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BCSE Veterinary Gross Anatomy: practice questions

BCSE (Basic & Clinical Sciences Examination) · USA / Canada · ICVA; administered through CVMA-NEB and AVMA-ECFVG

Original practice questions written to the published syllabus · not past papers
10worked here, free
41written to this exam in this subject
12syllabus units

About BCSE

BCSE (Basic & Clinical Sciences Examination) is a licensing and registration exam run by ICVA; administered through CVMA-NEB and AVMA-ECFVG, for candidates in USA / Canada. 225 items (200 scored, 25 pretest), 220 minutes, computer-based at Prometric. MCQ plus matching, drag-and-drop and hot-spot items. Pass 580 scaled. No penalty for wrong answers.

Source: canadianveterinarians.net.

Checked against the exam body's published information. Formats and fees change; confirm the current edition there before you book.

Veterinary Gross Anatomy in BCSE

Applied anatomy that underpins clinical decisions: nerve and muscle deficits from nerve injuries, equine limb blocks and the stay apparatus, laryngeal hemiplegia, guttural pouch contents, abdominal topography of cow and horse, rectal findings, and surgical approaches.

Structure of the domestic animal body, with the ox as the type species compared across horse, sheep, goat, pig, dog, fowl and laboratory animals. Applied anatomy (injection sites, nerve blocks, surgical approaches) links it directly to the clinic.

Our 41 BCSE questions in this subject: 7 easy, 17 medium, 17 hard, across 12 units.

10 practice questions, worked

Choose an answer, then open the working. Each explanation says why the right answer is right and why the others are not.

These 10 were written to BCSE and are not shown on any other exam's page.

Question 1 · hard

A horse has a chronic foul-smelling nasal discharge from one nostril only. Disease of which teeth most often explains this through spread to a sinus?

  1. The caudal upper cheek teeth, whose roots lie in the maxillary sinus
  2. The lower incisors
  3. The upper canine teeth
  4. The lower cheek teeth, whose roots project into the ventral nasal meatus
Answer and working

A. The caudal upper cheek teeth, whose roots lie in the maxillary sinus

In the horse the reserve crowns and roots of the caudal upper cheek teeth project into the maxillary sinus, so apical infection causes secondary sinusitis and a one-sided discharge. Lower cheek teeth drain ventrally through the mandible, not into a sinus.

Question 2 · medium

A standing 500 kg horse carries about 60 percent of its weight on the forelimbs. About how much weight does each forelimb bear?

  1. 150 kg
  2. 300 kg
  3. 100 kg
  4. 200 kg
Answer and working

A. 150 kg

Forelimb total = 500 x 0.60 = 300 kg; per forelimb = 300 / 2 = 150 kg. 300 kg is the total for both forelimbs; 100 kg is each hindlimb (500 x 0.40 / 2 = 100); 200 kg is the hindlimb total. The 60 percent figure is an approximation that varies with conformation and head position.

Question 3 · medium

In a medium-sized dog, at about which vertebral level does the spinal cord end?

  1. First lumbar vertebra
  2. Second sacral segment
  3. Mid-caudal vertebrae
  4. Sixth to seventh lumbar vertebra
Answer and working

D. Sixth to seventh lumbar vertebra

In the dog the cord ends at about L6-L7 (further caudally in small dogs and cats), so a lumbosacral epidural lies near its end. In the horse and ox the cord extends into the sacrum.

Question 4 · hard

A calf knuckles over at the fetlock of the hindlimb while the hock is overextended. Which nerve is affected?

  1. Tibial nerve at the level of the hock
  2. Femoral nerve (quadriceps supply)
  3. Obturator nerve
  4. Common fibular (peroneal) nerve
Answer and working

D. Common fibular (peroneal) nerve

The common fibular nerve supplies the hock flexors and digital extensors; loss makes the digit knuckle and the hock extend. Tibial paralysis does the opposite: the hock drops (hyperflexes) because its extensors are paralysed.

Question 5 · medium

Which teeth are the carnassial (sectorial) teeth of the dog?

  1. Upper first molar and lower fourth premolar
  2. Upper fourth premolar and lower first molar
  3. Upper and lower canines
  4. Upper third premolar and lower second molar
Answer and working

B. Upper fourth premolar and lower first molar

The upper P4 shears against the lower M1. Reversing them (upper M1, lower P4) is the common mistake. An abscess of the upper P4 root may drain on the face below the eye.

Question 6 · easy

In the equine large colon, which flexure narrows abruptly and is a common site of impaction?

  1. Sternal flexure
  2. Diaphragmatic flexure
  3. Pelvic flexure
  4. Caecocolic junction
Answer and working

C. Pelvic flexure

The pelvic flexure joins left ventral and left dorsal colon, and its diameter decreases suddenly, so ingesta lodge there; it can often be felt per rectum. The sternal and diaphragmatic flexures are wide and cranial.

Question 7 · medium

Which accessory sex gland does the male dog possess?

  1. Vesicular glands and prostate
  2. Bulbourethral glands and prostate
  3. Vesicular, prostate and bulbourethral glands
  4. Prostate only
Answer and working

D. Prostate only

The dog has a large prostate and small ampullae but no vesicular or bulbourethral glands. The tomcat has prostate and bulbourethral glands; the bull and stallion have all.

Question 8 · hard

A needle is advanced through the lower part of the last intercostal spaces of a cow to sample pleural fluid, and fluid resembling ascites is obtained. What is the anatomical explanation?

  1. The pleural cavity extends behind the last rib
  2. The costodiaphragmatic recess lies ventral to the sternum
  3. The lung fills the caudal intercostal spaces completely
  4. The dome of the diaphragm reaches far forward, so the lower caudal intercostal spaces overlie the abdominal cavity, not the pleural cavity
Answer and working

D. The dome of the diaphragm reaches far forward, so the lower caudal intercostal spaces overlie the abdominal cavity, not the pleural cavity

The pleural reflection curves steeply from dorsal to ventral, and below it the diaphragm separates the ribs from the abdominal viscera. Thoracocentesis must be done in a lower but more cranial intercostal space, above the costochondral junction, along the cranial border of a rib.

Question 9 · medium

What does an auriculopalpebral nerve block achieve?

  1. Complete sensory anaesthesia of the cornea and conjunctiva for ophthalmic surgery
  2. Paralysis of the extraocular muscles
  3. Paralysis of orbicularis oculi (no blinking) without anaesthesia of the eye
  4. Anaesthesia of the upper lip (infraorbital territory)
Answer and working

C. Paralysis of orbicularis oculi (no blinking) without anaesthesia of the eye

The auriculopalpebral nerve is a motor branch of the facial nerve; blocking it prevents blepharospasm during examination but the cornea still needs topical anaesthetic. Globe akinesia and analgesia require a retrobulbar or Peterson block.

Question 10 · medium

In which laboratory species do all the teeth, including the cheek teeth, grow continuously throughout life?

  1. Guinea pig
  2. Rat
  3. Mouse
  4. Hamster
Answer and working

A. Guinea pig

Guinea pigs (like rabbits) have open-rooted incisors and cheek teeth. Rats, mice and hamsters have continuously growing incisors but rooted molars.

A study plan for Veterinary Gross Anatomy in BCSE

This plan follows where our questions actually fall, so the time goes where the marks are likely to be. It is our reading of the syllabus, not the exam body's weighting.

  1. First, the heavy units (59% of the 41 questions): Applied and topographic anatomy: injection sites, nerve blocks and surgical approaches (7, 17%); Comparative splanchnology (7, 17%); Neurology (6, 15%); Biomechanics (4, 10%).

    Read the manual chapters for these first and do every worked question you can find on them.

  2. Then the middle band: Boundaries of body cavities and pleural and peritoneal reflections (4, 10%); Comparative osteology (3, 7%); Angiology (2, 5%); Arthrology (2, 5%).

    Aim for one sitting per unit, then mixed questions across them.

  3. Then the lighter units: Functional anatomy (2, 5%); Myology (2, 5%); Avian anatomy (1, 2%); Gross anatomy of laboratory animals (1, 2%).

    Learn the definitions, classifications and standard numbers; these units are more often recalled than worked.

  4. Leave time for the hard ones: Boundaries of body cavities and pleural and peritoneal reflections (4 hard of 4), Neurology (3 hard of 6), Biomechanics (2 hard of 4).

    Come back to these after a first pass, untimed, and read every explanation, including for the options you rejected.

  5. Bank the easy marks: Comparative osteology (2 easy of 3); Angiology (1 easy of 2).

    Do these early in revision so they are fast on the day.

  6. Finish timed. Sit the subject as a timed set without notes, mark it, and send each wrong answer back to its unit above.

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