Lect.17: Therio in Camelids Pt.3 (Pozor) Flashcards
male testicular abnormalities
hypoplasia degeneration cryptorchidism orchitis hydrocele neoplasia
male penile abnormalities
prepucial stricture persistent frenulum corkscrew penis penile deviation balanitis (swelling of head of penis) posthitis (swelling of prepuce)
Male BSE components
scrotal exam: palpate, measure, U/S (no est. standards)
testosterone conc. 900-2,450 (correlates with testicular size)
penile exm
U/S of access. sex glands
testicular biopsy if justified (suspect azoospermia)
semen collection/evaluation (usually via aspiration from female)
sigmoidal flexure located cranial/caudal to scrotum in camelids?
cranial
accessory sex glands in camelids
prostate, bulbourethral gland
embryonic/fetal loss usually occurs before day __ gestation
90
non-infectious causes of embryonic and fetal loss
twins
nutrition
pine needles
stress
infectious causes of embryonic and fetal loss
lepto chlamydiosis neosporosis toxoplasmosis listeriosis A. pyogenes ascending placentitis
periparturient problems
uterine torsion
dystocia
retained fetal membranes
uterine torsion usually occurs when?
after 9th month of gestation (90% after 335th day)
CS of uterine torsion
mild: lethargy, anorexia
dramatic: trashing, rolling, vocalizing, straining
(commonly causes dystocia)
Dx of uterine torsion
- vag. speculum exam if torsion caudal to cervix
- palpate per rectum to detect deviation of broad ligament (difficult)
Tx of uterine torsion
Non-sx: rolling female under sedation
Sx: laparotomy via L flank, C-section
main causes of dystocia*
lateral flexion of head (70%)*
posterior presentation, dorso-pubic position (30%)
when can pregnancy be diagnosed in camelids?
12-16 days post-breeding via trans-rectal ultrasonography