Presenting a Veterinary Case: Structure and Delivery Tips

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

Key Takeaways

• A veterinary case presentation is a structured argument, not a recitation of the medical record, designed to demonstrate clinical reasoning and data prioritization. It serves as a standardized framework for information exchange within a clinical team and for assessment purposes, emphasizing the ability to discern critical findings and communicate them plainly.
• The standard presentation format includes signalment (species, breed, age, sex, neuter status, use), presenting complaint (owner's verbatim words), chronological history, body-system organized physical examination (objective descriptors), a ranked problem list, logical differential diagnoses (e.g., DAMNIT or anatomical localization), a justified diagnostic plan, assessment (most likely diagnosis), and a therapeutic plan with specific monitoring parameters.
• Diagnostic plans must be justified by their ability to support or refute specific differentials, prioritizing minimally invasive, inexpensive, and high-yield tests first. Interpretation of results requires linking them to the differential list, acknowledging discrepancies, and applying clinical judgment, referencing resources like the MSD Veterinary Manual for species-specific data and interpretive guidance.
• Effective delivery necessitates practicing aloud, adhering to time limits (5-10 minutes for rounds, 10-15 for formal exams), and preparing for interruptions. Common pitfalls include omitting negative findings, presenting results without interpretation, having an unfocused treatment plan, failing to acknowledge uncertainty, poor time management, and reading directly from notes.
• Regulatory reporting obligations, such as for notifiable diseases or adverse drug events, must be explicitly stated when relevant. The decision to refer or consult should be clearly articulated, specifying the question, urgency, and necessary information for the receiving clinician, with documentation of owner financial constraints and treatment preferences being crucial for a defensible plan.

A veterinary case presentation is a structured oral summary of a patient's history, clinical findings, diagnostic plan, and therapeutic course, delivered to an audience of clinicians, students, or examiners. This article provides a framework for organizing a case presentation for clinical rounds, competency assessments, and final examinations. It is written for veterinary students who have completed introductory clinical rotations and who need a reproducible method for turning a messy clinical record into a clear, defensible narrative.

The presentation serves two distinct functions. In the teaching hospital, it allows the team to share information efficiently and to test clinical reasoning under supervision. In the examination setting, it demonstrates that you can gather data, prioritize problems, and justify decisions under time pressure. Both settings reward the same underlying skill: the ability to distinguish what matters from what does not, and to say so plainly. The Royal College of Veterinary Surgeons lists communication and clinical reasoning among its defined day one competences, which means examiners will assess how you present, also what you know, RCVS day one competences.

This guide covers the standard presentation format, the content expected at each stage, common structural errors, and practical delivery techniques. It also addresses how to handle uncertainty and how to adapt the format for different species and clinical settings.

At a Glance

The Purpose of a Case Presentation

A case presentation is not a recitation of the medical record. It is an argument. You are arguing that your interpretation of the case is reasonable, that your diagnostic plan is justified, and that your therapeutic choices follow from the evidence you have presented. The audience needs enough information to follow your reasoning, but not so much that they lose the thread.

Interprofessional education research shows that complex medical problems are best addressed by teams whose members communicate clearly and share a common framework for decision making, interprofessional collaboration models in health care education. The case presentation is the veterinary equivalent of that shared framework. It standardizes how clinical information is exchanged so that every member of the team, from the intern to the attending clinician, knows where to look for the next piece of information.

The format also protects the patient. A structured presentation forces you to consider each body system in turn, which reduces the chance of overlooking a finding that does not fit your initial hypothesis. It creates a permanent record of your reasoning that can be reviewed if the case deteriorates.

The Standard Format

Most veterinary schools and teaching hospitals use a variation of the same sequence: signalment, presenting complaint, history, physical examination, problem list, differential diagnoses, diagnostic plan, assessment, and therapeutic plan. Deviations from this order are acceptable when the case demands them, but you should have a reason for the deviation.

Signalment and Presenting Complaint

Open with the signalment in a single sentence. Include species, breed, age, sex, neuter status, and any relevant use or production role. For a dairy cow, that means lactation number and stage. For a performance horse, that means discipline and training level. For a companion animal, that means indoor or outdoor lifestyle and household composition.

The presenting complaint is the owner's own words, quoted briefly. Do not paraphrase it into a diagnosis. If the owner says "he has been drinking a lot," write that, not "polyuria and polydipsia." The distinction matters because the owner's observation is the raw data, and your interpretation of it belongs later in the presentation.

History

The history section expands the presenting complaint into a chronological narrative. Start with the onset of signs, their progression, and any treatments already given. Then cover the systems review, which is a quick pass through each body system to identify signs the owner may not have mentioned spontaneously.

For production animals, include group-level information: herd size, morbidity and mortality rates, recent introductions, vaccination status, and biosecurity measures. For herd problems, the individual case presentation may be less important than the pattern across the group, and you should say so explicitly.

Physical Examination

Report the physical examination in a fixed order so that you never omit a system. Begin with general parameters: temperature, pulse, respiratory rate, and body condition. Then move through each system in the same sequence every time. Use objective descriptors instead of vague terms. "The left eye has a 3 mm corneal ulcer with a negative fluorescein stain at the margin" is more useful than "the left eye looks bad."

Normal findings can be summarized in a single phrase, such as "cardiopulmonary auscultation unremarkable." Abnormal findings deserve detail, including location, size, character, and any pain response.

Diagnostic Plan and Prioritization

The diagnostic plan should follow directly from the differential list you presented in the assessment section. Each differential must have a corresponding test that would support or refute it, and the order of testing should reflect diagnostic yield, cost, patient stability, and owner constraints.

Begin with tests that are minimally invasive, inexpensive, and high yield. For a vomiting dog, this means a complete blood count, serum biochemistry profile, and abdominal ultrasound before advanced imaging or exploratory surgery. For a lame horse, hoof testers and regional nerve blocks precede radiography and MRI. The reasoning is simple: a negative result on a low-cost, low-risk test can eliminate several differentials at once, while a positive result may direct the remainder of the workup.

Reassess the plan at each decision point. If a test result changes the probability of a differential, the remaining plan must change accordingly. A cat with suspected pancreatitis that has normal feline pancreatic lipase may still warrant abdominal ultrasound if clinical signs persist, but the pretest probability has shifted and the justification for imaging must be restated.

State the expected time frame for results. In a referral setting, histopathology may take days while cytology is available immediately. In general practice, in-house testing provides same-visit results but may lack the sensitivity of reference laboratory assays. The audience needs to know which results are pending and how those results will alter the next step.

Interpreting Findings and Refining the Differential List

Interpretation is where students most often lose marks, because they report results without explaining their meaning. Each abnormal finding must be linked back to the differential list, and the list must be revised explicitly.

Use likelihood ratios where the evidence supports them. A test with a high likelihood ratio for a specific disease, such as bile acid testing for portosystemic shunting, can confirm a diagnosis when the pretest probability is moderate. A test with a low likelihood ratio can rule out a disease when the pretest probability is low. Where likelihood ratios are not established for a species or condition, state that the interpretation rests on clinical judgment and published reference intervals.

Reference intervals require context. A value at the upper limit of the reference interval may be clinically significant in a patient with compatible signs, while a markedly abnormal value may be an artefact of hemolysis or lipaemia. The MSD Veterinary Manual professional edition provides species-specific reference intervals and interpretive guidance, but these must be applied with attention to the laboratory that generated the results, as methodology varies between analyzers.

When results conflict with clinical findings, do not ignore the discrepancy. A normal thoracic radiograph in a dyspnoeic cat does not rule out lower airway disease, because bronchial patterns can be subtle. An elevated creatinine in a dehydrated patient may reflect prerenal azotaemia instead of primary kidney disease. State the discrepancy, propose an explanation, and describe how you would resolve it.

Diagnostic Imaging and Ancillary Testing

Imaging choices depend on the body system, the patient's stability, and the equipment available. Survey radiographs are appropriate for evaluating the thorax, the gastrointestinal tract for obstruction or foreign bodies, the urinary bladder for uroliths, and the skeleton for fractures. Ultrasound provides real-time assessment of soft tissue structures, including the liver, spleen, kidneys, bladder, and gastrointestinal wall, and allows guided sampling.

Computed tomography has become the standard for nasal disease, intracranial lesions, and many thoracic and abdominal conditions, but it requires general anesthesia or heavy sedation in most species and is not available in all practices. State clearly whether the imaging you are describing was performed in your case and what the images showed, using standard descriptive terminology instead of interpretive conclusions. For example, describe a "well-defined, rounded soft tissue opaque structure in the gastric lumen" instead of "a gastric foreign body."

Serial imaging has a role in monitoring disease progression or response to therapy. A pneumothorax that expands on repeat radiographs after thoracocentesis indicates ongoing air leakage and may warrant surgical intervention. Degenerative joint changes that progress on serial radiographs support a diagnosis of osteoarthritis and guide long-term management.

Developing the Treatment Plan

The treatment plan must follow logically from the diagnosis and must be presented with specific monitoring parameters. State the drug class, the route of administration, the expected duration of therapy, and the parameters you will use to assess response. Do not present milligram per kilogram doses as universal instruction, consult the current formulary and label references for the species and indication, and state that you have done so.

Choose the treatment setting based on patient status and owner capability. A stable patient with a condition that requires oral medication and routine rechecks may be managed as an outpatient. A patient with hemodynamic instability, severe pain, or a condition requiring parenteral therapy or continuous monitoring requires hospitalization. The AVMA practice resources provide guidance on professional standards for patient care and client communication that apply across these settings.

Monitoring parameters should be specific and linked to the treatment's mechanism of action. For a patient receiving nonsteroidal anti-inflammatory therapy, monitor renal values, gastrointestinal signs, and appetite. For a patient receiving insulin, monitor blood glucose curves, clinical signs of hypoglycemia, and body weight. For a patient receiving antimicrobial therapy, monitor the infection site, systemic inflammatory markers, and any adverse effects.

The following table summarizes common monitoring parameters by treatment category.

Documentation and the Medical Record

The medical record must contain everything you presented, and the presentation must be consistent with the record. Discrepancies between the oral presentation and the written record are a common source of criticism in rounds and examinations. Document the signalment, history, physical examination findings, diagnostic test results, differential list, treatment plan, and monitoring parameters in the record at the time they occur.

Use standard medical abbreviations and terminology. Record drug doses, routes, and administration times. Record the client's stated financial constraints and treatment preferences, because these influence the diagnostic and therapeutic plan and must be defensible if the case is reviewed.

The RCVS Day One Competences include the expectation that graduates maintain accurate and adequate clinical records. This applies to the written record and to the oral presentation derived from it. In jurisdictions outside the United Kingdom, equivalent professional standards apply through the relevant regulatory body.

Common Pitfalls in Case Presentation

Several recurring errors weaken otherwise sound case presentations. The first is omission of negative findings. A complete physical examination includes normal findings, because their absence from the presentation suggests they were not performed. State that the thoracic auscultation was unremarkable, that the rectal examination revealed no abnormalities, or that the neurologic examination was within normal limits.

The second pitfall is presenting results without interpretation. A list of laboratory values with no explanation of their clinical significance forces the audience to do the interpretive work. Link each abnormal result to the differential list and state what it changes.

The third pitfall is an unfocused treatment plan. A plan that lists medications without monitoring parameters, recheck intervals, or criteria for discontinuation is incomplete. State what you will do, how you will know it is working, and what you will do if it is not.

The fourth pitfall is failure to acknowledge uncertainty. Cases in which the diagnosis remains tentative, the treatment is empirical, or the prognosis is guarded require explicit acknowledgement. The WOAH terrestrial animal health standards apply to notifiable diseases and international movement, but the principle of transparent communication about uncertainty applies to every case.

The fifth pitfall is poor time management. A presentation that spends excessive time on history and physical examination leaves insufficient time for the diagnostic plan and treatment. Allocate time proportionally to the complexity of each section and practice delivering the presentation within the allotted time.

The sixth pitfall is reading from notes. A presentation delivered from memory, with the medical record available for reference, demonstrates command of the case. Reading verbatim from the record suggests the presenter does not understand the material.

Recognized Complications and Early Detection

Every case presentation carries failure modes that are predictable and largely preventable. The most common is misalignment between the stated purpose and the content delivered. A student asked to present for diagnostic reasoning rounds who instead recites a complete chronological record will lose the audience before reaching the treatment plan. Detect this early by clarifying the expected format with the attending clinician before the presentation, and by checking whether the audience expects a problem-oriented or a chronological structure.

Time mismanagement is a second predictable failure. Presenters who spend four minutes on signalment and history leave insufficient time for interpretation and plan justification. The corrective action is rehearsal with a timer, allocating roughly 20 percent of the total time to signalment, history, and physical examination combined, and reserving the final third for the diagnostic plan, treatment rationale, and open questions.

A third failure mode is the unsupported claim. Statements such as "the radiographs were unremarkable" or "the patient deteriorated overnight" without accompanying data invite immediate challenge. Detect this by reviewing your own presentation for every claim that lacks a numeric value, a dated finding, or a named test result. If a claim cannot be supported, either obtain the supporting data or reframe the statement as an assessment with an explicit confidence level.

Common Errors and Corrective Action

Less experienced presenters frequently confuse the medical record with the case presentation. The record is a complete chronological repository, the presentation is a curated argument. Presenters who read directly from the record lose the thread of clinical reasoning and obscure the decision points that matter. The corrective action is to build a separate presentation outline that follows the diagnostic logic, not the chart order.

A related error is the failure to state the problem list explicitly. Without a named problem list, the audience cannot follow how differentials were generated or how the diagnostic plan was prioritized. Correct this by opening the assessment section with a numbered problem list, each item paired with its leading differential and the evidence that supports or refutes it.

Students also tend to overstate diagnostic certainty. Phrases such as "the diagnosis is" should be replaced with "the most likely diagnosis is, supported by X and Y, with Z still possible." This habit aligns with the professional communication standards expected of veterinary graduates, which include accurate self-assessment and recognition of uncertainty RCVS Day One Competences.

A fourth error is neglecting the audience's baseline knowledge. Presenting to a mixed group of clinicians, nurses, and students requires calibration of technical detail. The interprofessional education literature shows that effective clinical communication depends on understanding the roles and knowledge base of each team member Interprofessional collaboration: three best practice models of interprofessional education. When in doubt, define a term once and move on.

Limitations of the Evidence and Divergent Expert Opinion

The evidence base for case presentation format is largely educational consensus instead of controlled trial data. There is no published randomised comparison of presentation structures showing that one format produces better patient outcomes. Expert opinion differs on several points: whether the physical examination should be presented as a complete systems review or only as pertinent positives and negatives, whether the treatment plan should be presented before or after the diagnostic interpretation, and how much historical detail is appropriate for a referral presentation versus an in-house rounds presentation.

Species and setting introduce further variation. A production-animal herd presentation requires population-level data and economic context that a small-animal single-patient presentation does not. A wildlife or exotic case may require discussion of legal and conservation considerations that fall outside standard small-animal frameworks. The MSD Veterinary Manual provides species-specific guidance on clinical findings and diagnostic approaches that can help calibrate content for non-standard species.

Where the evidence is contested, the safest approach is to ask the audience or attending clinician about their preferred structure before presenting. This is not a sign of weakness, it is a professional courtesy that prevents wasted effort.

Referral, Consultation, and Regulatory Reporting

The decision to refer or consult should be made explicit in the presentation, not left as an implicit aside. Presenters should state the specific question being referred, the urgency, and what information the receiving clinician will need. Referral is appropriate when the diagnostic or therapeutic capability exceeds the current setting, when the case has failed to respond to first-line therapy, or when the owner's expectations exceed what the current setting can deliver.

Laboratory consultation is warranted when test results are discordant with clinical findings, when a result has medicolegal implications, or when the diagnostic laboratory offers interpretive services that the presenting clinician cannot provide. For unusual or emerging pathogens, consultation with a reference laboratory or a specialist in infectious disease is appropriate. The WOAH terrestrial animal health standards define reporting obligations for notifiable diseases that supersede institutional preferences, and presenters should know which diseases are notifiable in their jurisdiction before presenting a suspect case.

Regulatory reporting is not optional and should be stated in the presentation when relevant. This includes notifiable diseases, suspected adverse drug events, and cases with food-safety implications. The AVMA practice resources provide guidance on professional obligations that apply across US jurisdictions, while recognizing that specific reporting requirements vary by state and by species.

Troubleshooting Table

Frequently Asked Questions

How do I adapt my presentation when advanced diagnostics are unavailable?

Prioritize the physical examination and historical findings, then frame your diagnostic plan around what your setting can support. State explicitly which tests are unavailable and how that limitation affects diagnostic confidence. A logical progression from inexpensive, high-yield tests to more advanced modalities shows clinical reasoning. For example, if abdominal ultrasonography is not available, explain how serial physical examinations, radiographs, and basic laboratory data narrow the differential list. Reference the MSD Veterinary Manual for species-specific guidance on test selection and interpretation. Acknowledge that a definitive diagnosis may remain elusive and outline a monitoring plan that detects deterioration early.

How should I present a case when cost is a limiting factor for the owner?

Present the ideal diagnostic and therapeutic plan first, then offer a tiered alternative that preserves the highest-value interventions. Frame cost discussions around prognosis and welfare, not personal judgment. Explain which tests or treatments are essential versus optional, and be explicit about what is lost by deferring each step. Document the owner's informed decision in the medical record. Professional guidance on client communication and informed consent is available through AVMA practice resources. In your presentation, note that financial constraints are a legitimate clinical variable and that the chosen plan should be reassessed if the patient fails to respond as expected.

How does the presentation format change for exotic or production animal cases?

Herd health and flock cases shift emphasis from the individual to the population. Signalment expands to include group size, production stage, and management system. Present the index case, then frame the problem in terms of prevalence, morbidity, and economic impact. For production animals, discuss biosecurity, withdrawal periods, and reportable disease considerations. Consult WOAH terrestrial animal health standards for surveillance and trade-related obligations that may apply. For exotic species, acknowledge that reference ranges and drug doses are often extrapolated from domestic species and state the source of your values. Time constraints in the field mean your presentation should prioritize actionable recommendations over exhaustive differential lists.

What should I do if I disagree with the attending clinician's diagnostic or treatment plan?

Frame the disagreement as a question about clinical reasoning instead of a personal challenge. Ask what evidence supports the current approach and what findings would change the plan. If you still have concerns, state them once, concisely, and with a proposed alternative. In a teaching setting, this models respectful intellectual engagement. Interprofessional education literature emphasizes that collaborative team function depends on clear communication and mutual respect among team members Interprofessional collaboration in health care education. In the medical record, document the discussion and the rationale for the final decision. Do not undermine the plan in front of the owner or client. If patient safety is genuinely at risk, escalate through the appropriate clinical governance pathway.

How much detail should I include in the treatment plan section?

Include drug names, routes, and monitoring parameters, but direct the audience to the current formulary for exact doses and withdrawal periods. State the treatment goal, the expected response timeline, and the criteria for changing therapy. For surgical cases, describe the procedure, anesthetic considerations, and postoperative care. For medical cases, list the drugs, their mechanisms, and the parameters you will monitor to assess efficacy and toxicity. The MSD Veterinary Manual provides peer-reviewed guidance on monitoring protocols across species. Avoid reading a full drug list verbatim. Instead, group medications by purpose and highlight any that carry significant risk or require dose adjustment based on serial laboratory results.

How do I present a case that ended in euthanasia or death?

Present the outcome factually and without defensive framing. Include the date and circumstances of euthanasia or death, the final diagnosis or necropsy findings, and whether the outcome was expected given the disease process. Discuss what was learned and what, if anything, would be done differently. This is a professional obligation, not an optional reflection. The RCVS Day One Competences include the ability to communicate effectively with clients about sensitive topics, including end-of-life decisions. In your presentation, acknowledge the emotional weight of the case for the owner and the team, but keep the focus on clinical learning. If necropsy was declined, state that and note the resulting diagnostic uncertainty.

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

• Interprofessional collaboration: three best practice models of interprofessional education.. 2011.
• Evolution of the SARS-CoV-2 omicron variants BA.1 to BA.5: Implications for immune escape and transmission.. 2022.
• Social media: a review and tutorial of applications in medicine and health care.. 2014.
• Microfabricated biomaterials for engineering 3D tissues.. 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 Case Presentation: Structure and Delivery
• Case Presentation in Veterinary Nursing: Structure and Best Practices
• Veterinary Case Presentation: Format and Examples for Students
• Case Presentation Format for Veterinary Students: A Practical Guide
• Writing Case Reports in Veterinary Medicine: A Guide 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.