytics for preventive intervention

Social responsibility and ethics

One Health Advocacy: Responsible pet ownership in a global context: Antimicrobial Stewardship:

• Antibiogram-guided support instead of broad-spectrum use
• Prefer local treatment over systemic administration
• Treatment-duration compliance to prevent resistance
• Alternative therapies to reduce antibiotic costs Environmental Responsibility:
• Prefer sustainable care products
• Minimal packaging and recyclable materials
• Local sourcing to reduce CO2
• Circular Economy principles in pet care Animal Welfare Advocacy:
• Quality of Life as the primary treatment goal
• Humane end-of-life decisions in treatment-resistant cases
• Education and Outreach for responsible dog ownership

Sources

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2. PMID: 9750975 - Wynchank D, Berk M (1998). Fluoxetine treatment of acral lick dermatitis in dogs: a placebo-controlled randomized double blind trial. Depression and Anxiety. Link to PubMed

3. PMID: 18699812 - Shumaker AK, Angus JC, Coyner KS, et al. (2008). Microbiological and histopathological features of canine acral lick dermatitis. Veterinary Dermatology. Link to PubMed

4. PMID: 33471429 - Schnedeker AH, et al. (2021). Is low-level laser therapy useful as an adjunctive treatment for canine acral lick dermatitis? Veterinary Dermatology. Link to PubMed

5. PMID: 15124870 - Bond R, Patterson-Kane JC, Lloyd DH (2004). Clinical, histopathological and immunological effects of exposure of canine skin to Malassezia pachydermatis. Medical Mycology. Link to PubMed

6. PMID: 32505998 - Combarros D, Castilla-Castaño E, Lecru LA, et al. (2020). Prospective, randomized, double blind, placebo-controlled evaluation of n-3 essential fatty acids supplement effects on clinical signs and fatty acid concentrations in dogs with poor quality coats. Prostaglandins, Leukotrienes and Essential Fatty Acids. Link to PubMed

7. PMID: 26282691 - Kim H, Rather IA, et al. (2015). A Double-Blind, Placebo Controlled-Trial of a Probiotic Strain Lactobacillus sakei Probio-65 for the Prevention of Canine Atopic Dermatitis. Journal of Microbiology and Biotechnology. Link to PubMed

8. PMID: 37864204 - Thomsen M, et al. (2023). A comprehensive analysis of gut and skin microbiota in canine atopic dermatitis in Shiba Inu dogs. Microbiome. Link to PubMed

All studies were published in peer-reviewed scientific journals and are accessible via PubMed (National Library of Medicine).

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Important notes

Individual advice: The information does not replace individual veterinary advice. If your dog has health problems, always consult a veterinarian.

Food supplements: Food supplements are not a substitute for a balanced diet and cannot replace veterinary treatment.

Source references: All scientific sources are linked in the text and can be used for further reading.

Note on scientific integrity: All recommendations are based on established veterinary medical principles and EU-compliant statements in accordance with Regulation 767/2009.