Canine Physical Examination: A Template for Thorough Assessment

By Dr. Zubair Khalid, DVM, MS, PhD · 2026-08-11

Key Takeaways

• A systematic, sequential approach to the canine physical examination is crucial for thoroughness, progressing from general observation and vital parameters to specific body systems, and reserving more invasive procedures for last. This order minimizes patient stress and optimizes diagnostic accuracy.
• Objective documentation of findings is paramount, utilizing standardized scales (e.g., 9-point body condition score) and precise descriptive terms for parameters like mucous membrane color and capillary refill time, rather than vague adjectives. This ensures reproducibility and clear communication among veterinary professionals.
• Integration of signalment (species, breed, age, sex, neuter status) and a detailed history is the initial diagnostic filter, informing the differential diagnosis list for observed abnormalities based on age-related predispositions and breed-specific conditions.
• Vital parameters including temperature (normal range 38.0-39.2°C), pulse (rate, rhythm, quality, comparing femoral pulse to auscultated heart rate for pulse deficits), and respiration (rate, effort, pattern) must be accurately recorded with units and time of measurement.
• Palpation of peripheral lymph nodes (mandibular, prescapular, axillary, inguinal, popliteal) should assess size, symmetry, mobility, and pain, with normal nodes typically being smooth, movable, and less than 1 cm. Enlargement may indicate reactive, neoplastic, or inflammatory processes.
• Auscultation of the thorax requires systematic evaluation of heart sounds (rate, rhythm, murmur grading I-VI, point of maximal intensity, radiation) and lung fields (breath sound intensity, crackles, wheezes) across all quadrants to detect cardiovascular and respiratory abnormalities.

This article provides a structured template for conducting and documenting the complete physical examination of the dog. It is written for veterinary students and early-career clinicians who need a reproducible framework that ensures no body system is overlooked and that findings are recorded in a format useful to other professionals. The template follows the sequence of a typical consultation, from signalment and history through each body system, and it integrates the documentation standards expected of a veterinary graduate as defined by the Royal College of Veterinary Surgeons day one competences.

The examination described here is a screening examination. It is designed to detect abnormalities across all systems, not to confirm a specific diagnosis. When an abnormality is found, the examiner should expand the relevant portion of the examination and record the finding with sufficient detail that a second clinician could repeat the assessment without re-interpreting vague language. The template also serves as a study aid for practical examinations and objective structured clinical examinations, where consistency and completeness are scored as heavily as accuracy.

At a Glance

Principles of Examination Technique

The physical examination is a clinical test with its own sensitivity and specificity. A finding such as a heart murmur may be detected in one position and missed in another, and a tense dog may have a falsely elevated heart rate. The examiner must therefore control the variables that affect each measurement and interpret findings in the context of the patient's demeanour and environment.

Order matters. The least stressful assessments should be performed first. Respiratory rate is best estimated from a distance before the dog is handled, and temperature should be taken early in the examination while the dog is still relatively calm. The sequence presented here moves from observation to palpation to auscultation, and it reserves painful or invasive procedures for the end of the examination.

Restraint should be minimal but sufficient. A dog that is struggling will have elevated heart rate and respiratory rate, and abdominal palpation will be unreliable. The examiner should have a second person available for restraint when needed, and should recognize when a patient requires sedation or when the examination should be staged over multiple visits. The MSD Veterinary Manual professional edition provides species-specific guidance on handling and restraint techniques that preserve both patient welfare and diagnostic accuracy.

Signalment and History

The signalment is not administrative data. It is the first diagnostic filter. Age predicts the differential list for many findings: a heart murmur in a puppy is most likely congenital, while the same murmur in a senior dog is more likely acquired valvular disease. Breed predispositions narrow the list further, and sex and neuter status direct attention to reproductive and endocrine conditions.

The history should be gathered systematically, covering the presenting complaint, duration and progression of signs, appetite, thirst, urination, defecation, activity level, and any prior treatments. The history should also include preventive care, vaccination status, parasite control, diet, and environment. A dog that is presented for lameness but has not received heartworm prevention for two years requires a different diagnostic plan than one that is current on prevention.

General Observation and Body Condition

Observation begins before the hands touch the dog. Assess the dog in the examination room while it is standing and moving freely. Note mentation, posture, gait, and any obvious asymmetry. Observe the respiratory pattern for rate, effort, and character. A dog that is tachypneic at rest but normal during activity has a different problem list than one that tires quickly on exercise.

Body condition score should be assigned using a standardized scale. The 9-point scale published by veterinary nutrition bodies is the most widely used system in clinical practice. A score of 4 to 5 is ideal, with ribs palpable but not visible, a visible waist, and an abdominal tuck. Scores of 6 to 9 indicate increasing adiposity, and scores of 1 to 3 indicate progressive muscle and fat loss. The score should be recorded as a number, not a description, and the location of fat distribution should be noted when it is asymmetric.

Vital Parameters

Temperature, pulse, and respiration are the minimum vital parameters. Temperature is measured rectally with a digital thermometer. Normal range for the dog is approximately 38.0 to 39.2 degrees Celsius, but the range varies with ambient temperature, exercise, and stress. A single elevated temperature in an excited dog should be rechecked after the dog has settled.

Pulse is assessed by palpating the femoral artery. Record rate, rhythm, and pulse quality. The pulse rate should be compared with the auscultated heart rate, a pulse deficit indicates that some cardiac contractions are not generating a palpable pulse, which is a finding in arrhythmias such as atrial fibrillation. Pulse quality is described as strong, weak, or bounding, and both femoral pulses should be palpated simultaneously to detect asymmetry.

Respiratory rate is counted from thoracic wall movement, ideally before handling. Normal resting rate is approximately 15 to 30 breaths per minute, but this varies widely with breed, body condition, and environmental temperature. Respiratory effort and pattern are as important as rate. Increased inspiratory effort suggests upper airway obstruction, while increased expiratory effort suggests lower airway or parenchymal disease.

Head and Oral Cavity

Begin with the head and oral cavity after vital parameters are recorded. Observe the head for symmetry, comparing left and right sides. Assess the temporalis and masseter muscles for atrophy, which can indicate masticatory muscle myositis or chronic pain. Palpate the zygomatic arches, mandibles, and temporomandibular joints for swelling, crepitus, or pain on opening.

Examine the eyes in a systematic sequence. Assess vision with the menace response and tracking of a cotton ball. Evaluate pupillary light reflexes, direct and consensual. Examine the anterior chamber for flare or hyphema, the iris for masses or synechiae, and the lens for cataract or luxation. Use an ophthalmoscope to evaluate the fundus, noting the optic nerve head, retinal vessels, and tapetal reflection. Compare both eyes for symmetry of findings.

Evaluate the ears with otoscopy after palpating the pinnae and vertical canals for pain or thickening. Note the character of any discharge, the condition of the tympanic membrane, and the presence of masses or foreign material. A painful ear on otoscopic examination warrants sedation or general anesthesia before complete evaluation.

Inspect the oral cavity last, as many dogs resist this portion. Examine the mucous membranes, teeth, and periodontal tissues. Note missing, fractured, or discolored teeth. Evaluate occlusion and the presence of oral masses, particularly under the tongue and along the gingival margins. Palpate the submandibular and cervical lymph nodes, comparing size, symmetry, and mobility between sides.

Thorax and Cardiovascular System

Auscultate the thorax in a quiet room. Evaluate the heart rate and rhythm, noting any arrhythmia. Grade murmurs on a I to VI scale, describing the timing, point of maximal intensity, and radiation. A murmur that is loud at the left apex with radiation to the right hemithorax suggests mitral regurgitation, while a murmur at the left base may indicate aortic stenosis. The MSD Veterinary Manual provides detailed descriptions of murmur characteriztics and their associated cardiac diseases.

Palpate the femoral pulses simultaneously with auscultation to detect pulse deficits. Assess pulse quality as strong, weak, or hyperkinetic. A weak femoral pulse with a tachycardic rhythm supports a diagnosis of reduced cardiac output. Jugular veins should be evaluated for distension or a jugular pulse, which may indicate right-sided heart failure or pericardial disease.

Auscultate the lung fields in multiple locations on both sides of the thorax. Compare the intensity of breath sounds between left and right hemithorax. Increased bronchovesicular sounds may indicate pneumonia, while decreased sounds can accompany pleural effusion, pneumothorax, or a mass. Crackles are associated with interstitial or alveolar disease, and wheezes with airway narrowing. Percuss the thorax if you suspect effusion or consolidation, comparing the resonance between sides.

Abdomen and Urogenital System

Palpate the abdomen in a systematic manner, starting with the cranial quadrants. Evaluate the liver size and margins, the spleen, and both kidneys. Assess the bladder for distension, wall thickness, and the presence of calculi. Palpate the intestinal tract for thickening, foreign material, or masses. In intact males, evaluate the prostate per rectum for symmetry, size, and pain.

The decision to perform abdominal palpation under sedation depends on patient temperament and body condition. A tense or painful abdomen limits the value of palpation. If the patient is fractious or the abdomen is distended, consider sedation or diagnostic imaging instead of repeated attempts at palpation.

Examine the external genitalia. In males, evaluate the prepuce, penis, and testes. Note testicular size, consistency, and the presence of masses. In females, examine the vulva for discharge, swelling, or masses. Evaluate the mammary chain in both sexes, palpating each gland for nodules or asymmetry.

Musculoskeletal and Neurologic Screening

Observe the dog at rest and in motion. Gait assessment should include walking and trotting on a non-slip surface. Note any lameness, ataxia, or reluctance to bear weight. Evaluate the spine for pain on palpation, and assess the range of motion of each major joint. Crepitus, effusion, or thickening of a joint should be documented.

Perform a screening neurologic examination. Assess postural reactions, including proprioceptive placing and hopping. Evaluate spinal reflexes appropriate to the region of concern. A dog with a thoracic limb lameness and ipsilateral proprioceptive deficit has a different differential list than one with a normal neurologic examination. The RCVS Day One Competences list the neurologic screening examination as a core skill expected of new graduates.

Lymph Nodes and Peripheral Assessment

Palpate all peripheral lymph nodes: mandibular, prescapular, axillary, popliteal, and inguinal. Note size, shape, consistency, and mobility. A normal lymph node is smooth, movable, and less than 1 cm in most dogs. Enlarged nodes may be reactive, neoplastic, or inflammatory. The AVMA practice resources provide guidance on when lymph node cytology is indicated based on physical examination findings.

Assess the skin and coat throughout the examination. Note alopecia, erythema, papules, pustules, or scaling. Evaluate skin turgor as a hydration indicator, and examine the nail beds and interdigital spaces. A thorough skin examination requires parting the hair coat systematically over the entire body, also the areas the owner identifies as affected.

Documentation and Examination Form Design

Record findings immediately during the examination using a standardized form. The form should include sections for each body system with space for normal findings and abnormalities. Use a consistent format that allows rapid comparison between visits. Document normal findings with a checkmark or the word "normal" instead of leaving blanks, which are ambiguous.

A printable examination form should include the following sections: signalment, history, vital parameters, general appearance, head and oral cavity, eyes, ears, thorax, cardiovascular system, abdomen, urogenital system, musculoskeletal system, neurologic screening, lymph nodes, skin, and a summary of abnormalities. Include a problem list and a plan section at the end. The form should have space for the date, veterinarian signature, and owner communication notes.

Documentation should distinguish between objective measurements and subjective assessments. Heart rate, respiratory rate, temperature, and body weight are objective. Gait quality, pain level, and demeanor are subjective and should be described with specific terms instead of vague labels. For example, document "moderate lameness, left thoracic limb, weight-bearing" instead of "lame."

Photographs and diagrams are valuable additions to the written record. Draw masses, wounds, or skin lesions with measurements and location. Serial photographs allow objective comparison of lesion progression or resolution. The WOAH terrestrial animal health standards emphasize the importance of accurate clinical records for disease surveillance and reporting, which applies to individual patient records as well as population-level data.

The examination form should be adapted to the clinical context. A referral hospital form may include more detailed neurology or cardiology sections. A general practice form may prioritize preventive care parameters. An emergency form should emphasize triage parameters and serial monitoring. Choose a form that matches the patient population and clinical setting, and modify it as the practice evolves.

Recognized Complications and Early Detection

Physical examination is generally low risk, but certain techniques carry recognized failure modes. Overzealous restraint during thoracic auscultation can induce a vagally mediated bradycardia, particularly in brachycephalic breeds, and may obscure a pre-existing arrhythmia. Detect this by auscultating before restraint escalates and by comparing heart rate with the femoral pulse rate. A pulse deficit, where the ausculted heart rate exceeds the palpable pulse rate, indicates premature beats that fail to generate a stroke volume.

Ocular examination with a penlight can elicit the dazzle reflex, but repeated bright light exposure in a fractious patient raises intraocular pressure and confounds glaucoma assessment. Perform fundic examination last in the ocular sequence and record any resistance to retropulsion separately from true orbital disease.

Abdominal palpation in a tense or obese patient can produce a false-negative result for organomegaly or a false-positive for a fluid wave. Reassess after the patient has relaxed, or use percussion to discriminate between a distended bladder and a free abdominal effusion. A dull percussion note that shifts with patient position supports effusion, whereas a tympanic note suggests gas distension.

Neurologic screening carries the risk of misinterpretation when pain, fear, or orthopedic disease mimics proprioceptive deficits. A dog that knuckles because it is unwilling to bear weight differs from one with a true conscious proprioceptive loss. Differentiate by testing the hopping response in a sling-supported patient, which removes weight-bearing from the assessment.

Common Errors in Novice Examiners

Students most often fail to integrate findings across systems. A heart murmur ausculted in isolation is documented, but the examiner may omit the femoral pulse quality, mucous membrane color, or capillary refill time that together determine whether the murmur is hemodynamically significant. Correct this by using a fixed examination order and recording every parameter in the same sequence each time, as emphasized in the RCVS day one competences, which require systematic clinical assessment as a core graduate skill.

A second frequent error is the assumption that a normal finding on one occasion excludes disease. A grade II left apical systolic murmur in a young Cavalier King Charles Spaniel may be physiologic or may represent early mitral valve disease. The corrective action is to record the murmur grade, point of maximal intensity, and radiation pattern, then compare with subsequent examinations instead of dismissing it.

Palpation technique is commonly too forceful. Lymph nodes that are merely palpable are recorded as enlarged, and a normal spleen is mistaken for splenomegaly. The corrective action is to practice on patients of known body condition and to use the MSD Veterinary Manual as a reference for normal organ dimensions and consistency across breeds.

Finally, novice examiners frequently omit the caudal half of the patient. The tail, perineum, and anal sacs are examined last or not at all. Make the examination a fixed sequence that ends with the tail and perineum, and record the anal sac expression status explicitly.

Limitations of the Evidence Base

The physical examination literature relies heavily on expert opinion and descriptive studies instead of randomised trials. Reference ranges for vital parameters vary with breed, age, and body condition, and published normal values often derive from laboratory beagles instead of the presenting clinical population. The MSD Veterinary Manual provides standard reference intervals, but these should be interpreted with breed-specific adjustments, particularly for heart rate in giant breeds and respiratory rate in brachycephalics.

Expert opinion differs on the value of routine rectal examination. Some clinicians advocate it in every adult dog, while others reserve it for patients with tenesmus, hematochezia, or prostatic disease. The evidence base does not resolve this dispute, and the decision should reflect the patient's signalment and presenting signs.

Auscultatory findings are subject to inter-observer variability. Two clinicians may grade the same murmur differently, and the clinical significance of a grade I murmur in an asymptomatic dog remains contested. Document the murmur characteriztics precisely and, where doubt exists, recommend echocardiography instead of relying on serial auscultation alone.

Referral, Consultation, and Reporting

Referral to a specialist is warranted when the physical examination identifies a finding that exceeds the scope of first-opinion practice. Cardiac murmurs with clinical signs, suspected portosystemic shunts, unexplained neurologic deficits, and ocular disease requiring slit-lamp examination all merit specialist consultation. The threshold for referral should be lower in a patient with progressive signs or when the examination findings do not match the history.

Laboratory involvement is indicated when physical examination findings are equivocal. A palpable abdominal mass requires imaging and cytology, not repeated palpation. A suspected coagulopathy based on petechiae and mucosal bleeding requires a platelet count and coagulation profile before any invasive procedure.

Regulatory reporting obligations vary by jurisdiction. Suspicion of notifiable disease, animal abuse, or a dog involved in a bite incident may trigger mandatory reporting under local law. The WOAH terrestrial animal health standards define international reporting obligations for listed diseases, and the AVMA practice resources provide guidance on professional responsibilities in suspected cruelty cases. Clinicians should know the reporting requirements in their own jurisdiction and document the examination findings that support any report.

Frequently Asked Questions

How Should I Structure the Examination When the Dog Is Aggressive or Fearful?

Prioritize safety for the patient, yourself, and your team. Perform the examination in stages, beginning with visual assessment from a distance and progressing to hands-on contact only when the dog permits. Use minimal restraint, consider anxiolytic protocols where clinically appropriate, and defer painful or invasive components until chemical restraint is available. Document the dog's behavioral status and any examination limitations directly on the record. The RCVS Day One Competences require graduates to handle patients humanely and safely, and this includes recognizing when a full examination is not achievable without additional support. Recheck the deferred systems once the dog is more settled or sedated.

What Is the Minimum Examination I Can Perform When Time Is Severely Limited?

A triage examination must cover mentation, respiratory rate and effort, heart rate and pulse quality, mucous membrane color, capillary refill time, and abdominal palpation for pain or distension. Measure temperature only if the dog is stable enough to tolerate handling. Record the findings and clearly note that the examination was abbreviated. The MSD Veterinary Manual emphasizes that a focused examination is appropriate when the patient is unstable, but the assessment must be repeated once stabilization begins. Never substitute a triage examination for a complete assessment in a stable patient, and always document the reason for the abbreviated approach.

How Do I Adapt This Template for a Brachycephalic or Chondrodystrophic Breed?

Breed-specific anatomy changes both the examination and the normal reference ranges. Brachycephalic dogs often have stenotic nares, elongated soft palates, and everted laryngeal saccules, so assess upper airway sounds with the dog calm and note stertor separately from stridor. Their ocular examinations require extra care because of shallow orbits and prominent globes. Chondrodystrophic breeds may have altered spinal palpation findings and a higher baseline risk of intervertebral disc disease, so the neurologic screening should include proprioceptive testing even in the absence of reported gait abnormality. The AVMA practice resources advise that breed-specific norms should inform your interpretation of findings instead of a single species-wide standard.

What Should I Do When I Cannot Afford or Access Advanced Diagnostics?

The physical examination becomes your primary diagnostic tool when advanced imaging or laboratory testing is unavailable. Repeat the examination at intervals to track progression, and document serial findings with timestamps. Use response to treatment as a diagnostic test where appropriate, but set clear criteria for what constitutes improvement or deterioration before starting therapy. The WOAH terrestrial animal health standards emphasize that clinical examination remains the foundation of disease detection in resource-limited settings. If you refer the case, send your serial examination records so the receiving clinician can assess disease trajectory instead of a single time point.

How Should I Document Findings That Are Normal but Unusual for the Breed or Age?

Record the finding objectively, describe what you observed, and add a brief interpretive note explaining why it is unusual. For example, document a grade 3 left apical systolic murmur in a 12-year-old Cavalier King Charles Spaniel as expected for the breed, but the same murmur in a 2-year-old Greyhound as an unexpected finding requiring further investigation. The RCVS Day One Competences require clear and accurate clinical records that support continuity of care. Your documentation should allow another clinician to understand also what you found but also what you thought about it and what you plan to do next.

How Do I Present an Abnormal Finding to the Owner Without Causing Unnecessary Alarm?

Use a structured approach: state the finding in plain language, explain what it means in the context of this specific patient, and outline the next diagnostic step with its purpose and estimated cost. Avoid speculative prognoses until more information is available. The MSD Veterinary Manual advises that client communication should be clear, honest, and tailored to the owner's level of understanding. Offer the owner time to ask questions and provide written notes if they wish. If you are a student, discuss the finding with your supervising clinician before speaking to the owner, and practice the conversation in advance so your delivery remains calm and factual.

Related Clinical & Scientific Guides

• Veterinary Case Presentation: Structure and Delivery
• Veterinary Communication in the Workplace: Team Dynamics
• Monitoring Plans for Hospitalized Veterinary Patients

References and Further Reading

• The golden age: gold nanoparticles for biomedicine.. 2012.
• RCVS Day One Competences. RCVS.
• MSD Veterinary Manual, Professional Edition. MSD Veterinary Manual.
• American Veterinary Medical Association Practice Resources. American Veterinary Medical Association.
• WOAH Terrestrial Animal Health Code. WOAH.

Related Articles

• Veterinary Physical Examination Documentation
• Mastering the Veterinary Physical Examination: A Systematic Approach
• Veterinary Clinical Skills Assessment and OSCE Preparation
• Neurological Examination in Dogs: A Practical Guide
• Veterinary Case Presentation: Format and Examples for Students

This article is educational professional reference material for veterinary audiences. It is not a substitute for veterinary diagnosis, individual clinical judgment, current product labeling, or applicable regulatory requirements.