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RCVS Statutory Membership Examination Veterinary Andrology & Assisted Reproductive Techniques: practice questions

RCVS Statutory Membership Examination (SME) · UK · Royal College of Veterinary Surgeons

Original practice questions written to the published syllabus · not past papers
10worked here, free
39written to this exam in this subject
13syllabus units

What this subject covers

Male reproduction and fertility, semen collection, evaluation and freezing, artificial insemination, embryo transfer, IVF, cloning and sexed semen, and reproduction in the non-bovine species.

In the exams: ICAR AICE-JRF core group 07; ICAR AIEEA-PG 13 (ARGO); RPSC (ETT, IVF, cloning)

Where the 39 questions fall

How our questions for RCVS Statutory Membership Examination spread across the units of Veterinary Andrology & Assisted Reproductive Techniques. Difficulty: 5 easy, 32 medium, 2 hard.

Reproduction in companion animals8
Reproduction in equines6
Breeding soundness examination4
Semen collection4
Male infertility4
Reproduction in small ruminants and swine3
Semen evaluation2
Artificial insemination2
Multiple ovulation and embryo transfer2
Male reproductive physiology1
Frozen-semen technology1
Ovum pick-up and in-vitro fertilisation1
Sexed semen1

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.

1 · Breeding soundness examination · easy

Under the Society for Theriogenology (SFT) bull breeding soundness standard, the semen minimums for a satisfactory classification are:

  1. At least 30% progressively motile and at least 70% morphologically normal sperm
  2. At least 50% progressively motile and at least 80% morphologically normal sperm
  3. At least 70% progressively motile and at least 30% morphologically normal sperm
  4. At least 60% progressively motile and at least 50% morphologically normal sperm
Answer and working

A. At least 30% progressively motile and at least 70% morphologically normal sperm

SFT requires ≥30% progressive motility and ≥70% normal sperm, plus a scrotal circumference meeting the age minimum and a satisfactory physical examination. Reversing the two figures (70% motile, 30% normal) is the commonest slip. Other national systems use their own thresholds, which is why the standard is named in the stem.

Further reading: Society for Theriogenology, Manual for Breeding Soundness Examination of Bulls

2 · Breeding soundness examination · easy

Using the SFT minimum scrotal circumference table, what is the minimum for a bull aged 20 months?

  1. 30 cm
  2. 31 cm
  3. 34 cm
  4. 32 cm
Answer and working

D. 32 cm

SFT minimums: 30 cm at ≤15 months, 31 cm over 15–18 months, 32 cm over 18–21 months, 33 cm over 21–24 months and 34 cm over 24 months. A 20-month bull falls in the over-18-to-21-month band, so 32 cm. 31 cm is the next band down and 34 cm is the adult value.

Further reading: Society for Theriogenology, Manual for Breeding Soundness Examination of Bulls

3 · Male infertility · medium

In bulls, haematoma (fracture) of the penis usually results from rupture of the tunica albuginea at the:

  1. Ventral aspect of the glans penis close to the urethral opening
  2. Ischial arch where the crura attach to the bony pelvis
  3. Proximal bend of the sigmoid flexure next to the scrotal neck
  4. Dorsal aspect of the distal bend of the sigmoid flexure
Answer and working

D. Dorsal aspect of the distal bend of the sigmoid flexure

During a vigorous thrust, cavernous pressure ruptures the tunica albuginea on the dorsum of the distal bend of the sigmoid flexure, producing a swelling cranial to the scrotum. The other sites are not the classic location.

Further reading: Noakes, Parkinson & England, Veterinary Reproduction and Obstetrics

4 · Male infertility · medium

A 9-year-old male dog with an abdominal retained testis has gynaecomastia, a pendulous prepuce, symmetrical alopecia and attracts other male dogs. The most likely cause is:

  1. Sertoli cell tumour secreting oestrogen
  2. Leydig cell tumour secreting testosterone
  3. Benign prostatic hyperplasia from androgen
  4. Brucella canis orchitis of the retained testis
Answer and working

A. Sertoli cell tumour secreting oestrogen

Retained testes are at higher risk of Sertoli cell tumour, which can produce oestrogen and cause feminisation and, in severe cases, bone-marrow suppression. Excess testosterone would not feminise; prostatic hyperplasia and Brucella infection do not cause this syndrome.

Further reading: Johnston, Root Kustritz & Olson, Canine and Feline Theriogenology

5 · Reproduction in small ruminants and swine · medium

Rams are introduced to anoestrous ewes after several weeks of complete separation, late in the transition season. What is the typical response?

  1. Immediate standing heat in most ewes, usually within 24 hours of first contact
  2. Ovulation within days, often silent first, then heat about 17–24 days later
  3. No response, because the ram effect works only on ewes already cycling
  4. Ovulation only in ewes previously treated with a progestagen device
Answer and working

B. Ovulation within days, often silent first, then heat about 17–24 days later

Ram (male) pheromones raise LH pulse frequency, causing ovulation within a few days; the first ovulation is often silent and may be followed by a short cycle, so most ewes show oestrus about 17–24 days after introduction. The effect works on anoestrous ewes near the season, without a progestagen, though priming tightens the response.

Further reading: Hafez & Hafez, Reproduction in Farm Animals; Senger, Pathways to Pregnancy and Parturition

6 · Reproduction in equines · easy

To advance the breeding season in mares in a temperate climate, artificial lighting commonly provides:

  1. About 8 hours of light daily, begun 60–90 days before breeding
  2. About 16 hours of light daily, begun 60–90 days before breeding
  3. About 16 hours of darkness daily, begun 2 weeks before breeding
  4. Continuous 24-hour lighting, begun 7 days before breeding
Answer and working

B. About 16 hours of light daily, begun 60–90 days before breeding

Mares are long-day breeders; extending total daylight to about 16 hours, starting some 60–90 days before the target date, brings forward the first ovulation of the year. Short days or long nights suppress cyclicity, as in sheep. A week of light is far too short to take effect.

Further reading: McKinnon et al., Equine Reproduction

7 · Reproduction in equines · medium

A mare scanned 14 days after ovulation has two embryonic vesicles. The usual management is to:

  1. Crush one vesicle manually before fixation at about day 16
  2. Leave both, because equine twins usually survive to term
  3. Give PGF2α at day 40 to end only the smaller pregnancy
  4. Wait until day 60 so the twins can be sexed by ultrasound
Answer and working

A. Crush one vesicle manually before fixation at about day 16

Twin pregnancy in the mare usually ends in abortion or weak foals, so one vesicle is crushed transrectally, ideally while they are mobile or soon after, and before fixation at about day 16. PGF2α ends the whole pregnancy, not one twin, and waiting loses the easy window.

Further reading: McKinnon et al., Equine Reproduction

8 · Reproduction in companion animals · easy

The queen (female cat) is described as an induced ovulator because:

  1. Mating stimulation triggers the LH surge that leads to ovulation
  2. She ovulates on a fixed day of every cycle without mating
  3. She ovulates only after an injection of eCG or FSH
  4. Her ovulation is triggered by daylight falling below 12 hours
Answer and working

A. Mating stimulation triggers the LH surge that leads to ovulation

In the queen, vaginal stimulation at coitus triggers LH release, and several matings are often needed for enough LH to cause ovulation; some queens ovulate spontaneously. She is a long-day seasonal breeder, so falling daylight ends rather than starts her season.

Further reading: Johnston, Root Kustritz & Olson, Canine and Feline Theriogenology

9 · Reproduction in companion animals · medium

Before a stud dog is used on a new bitch, both dogs should be screened for which venereally transmitted, zoonotic infection?

  1. Canine herpesvirus
  2. Mycoplasma canis
  3. Toxocara canis
  4. Brucella canis
Answer and working

D. Brucella canis

Brucella canis causes abortion, epididymitis, discospondylitis and infertility; it is zoonotic and difficult to eliminate, so serological testing before breeding is standard. Canine herpesvirus causes neonatal deaths but is not screened in the same way, Mycoplasma is part of the normal flora, and Toxocara is a roundworm.

Further reading: Johnston, Root Kustritz & Olson, Canine and Feline Theriogenology

10 · Reproduction in companion animals · medium

A bitch's serial progesterone tests place her LH surge on 10 March. Using 65 days from the LH surge, when should whelping be expected?

  1. 12 May
  2. 6 May
  3. 14 May
  4. 21 May
Answer and working

C. 14 May

10 March + 65 days = 14 May (21 days left in March, 30 in April, then 14 into May). 12 May uses 63 days, the figure often quoted from mating; 6 May uses 57 days, which is counted from the first day of cytological dioestrus, not from the LH surge; 21 May is the upper end of gestation measured from a single mating.

Further reading: Johnston, Root Kustritz & Olson, Canine and Feline Theriogenology

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Veterinary Andrology & Assisted Reproductive TechniquesThe full study manual, free RCVS Statutory Membership ExaminationFormat, sections and how it has changed

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Veterinary Andrology & Assisted Reproductive Techniques for other exams

ENADE · BrazilNational Veterinary Examination · JapanAustralasian Veterinary Examination, formerly the National Veterinary Examination · Australia / New ZealandNAVLE · USA / CanadaSAVC Registration Examination · South AfricaICAR AICE-JRF/SRF · India

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