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100+ Free FVH Pathologie Practice Questions

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2026 Statistics

Key Facts: FVH Pathologie Exam

3 years

Minimum Residency Training

GST Bildungsordnung & SVTP

3 parts

Necropsy, Slides & Written Paper

R-SVTP-FVH Regulation

CHF 2.5k-3.5k

Examination & Title Fee

GST / SVTP Fee Schedule

ECVP / ACVP

International Board Recognition

SVTP Regulations

TSG & VTNP

Swiss Epizootic & Disposal Laws

BLV / Fedlex Switzerland

100 Qs

English Study Bank Adaptation

OpenExamPrep Practice Bank

The Fachtierarzt FVH für Pathologie is the Swiss postgraduate board qualification for veterinary pathologists. Candidates complete at least 3 years (150 weeks / 3,600 hours) of supervised diagnostic pathology residency, submit approved case logbooks and a scientific publication/dissertation, and pass a rigorous three-part final examination (practical necropsy, slide-based histopathology/cytopathology evaluation, and written pathology paper). Official exam languages are German and French; this 100-question English MCQ practice bank serves as an in-depth study companion for diagnostic knowledge verification.

Sample FVH Pathologie Practice Questions

Try these sample questions to test your FVH Pathologie exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1During the post-mortem examination of a bovine carcass 36 hours after death, greenish-black discoloration is observed on the serosa of the intestines and abdominal wall adjacent to the cecum. Histopathology reveals no inflammatory reaction or cellular necrosis associated with the pigment. What is the most accurate pathological interpretation of this gross finding?
A.Pseudomelanosis caused by bacterial hydrogen sulfide reacting with hemoglobin iron from lysed erythrocytes
B.Ante-mortem hemorrhagic-necrotizing enteritis with localized tissue gangrene
C.Melanosis maculosa congenital deposition in the visceral peritoneum
D.Bile imbibition resulting from post-mortem leakage of biliary salts across the gall bladder wall
Explanation: Pseudomelanosis is a common post-mortem artifact characterized by greenish-black or blue-black discoloration of abdominal viscera and the abdominal wall. It occurs when post-mortem saprophytic bacteria produce hydrogen sulfide (H2S), which reacts with iron from hemolyzed erythrocytes to form insoluble iron sulfide (FeS). Because it is a post-mortem change, there is no associated inflammatory cellular infiltrate or ante-mortem vascular response on histopathology.
2Which biochemical process is directly responsible for the onset and subsequent resolution of rigor mortis in mammalian carcasses following death?
A.Accumulation of intracellular calcium causing persistent troponin activation without ATP depletion, followed by autolytic myofibril synthesis
B.Exhaustion of intracellular ATP preventing actin-myosin cross-bridge dissociation, followed by resolution via enzymatic autolysis of myofibrillar proteins
C.Excessive lactic acid neutralization preventing actin contraction, followed by putrefactive bacterial invasion
D.Rapid post-mortem dephosphorylation of myosin light chains leading to permanent cross-linking until putrefaction occurs
Explanation: Rigor mortis (post-mortem rigidity) develops when glycogen and creatine phosphate stores are exhausted, leading to complete depletion of ATP. Because ATP binding is required to dissociate myosin heads from actin filaments, muscles remain locked in a contracted state. Rigor mortis resolves after several hours to days as endogenous proteolytic lysosomal enzymes and saprophytic bacteria degrade the structural myofibrillar proteins (autolysis).
3During the necropsy of a dairy cow found dead in pasture, marked ruminal distension is present. Which gross pathological lesion reliably differentiates ante-mortem primary ruminal tympany (frothy bloat) from simple post-mortem gas accumulation?
A.Diffuse congestion and petechiation confined entirely to the abomasum and omasum
B.Presence of frothy fluid within the tracheal bifurcation without pulmonary congestion
C.A sharp line of demarcation in the esophagus with cranial mucosal congestion/hemorrhage and caudal mucosal pallor/ischemia
D.Bilateral subcapsular renal cortical necrosis with marked hydronephrosis
Explanation: The 'bloat line' in the esophagus is a pathognomonic macroscopic indicator of ante-mortem ruminal tympany in ruminants. The severely distended rumen increases intra-abdominal and intrathoracic pressure, impairing venous return and producing intense venous congestion, edema, and petechiae in the cervical (cranial) esophagus, while the caudal (intrathoracic) esophagus is compressed and appears pale and ischemic.
4At post-mortem examination of a 4-month-old piglet, a segment of small intestine is invaginated into an adjacent distal segment. Which morphological feature definitively distinguishes a true ante-mortem pathological intussusception from an agonal (post-mortem) invagination?
A.The invaginated segment easily slides out upon gentle traction without any mucosal resistance
B.Absence of mesenteric vessel traction or luminal contents within the intussuscipiens
C.Complete lack of serosal fibrin deposition, congestion, or edema in both intestinal layers
D.Intense venous congestion, fibrin exudation, edema, and mural necrosis with resistance to manual reduction
Explanation: True ante-mortem intussusception involves mesenteric entrapment, leading to severe venous stasis, mural edema, thrombosis, ischemic necrosis, and fibrinous serositis that firmly binds the intussusceptum to the intussuscipiens, making manual reduction difficult or impossible. In contrast, agonal invaginations occur during the irregular hyperperistalsis of dying, lack vascular compromise, fibrin, or inflammation, and reduce easily with gentle traction.
5An 18-year-old Arabian gelding is euthanized due to acute, unrelenting colic. Necropsy reveals a sharply demarcated, 3-meter loop of jejunum that is dark reddish-black, thickened, and friable. A spherical, 6-cm pedunculated fatty mass is wrapped around the mesenteric root of the affected loop. What is the definitive morphological diagnosis?
A.Hemorrhagic infarction secondary to strangulating pedunculated lipoma
B.Non-strangulating thromboembolic colic secondary to Strongylus vulgaris migration
C.Pelvic flexure enterolithiasis with secondary pressure necrosis
D.Idiopathic muscular hypertrophy of the ileum with secondary intussusception
Explanation: Pedunculated mesenteric lipomas are benign adipose tumors of older equids that arise from the mesenteric fat. As they grow on elongated fibrovascular stalks, they can wrap around loops of small intestine (or small colon), obstructing venous drainage first and then arterial supply. This causes severe venous stasis, mural edema, and hemorrhagic infarction of the entrapped intestinal loop.
6A 6-year-old Great Dane dies acutely after displaying unproductive retching and abdominal distension. At necropsy, when viewing the abdominal cavity from the ventral approach, what is the classic anatomical orientation of the stomach in a gastric dilatation-volvulus (GDV)?
A.The stomach rotates 90 degrees counterclockwise, displacing the spleen into the right cranial quadrant behind the liver
B.The greater curvature and greater omentum cover the ventral surface of the stomach, with the pylorus displaced dorsomedially to the left and the spleen displaced ventrosouth to the right
C.The stomach remains anatomically normal in position but displays mucosal ulceration and transmural emphysema
D.The pylorus shifts into the left thoracic cavity through a ruptured diaphragmatic hernia with the fundus displaced ventrally
Explanation: In classic canine gastric dilatation-volvulus (GDV), the stomach rotates clockwise (from 180° to 360°) on its mesenteric axis when viewed from behind the patient. This causes the greater curvature and overlying greater omentum to cover the ventral aspect of the stomach. The pylorus moves from its normal right cranial position ventrally and across to the left dorsocranial quadrant, while the spleen is dragged by the gastrosplenic ligament to the right ventral abdomen.
7A 10-year-old German Shepherd dog collapses and dies acutely. Necropsy reveals 400 mL of dark, unclotted blood within the pericardial sac, compressing the ventricles (cardiac tamponade). A 3-cm multinodular, dark red, friable mass is situated in the wall of the right atrium. What is the most likely diagnosis?
A.Aortic body chemodectoma
B.Myxomatous mitral valve rupture
C.Right atrial hemangiosarcoma
D.Infective vegetative endocarditis of the tricuspid valve
Explanation: Hemangiosarcoma is a malignant neoplasm of endothelial cell origin with a strong predilection for the right atrium/auricle and the spleen in large breed dogs, especially German Shepherds and Golden Retrievers. Rupture of a right atrial hemangiosarcoma leads to acute hemopericardium, resulting in fatal cardiac tamponade and cardiogenic shock.
8Which gross pathological feature reliably differentiates chronic myxomatous mitral valvular degeneration (endocardiosis) from active bacterial endocarditis in a canine heart?
A.Endocardiosis exhibits friable, yellow-to-gray vegetative fibrinonecrotic plaques with superficial bacterial colonies
B.Endocardiosis causes extensive transmural myocardial infarction with diffuse suppurative pericarditis
C.Endocardiosis causes severe subvalvular aortic ring calcification with aortic rupture
D.Endocardiosis presents as smooth, glistening, nodular thickenings of the valve leaflets without ulceration or thrombotic vegetations
Explanation: Myxomatous valvular degeneration (endocardiosis) is an age-related degenerative disease characterized by nodular, smooth, glistening, white-to-pearly thickenings of the free edges of the atrioventricular valve leaflets (most commonly the mitral valve), lacking inflammation, necrosis, or bacterial vegetations. Bacterial endocarditis, conversely, causes rough, friable, irregular, yellow-red 'cauliflower-like' fibrinonecrotic vegetations containing bacterial colonies.
9At post-mortem examination of a cow with congestive heart failure secondary to chronic traumatic reticuloperitonitis, the liver is enlarged with rounded borders. On cross-section, there is a striking reticular pattern of dark red centrilobular zones interspersed with pale yellowish-tan periportal parenchyma ('nutmeg liver'). What is the underlying pathogenesis of this lesion?
A.Severe chronic passive hepatic congestion with centrilobular sinusoidal dilatation, hypoxia-induced atrophy/necrosis of hepatocytes, and fatty degeneration of periportal hepatocytes
B.Acute massive hepatic necrosis (hepatosis dietetica) induced by selenium and vitamin E deficiency
C.Severe biliary hyperplasia with periportal fibrosis resulting from chronic Fasciola hepatica migration
D.Diffuse amyloid deposition within the space of Disse causing pressure atrophy of periportal hepatocytes
Explanation: Chronic passive hepatic congestion (nutmeg liver) results from elevated central venous pressure (such as in right-sided congestive heart failure). Impaired venous outflow distends the central veins and centrilobular sinusoids, causing hypoxia, atrophy, and necrosis of centrilobular hepatocytes (appearing dark red). In contrast, periportal hepatocytes receive relatively oxygenated blood and survive, but undergo hypoxia-induced fatty change (appearing pale yellow-tan).
10During the necropsy of a 6-month-old Yorkshire Terrier puppy with stunted growth and hepatic encephalopathy, a single large anomalous vessel is identified connecting the portal vein directly to the caudal vena cava, bypassing the hepatic parenchyma. The liver is markedly microhepatic. What is the definitive diagnosis and histological correlate?
A.Acquired multiple portosystemic shunts with severe nodular regenerative hyperplasia
B.Congenital extrahepatic portosystemic shunt with hepatic arteriolar proliferation, small/absent intrahepatic portal veins, and lobular atrophy
C.Primary portal vein thrombosis with cavernomatous collateral transformation
D.Arteriovenous fistula of the celiac axis with marked sinusoidal peliosis hepatis
Explanation: Congenital extrahepatic portosystemic shunts (PSS) are common in small and toy breed dogs (such as Yorkshire Terriers). The single anomalous vessel diverts portal blood directly into the systemic circulation (caudal vena cava or azygos vein). This leads to microhepatica. Histopathologically, the liver exhibits small or absent portal vein branches, compensatory proliferation of small tortuous hepatic arterioles, and generalized lobular atrophy with lipofuscin accumulation.

About the FVH Pathologie Exam

The Fachtierarzt FVH für Pathologie (Vétérinaire spécialiste FVH en pathologie) is Switzerland's official postgraduate veterinary specialty title in veterinary anatomical pathology. Conferred by the GST in cooperation with the SVTP, the qualification certifies advanced specialist expertise in post-mortem gross diagnosis, systemic histopathology, diagnostic cytopathology, immunohistochemistry, molecular pathology, oncology, and infectious disease pathogenesis across domestic, farm, equine, laboratory, and wild animal species. The structured 3-year residency program culminates in a comprehensive three-part final evaluation (Schlussevaluation). This practice bank provides an English-language multiple-choice adaptation designed to support study and conceptual reasoning for candidates preparing for veterinary pathology specialist examinations.

Assessment

The official assessment comprises: 1) Practical/oral necropsy evaluation (performing a complete post-mortem dissection, macroscopic lesion description, diagnostic sampling, and writing a comprehensive necropsy report); 2) Written evaluation 1 (microscopic description, morphological diagnoses, etiologic diagnoses, and pathogenesis commentary on histopathology and cytopathology slides); 3) Written evaluation 2 (problem-solving paper on general and special pathology, immunohistochemistry, molecular diagnostics, toxicologic pathology, and Swiss epizootic disease legislation).

Time Limit

Practical necropsy and report (4-5 hours), written slide examination (3-4 hours), and written pathology paper (3-4 hours)

Passing Score

Satisfactory performance (Pass) across all three examination sections: practical necropsy evaluation, slide-based histopathology/cytopathology evaluation, and written pathology paper

Exam Fee

Approx. CHF 2,500 – 3,500 total examination and title registration fee (GST/SVTP) (Gesellschaft Schweizer Tierärztinnen und Tierärzte (GST / SVS) & Schweizerische Vereinigung für Tierpathologie (SVTP))

FVH Pathologie Exam Content Outline

~20%

Gross Pathology, Post-Mortem Diagnostics & Necropsy Techniques

Systematic necropsy procedures across species, differentiating post-mortem changes (pseudomelanosis, autolysis, imbibition) from ante-mortem lesions, organ system gross pathology, sampling protocols for ancillary testing (microbiology, virology, toxicology), and professional autopsy report writing.

~25%

Systemic & Organ Histopathology

Cellular adaptation, necrosis patterns, acute/chronic inflammation, cardiovascular pathology (endocardiosis, myocardial infarction, cardiomyopathies), respiratory pathology (pneumonia patterns), GI and hepatic diseases, nephropathies, neuropathology, and dermatopathology.

~10%

Diagnostic Cytopathology & Cavitary Fluid Analysis

Cytological evaluation of fine-needle aspirates (epithelial, mesenchymal, round cell lineages), cavitary effusions (pure/modified transudate, exudate, chyle, uroabdomen, bile peritonitis), CSF analysis, synovial fluid analysis, and bronchoalveolar lavage cytology.

~15%

Immunohistochemistry & Molecular Pathology

Diagnostic IHC panels (cytokeratins, vimentin, CD3, CD20, CD79a, S100, Melan-A, KIT, Ki-67, desmin, SMA), clonality testing (PARR for B/T-cell lymphoma), in situ hybridization, pre-analytical fixation artifacts, and decalcification effects on antigens.

~15%

Infectious Disease Pathology & Epizootic Pathogenesis

Pathogenesis and morphology of viral, bacterial, fungal, parasitic, and prion infections, including Swiss TSG notifiable epizootics (African Swine Fever, Bovine TB, Anthrax, Rabies, Avian Influenza, BVDV, FIP, BSE, Scrapie, PRRSV).

~15%

Veterinary Oncology, Tumor Classification & Grading

Histopathologic classification, WHO/ECVP grading schemes (canine mast cell tumors Patnaik/Kiupel, soft tissue sarcomas, canine/feline mammary tumors, canine lymphoma), surgical margins evaluation (clean, narrow, infiltrated), and prognostic biomarkers.

How to Pass the FVH Pathologie Exam

What You Need to Know

  • Passing score: Satisfactory performance (Pass) across all three examination sections: practical necropsy evaluation, slide-based histopathology/cytopathology evaluation, and written pathology paper
  • Assessment: The official assessment comprises: 1) Practical/oral necropsy evaluation (performing a complete post-mortem dissection, macroscopic lesion description, diagnostic sampling, and writing a comprehensive necropsy report); 2) Written evaluation 1 (microscopic description, morphological diagnoses, etiologic diagnoses, and pathogenesis commentary on histopathology and cytopathology slides); 3) Written evaluation 2 (problem-solving paper on general and special pathology, immunohistochemistry, molecular diagnostics, toxicologic pathology, and Swiss epizootic disease legislation).
  • Time limit: Practical necropsy and report (4-5 hours), written slide examination (3-4 hours), and written pathology paper (3-4 hours)
  • Exam fee: Approx. CHF 2,500 – 3,500 total examination and title registration fee (GST/SVTP)

Keys to Passing

  • Work through all 100 available questions
  • Review every answer and explanation
  • Track weak areas and revisit them
  • Use our AI tutor for tough concepts

FVH Pathologie Study Tips from Top Performers

1Practice formulating precise morphological diagnoses following the standard formula: organ + severity (mild/moderate/marked) + time course (acute/subacute/chronic) + distribution (focal/multifocal/locally extensive/diffuse) + inflammatory/degenerative process + modifier.
2Master differentiating post-mortem changes (pseudomelanosis, hemoglobin imbibition, bile imbibition, autolytic detachment of mucosal lining, hypostatic congestion) from true ante-mortem lesions (infarctions, thrombosis, acute inflammation, necrosis).
3Systematically memorize immunohistochemical marker profiles: CK for epithelium, Vimentin for mesenchyme, CD3 for T-cells, CD20/CD79a/PAX5 for B-cells, S100/Melan-A for melanocytes, KIT for mast cells, and IBA1 for histiocytes.
4Review the microscopic grading schemes in veterinary oncology: Kiupel and Patnaik for canine mast cell tumors, French Federation system for soft tissue sarcomas, and modified Elston-Ellis for mammary carcinomas.
5Understand cavitary effusion classifications: pure transudate (TP <2.5 g/dL, TNCC <1,500/μL), modified transudate (TP 2.5-3.5 g/dL, TNCC 1,000-7,000/μL), exudate (TP >3.0 g/dL, TNCC >7,000/μL), chyle (triglycerides > serum), and uroabdomen (creatinine fluid:serum >2:1).
6Be thoroughly familiar with Swiss TSG notifiable diseases, BSL-2/BSL-3 necropsy safety protocols, and statutory carcass disposal rules under VTNP.

Frequently Asked Questions

What is the Fachtierarzt FVH für Pathologie qualification?

It is the federally recognized postgraduate veterinary specialist title (Fachtierarzt FVH) in veterinary pathology in Switzerland, awarded by the Swiss Veterinary Society (GST / SVS) in cooperation with the Swiss Association of Veterinary Pathology (SVTP). It certifies advanced competence in gross pathology, necropsy diagnosis, histopathology, cytopathology, immunohistochemistry, and disease pathogenesis.

What are the eligibility requirements to sit the FVH Pathologie examination?

Candidates must hold a Swiss Federal Diploma in Veterinary Medicine or a recognized EU/EFTA veterinary qualification (MedBG), complete at least 3 years full-time (or up to 6 years part-time, minimum 150 weeks and 3,600 specialized hours) structured residency training at an accredited veterinary pathology institution under an approved supervisor, maintain an approved logbook of necropsies and biopsy histopathology cases, publish a scientific paper or dissertation, and earn mandatory continuing education points.

How is the official Swiss FVH Pathologie specialist examination structured?

Under the R-SVTP-FVH regulation, the final examination (Schlussevaluation) consists of three parts: 1) A practical and oral evaluation involving a complete post-mortem examination, macroscopic description, diagnostic sampling, and a formal necropsy report; 2) Written evaluation 1 consisting of microscopic descriptions, morphological diagnoses, etiologic diagnoses, and pathogenesis commentary on histopathology and cytopathology slides; 3) Written evaluation 2 consisting of a problem-solving written examination covering general/special pathology, molecular pathology, IHC, toxicologic pathology, and Swiss epizootic disease legislation.

How does the FVH Pathologie title relate to European (ECVP) and American (ACVP) board certifications?

The SVTP recognizes Diplomates of the European College of Veterinary Pathologists (Dipl. ECVP) and the American College of Veterinary Pathologists (Dipl. ACVP). Certified ECVP/ACVP diplomates who are members of GST and SVTP can obtain the FVH Pathologie title through an expedited recognition pathway without repeating the primary examination.

In which languages is the official FVH Pathologie examination conducted?

The official examination is conducted in Switzerland's national languages—German and French (or English/Italian by special arrangement with the SVTP examination committee). The 100 multiple-choice questions provided here represent an English-language study adaptation intended for conceptual practice and revision.

What role does Swiss epizootic disease legislation (TSG) play in veterinary pathology?

Veterinary pathologists in Switzerland play a frontline diagnostic role in detecting notifiable epizootic diseases categorized under the TSG (Hochansteckende, Zu bekämpfende, Zu überwachende Tierseuchen). They must adhere to strict statutory biosafety standards, immediate reporting mandates to cantonal veterinary authorities and the BLV, and specialized diagnostic protocols for diseases like Bovine TB, African Swine Fever, Rabies, Anthrax, and Avian Influenza.