PracticeVideosBlogFlashcardsEspañol
All Practice Exams

100+ Free FVH Wiederkäuer Practice Questions

Prepare for the Fachtierarzt FVH für Wiederkäuer (Switzerland) exam with instant access — no signup required.

✓ No registration✓ No credit card✓ No hidden fees✓ Start practicing immediately
100+ Questions
100% Free

Loading practice questions...

Same family resources

Explore More Swiss FVH Veterinary Specialist Examinations (Fachtierarzt GST)

Continue into nearby exams from the same family. Each card keeps practice questions, study guides, flashcards, videos, and articles in one place.

Fachtierarzt FVH Kleintiere (Switzerland)

Practice Questions

Fachtierarzt FVH Pathologie (Switzerland)

Practice Questions

Fachtierarzt FVH Pferde (Switzerland)

Practice Questions

Fachtierarzt FVH Schweine (Switzerland)

Practice Questions
2026 Statistics

Key Facts: FVH Wiederkäuer Exam

3-4 years

Postgraduate Specialist Residency

GST Bildungsordnung & SVW

3 parts

Written, Case Dossier & Oral

SVW Examination Committee

CHF 2.5k-3.5k

Examination & Title Registration Fee

GST / SVW Fee Regulation

7 domains

Specialist Curriculum Blueprint

SVW Curriculum (R-SVW-FVH)

IS ABV / StAR

Mandatory Electronic AMU Monitoring

BLV / TAMV Switzerland

100 Qs

English Study Bank Adaptation

OpenExamPrep Practice Bank

The Fachtierarzt FVH für Wiederkäuer is Switzerland's official postgraduate veterinary board certification for ruminant practitioners. Candidates complete 3–4 years of supervised clinical training, submit a documented case catalog, publish scientific research or a doctoral dissertation, and pass a comprehensive examination (written paper and oral case colloquium). Official examination languages are German and French; this 100-question English MCQ bank serves as a targeted study companion for knowledge verification and diagnostic reasoning.

Sample FVH Wiederkäuer Practice Questions

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

1When diagnosing Subacute Ruminal Acidosis (SARA) in a dairy herd using ultrasound-guided rumenocentesis, which rumen fluid pH threshold in at least 25% to 30% of sampled high-yielding transition cows confirms herd-level SARA?
A.Rumen fluid pH below 6.2 sampled 12 hours after feeding
B.Rumen fluid pH below 5.5 sampled 4 to 8 hours after a total mixed ration (TMR) feeding
C.Rumen fluid pH below 5.0 sampled immediately before morning feeding
D.Rumen fluid pH below 6.8 sampled 2 hours after concentrate administration
Explanation: In dairy herd health diagnostics, Subacute Ruminal Acidosis (SARA) is diagnosed when rumenocentesis reveals a ruminal pH below 5.5 in at least 3 out of 10 sampled cows (or >=25-30%) when collected 4 to 8 hours after TMR feeding (or 2 to 4 hours post-component concentrate feeding). Values above 5.8 are considered normal, while continuous periods below 5.5 cause ruminal papillae damage, parakeratosis, liver abscessation, and laminitis.
2Which serum or whole-blood beta-hydroxybutyrate (BHB) concentration cutoff measured by an electronic point-of-care handheld meter defines subclinical ketosis in early lactation dairy cows?
A.BHB >= 0.6 mmol/L
B.BHB >= 0.9 mmol/L
C.BHB >= 1.2 to 1.4 mmol/L
D.BHB >= 3.0 mmol/L
Explanation: The universally established threshold for subclinical ketosis (hyperketonemia) in early postpartum dairy cows is a blood beta-hydroxybutyrate (BHB) concentration >= 1.2 to 1.4 mmol/L. Concentrations >= 3.0 mmol/L are generally associated with clinical ketosis accompanied by anorexia, rapid drop in milk yield, and hard feces. First-line oral therapy for hyperketonemia consists of 300 to 400 mL oral propylene glycol once daily for 3 to 5 days.
3A 4-year-old Swiss Fleckvieh cow 14 days postpartum presents with anorexia, selective concentrate refusal, decreased rumen motility, and a high-pitched resonant 'ping' on simultaneous auscultation and percussion over the left 9th to 12th intercostal spaces. What characteristic serum biochemical abnormalities are typically expected in this uncomplicated Left Displaced Abomasum (LDA) case?
A.Hypochloremic, hypokalemic metabolic alkalosis with paradoxical aciduria
B.Hyperchloremic, hyperkalemic metabolic acidosis with alkaline urine
C.Normochloremic metabolic acidosis with severe lactic acidemia
D.Hypernatremic, hypercalcemic respiratory alkalosis
Explanation: Abomasal hypomotility and displacement lead to continued secretion of hydrochloric acid into the abomasal lumen and subsequent sequestration or reflux into the rumen. Sequestration of chloride and hydrogen ions results in hypochloremia and systemic metabolic alkalosis. As the kidneys attempt to conserve sodium and volume in response to dehydration, aldosterone stimulates potassium and hydrogen ion excretion in the renal tubules, producing hypokalemia and paradoxical aciduria.
4A dairy cow presents with acute severe abdominal pain, tachycardia (115 bpm), cool extremities, dehydration (>8%), and a large resonant percussion area in the right cranial abdomen extending to the 8th rib. Blood analysis reveals severe hypochloremia (68 mmol/L) and an elevated plasma L-lactate concentration of 6.5 mmol/L. What is the primary diagnosis and prognostic interpretation?
A.Simple right abomasal dilation; excellent prognosis with conservative medical therapy and oral fluids
B.Cecal volvulus; fair prognosis requiring right paralumbar typhlotomy
C.Acute vagal indigestion type I; guarded prognosis requiring transfaunation
D.Right Abomasal Volvulus (RAV) with ischemic wall necrosis; poor to guarded surgical prognosis due to severe hyperlactatemia
Explanation: Right abomasal volvulus (RAV / abomasal torsion) causes vascular strangulation of the abomasal blood supply (omental and gastric vessels), leading to rapid ischemic necrosis, severe fluid sequestration, endotoxemia, and shock. A plasma L-lactate concentration exceeding 4.0 to 5.0 mmol/L in cattle with RAV is a validated objective biomarker indicating extensive abomasal wall ischemia and significantly reduced postoperative survival.
5What is the primary physiological mechanism by which a negative Dietary Cation-Anion Difference (DCAD) diet fed to dry cows in the final 3 weeks prepartum prevents clinical and subclinical hypocalcemia at calving?
A.It stimulates insulin secretion and increases renal calcium reabsorption
B.It induces a mild systemic metabolic acidosis that enhances tissue sensitivity to parathyroid hormone (PTH) and upregulates 1,25-dihydroxyvitamin D3 synthesis
C.It binds dietary phosphorus in the rumen, directly forcing active intestinal calcium transport
D.It elevates blood pH, promoting calcitonin release and bone mineral deposition
Explanation: Negative DCAD diets (supplemented with anionic salts such as magnesium sulfate, calcium chloride, or ammonium chloride) induce a mild, compensated metabolic acidosis (target urine pH 6.0–6.5 in Holsteins, 5.8–6.2 in Jerseys). This acidotic state alters the conformation of the PTH receptor on osteoclasts and renal tubule cells, greatly enhancing tissue responsiveness to parathyroid hormone and optimizing osteoclastic bone calcium resorption and active renal 1,25-(OH)2-D3 activation.
6A beef suckler cow grazing lush, heavily fertilized spring pasture is found in lateral recumbency exhibiting hyperexcitability, tetanic muscle spasms, nystagmus, and convulsive seizures. If the animal dies before veterinary treatment, which post-mortem diagnostic specimen is most reliable for confirming hypomagnesemic tetany (grass tetany)?
A.Serum magnesium collected from the jugular vein 12 hours post-mortem
B.Liver tissue mineral biopsy
C.Rumen fluid total magnesium concentration
D.Cerebrospinal fluid (CSF) or vitreous humor magnesium concentration collected within 24 to 48 hours
Explanation: Post-mortem serum magnesium levels rise erratically within hours of death due to red blood cell hemolysis and tissue autolysis, making post-mortem blood unreliable. Vitreous humor and cerebrospinal fluid (CSF) remain stable for 24 to 48 hours after death; a vitreous humor or CSF magnesium concentration below 0.55 mmol/L (or <1.3 mg/dL) provides a reliable confirmation of clinical hypomagnesemic tetany.
7When evaluating a dairy cow with suspected traumatic reticuloperitonitis (TRP / hardware disease) using transabdominal ultrasonography from the ventral 6th to 8th intercostal spaces, which diagnostic findings are pathognomonic for TRP?
A.Hypercontractile biphasic reticular motility exceeding 5 contractions per 2 minutes with anechoic peritoneal fluid
B.Complete visualization of the splenic vein without any peritoneal effusion
C.Reduced or absent reticular biphasic contractions, reticular wall thickening, and echogenic fibrinous deposits with encapsulated hypoechoic fluid pockets
D.Presence of microvesicular gas artifacts in the abomasal fundus with regular reticular gliding motion
Explanation: Normal reticulum exhibits a smooth half-moon contour with regular biphasic contractions (approx. 1 contraction per minute). In traumatic reticuloperitonitis, ultrasonography reveals localized peritonitis characterized by loss of reticular motility, thickening of the reticular serosa (>5 mm), echogenic fibrin strands, inflammatory adhesions to the diaphragm/abdominal wall, and hypoechoic to heterogeneous inflammatory abscesses/exudate.
8A dairy cow shows mild colic, moderate drop in milk production, and a distinct percussion sound ('ping') in the upper right paralumbar fossa between the 10th rib and the tuber coxae. Rectal palpation reveals a blind-ended, rounded, smooth, gas- and fluid-filled organ extending caudally into the pelvic inlet whose apex can be manually moved. What is the diagnosis?
A.Simple dilatation of the cecum (Cecal dilatation)
B.Right abomasal volvulus with retroperitoneal rupture
C.Torsion of the root of the mesentery
D.Intussusception of the proximal jejunum
Explanation: Cecal dilatation is characterized by an accumulation of gas and liquid in the cecum, creating a resonant ping in the right paralumbar fossa and a palpable, soft, smooth, blind-ending cylinder (diameter 15–30 cm) pointing toward the pelvic inlet on rectal examination. If the apex rotates or twists (cecal volvulus), the organ becomes tense, painful, severely distended, and ischemic, requiring surgical typhlotomy or typhlectomy.
9In Hoflund's classification of vagus indigestion syndrome in cattle, what functional defect defines Type III vagal indigestion, and what is its classic clinical and laboratory presentation?
A.Failure of eructation (free gas bloat) resulting from acute vagal nerve trunk laceration
B.Permanent pyloric outflow obstruction resulting in severe internal abomasal impaction, paradoxical aciduria, and marked hypochloremia
C.Failure of omasal transport (anterior stenosis) with bradycardia and hyperchloremic acidosis
D.Generalized abomasal atony with hyperperistalsis of the small intestine
Explanation: According to Hoflund's classification: Type I is failure of eructation (free-gas bloat); Type II is failure of omasal transport (anterior functional stenosis, leading to classic 'papple' shape rumen distension); Type III is permanent pyloric stenosis/outflow failure (posterior functional stenosis), characterized by severe abomasal distension/impaction, reflux of HCl into the rumen, marked hypochloremia, hypokalemic metabolic alkalosis, and dehydration; Type IV is partial pyloric outflow obstruction occurring during late pregnancy.
10A dairy cow treated successfully for milk fever with IV calcium gluconate remains alert and eats eagerly but is unable to rise after 24 hours of sternal recumbency on a concrete floor. What is the secondary pathophysiological mechanism responsible for persistent recumbency ('downer cow syndrome') in this animal?
A.Irreversible central demyelination caused by acute hypokalemia
B.Diffuse vertebral osteomyelitis secondary to subclinical metritis
C.Complete rupture of the cranial cruciate ligament in both stifles
D.Ischemic muscle necrosis and compartment syndrome of the semitendinosus, semimembranosus, and gracilis muscles with compression neuropathy of the sciatic or peroneal nerve
Explanation: Prolonged recumbency (>6–12 hours) on hard unbedded surfaces compresses heavy caudal thigh muscles (semitendinosus, semimembranosus, gracilis). This impedes venous drainage while arterial inflow continues, generating high intra-fascial pressure, localized ischemia, severe compartment syndrome, rhabdomyolysis, and pressure-induced paresis of the sciatic or peroneal nerves. Massive elevations in serum creatine kinase (CK) and aspartate aminotransferase (AST) reflect extensive muscle necrosis.

About the FVH Wiederkäuer Exam

The Fachtierarzt FVH für Wiederkäuer (Vétérinaire spécialiste FVH pour ruminants) is the protected federal postgraduate veterinary specialist title in ruminant health, individual cattle/small ruminant medicine, and herd health management in Switzerland. Conferred by the GST in collaboration with the SVW, the title certifies advanced competence across bovine internal medicine, metabolic disorders, infectious disease eradication (BVD, IBR, Footrot), obstetrics and reproduction, surgical interventions (laparotomy, claw surgery, C-section), small ruminants, and Swiss veterinary drug regulations (TAMV, IS ABV, StAR). Candidates complete 3 to 4 years of structured postgraduate training culminating in a formal final evaluation. This practice bank is an English-language multiple-choice adaptation designed to support study and conceptual review.

Assessment

The official assessment comprises: 1) Written specialist examination covering ruminant internal medicine, surgery, reproduction, infectious diseases, and pharmacology; 2) Assessment of documented clinical case logs, herd health dossiers, and scientific publication/dissertation; 3) Oral case colloquium and defense before the SVW expert examination board.

Time Limit

Written examination (2–3 hours), case portfolio evaluation, and oral specialist colloquium (approx. 60 minutes)

Passing Score

Satisfactory evaluation (Pass) across all sections of the final evaluation (written examination, case dossier defense, and oral colloquium) as judged by the SVW board

Exam Fee

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

FVH Wiederkäuer Exam Content Outline

~16%

Internal Medicine & Metabolic Disorders

Pathogenesis, diagnosis, and therapy of subacute ruminal acidosis (SARA), ketosis and hepatic lipidosis, left/right displaced abomasum and volvulus, hypocalcemia (milk fever/DCAD diets), hypomagnesemia (grass tetany), downer cow syndrome, traumatic reticuloperitonitis, vagal indigestion, and polioencephalomalacia.

~16%

Infectious & Epizootic Diseases

Etiology, diagnostics, and Swiss statutory eradication/surveillance programs for Bovine Viral Diarrhea (BVD ear-notch/Jungtierfenster), Infectious Bovine Rhinotracheitis (IBR/BHV-1 freedom), Bluetongue (BTV-3/BTV-8), Paratuberculosis (MAP), Enzootic Bovine Leukosis (EBL), Blackleg, Malignant Catarrhal Fever, Mycoplasma bovis, Salmonella Dublin, Anthrax, and Q-fever.

~18%

Bovine Reproduction, Obstetrics & Udder Health

Clinical and subclinical mastitis diagnostics (CMT, bacteriology, PCR), selective dry cow therapy (SDCT), synchronization protocols (Ovsynch), reproductive ultrasonography (early pregnancy, fetal sexing, ovarian cysts), dystocia and fetotomy, uterine torsion repositioning, standing Caesarean section, colostrum management, and puerperal metritis.

~16%

Claw Health, Lameness & Surgery

Functional 5-step Dutch claw trimming, digital dermatitis (Mortellaro M-stages), sole ulcers and white line disease, interdigital phlegmon, septic pedal arthritis salvage (amputation vs ankylosis), local and regional anesthesia (IVRA Bier block, paravertebral, epidural), flank laparotomy and omentopexy/abomasopexy, umbilical surgery, and disbudding analgesia.

~14%

Herd Health Management, Epidemiology & Calf Rearing

Dairy herd reproductive KPIs (21-day pregnancy rate, calving intervals), transition cow nutritional monitoring, neonatal calf diarrhea complex (ETEC, rotavirus, coronavirus, cryptosporidiosis, coccidiosis), calf respiratory disease scoring (Wisconsin chart), thoracic ultrasonography, barn climate/ventilation parameters, and biosecurity protocols.

~10%

Small Ruminants & South American Camelids

National footrot (Moderhinke) eradication program in sheep (Dichelobacter nodosus AprV2/AprB2 qPCR), gastrointestinal nematodes (Haemonchus contortus, FAMACHA scoring, targeted selective treatment), pregnancy toxemia in ewes, caprine arthritis encephalitis (CAE), caseous lymphadenitis, copper toxicosis, scrapie genetics, and camelid forestomach medicine.

~10%

Swiss Veterinary Legislation, TAMV, IS ABV & Animal Welfare

Veterinary Medicinal Products Ordinance (TAMV stock agreements, cascade rules, default withdrawal periods), mandatory electronic antimicrobial reporting (IS ABV database), National Strategy on Antibiotic Resistance (StAR / HP-CIA restrictions), Epizootic Diseases Act (TSG/TSV categories), Animal Welfare Ordinance (TSchV housing/exercise/anesthesia rules), and emergency slaughter (VSFK).

How to Pass the FVH Wiederkäuer Exam

What You Need to Know

  • Passing score: Satisfactory evaluation (Pass) across all sections of the final evaluation (written examination, case dossier defense, and oral colloquium) as judged by the SVW board
  • Assessment: The official assessment comprises: 1) Written specialist examination covering ruminant internal medicine, surgery, reproduction, infectious diseases, and pharmacology; 2) Assessment of documented clinical case logs, herd health dossiers, and scientific publication/dissertation; 3) Oral case colloquium and defense before the SVW expert examination board.
  • Time limit: Written examination (2–3 hours), case portfolio evaluation, and oral specialist colloquium (approx. 60 minutes)
  • Exam fee: Approx. CHF 2,500 – 3,500 total examination and title registration fee (GST / SVW)

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 Wiederkäuer Study Tips from Top Performers

1Master metabolic profiling and transition cow monitoring: calculate DCAD dietary equations, target urine pH thresholds (6.0–6.5 in Holsteins), and blood beta-hydroxybutyrate (BHB >= 1.2–1.4 mmol/L) cutoffs for subclinical ketosis.
2Understand the pathogenesis, diagnostic signs, and surgical correction techniques for abomasal displacements (Dirksen omentopexy, Utrecht abomasopexy, Grymer-Sterner toggle) and evaluate blood L-lactate (>4.0–5.0 mmol/L) as a prognostic marker for abomasal volvulus.
3Memorize Swiss statutory epizootic regulations under TSG/TSV: ear-notch testing (Ohrstanzprobe) and youngstock monitoring for BVD, BHV-1/IBR freedom maintenance, Bluetongue vector control, and national PCR testing (AprV2 gene) for Footrot (Moderhinke) eradication in sheep.
4Review functional claw trimming principles (5-step Dutch method), digital dermatitis M-stages (M0 to M4.1), biomechanics of sole ulcers (Zone 4) and white line disease (Zone 3), and regional intravenous anesthesia (IVRA / Bier block) protocols.
5Thoroughly study calf health diagnostics: Wisconsin respiratory scoring, thoracic ultrasonographic lung consolidation criteria (>= 1 cm), Brix refractometer colostrum quality cutoffs (>= 22% Brix = 50 g/L IgG), and age-dependent diarrhea pathogen windows.
6Know Swiss TAMV and StAR legal obligations: 3-month farm visit requirements for stock dispensing agreements, IS ABV reporting deadlines, default cascade withdrawal periods (meat 28 days, milk 7 days), and HP-CIA reserve antibiotic restrictions.

Frequently Asked Questions

What is the Fachtierarzt FVH für Wiederkäuer qualification?

It is the federally recognized postgraduate veterinary specialist title (Fachtierarzt FVH) in ruminant medicine and herd health in Switzerland, awarded by the Swiss Veterinary Society (GST / SVS) in cooperation with the Swiss Association for Ruminant Medicine (SVW / ASSR). It certifies comprehensive clinical, surgical, epidemiological, and herd-health management expertise in cattle, sheep, goats, and South American camelids.

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

Candidates must hold a Swiss Federal Diploma in Veterinary Medicine or a recognized EU/EFTA veterinary qualification (MedBG), complete at least 3 to 4 years of structured postgraduate specialist training under an authorized FVH supervisor, maintain an approved logbook of clinical cases and herd health audits (Fallkatalog), publish a peer-reviewed scientific paper or doctoral dissertation (Dr. med. vet.), and acquire mandatory continuing education points.

How is the official Swiss FVH Wiederkäuer specialist examination structured?

The official examination (Schlussevaluation) consists of three main parts: 1) A comprehensive written specialist examination testing advanced internal medicine, surgery, reproduction, and herd health; 2) Review and defense of documented clinical case records, herd health investigation dossiers, and scientific publication; 3) A structured oral case colloquium before the SVW examination board assessing clinical problem solving and epidemiological decision-making.

What is the passing criteria for the FVH Wiederkäuer specialist title?

Candidates must achieve a satisfactory passing evaluation across all examination components (written examination, case dossier defense, and oral colloquium). If a candidate fails an individual component, it may be repeated in accordance with the GST Bildungsordnung and SVW FVH regulations (R-SVW-FVH).

In which languages is the official FVH Wiederkäuer examination conducted?

The official examination is conducted in Switzerland's official languages—German and French (or Italian upon request). The 100 multiple-choice questions provided in this practice bank represent an English-language study adaptation intended for conceptual practice and revision.

How does Swiss legislation differ for ruminant veterinarians compared to other countries?

Switzerland enforces specific federal legislation including the Animal Welfare Ordinance (TSchV, requiring mandatory anesthesia/analgesia for disbudding and castration, regular outdoor exercise RAUS, and strict stall dimensions), the Veterinary Medicinal Products Ordinance (TAMV, governing stock agreements, cascade rules, and restrictions on HP-CIAs), the Epizootic Diseases Act (TSG, covering national BVD, IBR-free, and Moderhinke programs), and mandatory electronic reporting of all antimicrobial treatments in the IS ABV database under the StAR initiative.