
Comprehensive detection of infectious causes of canine reproductive disease and infertility using molecular PCR testing combined with aerobic bacterial culture and antimicrobial susceptibility testing.
The Canine Reproductive Infectious Panel is designed to identify bacterial and viral pathogens associated with infertility, reduced conception rates, pregnancy loss, neonatal mortality, and reproductive tract infections in breeding dogs.
By combining real-time PCR with aerobic culture and antimicrobial susceptibility testing, this panel provides rapid pathogen detection together with valuable information for targeted treatment decisions.
✔ Comprehensive molecular and culture-based testing
✔ Detects major reproductive pathogens in a single submission
✔ Supports infertility investigations
✔ Assists breeding management decisions
✔ Identifies bacterial pathogens for targeted therapy
✔ Culture performed with antimicrobial susceptibility testing when appropriate
Culture includes evaluation of clinically significant organisms such as:
Culture-positive isolates undergo organism identification and antimicrobial susceptibility testing when clinically indicated.
Suitable for:
✔ Infertility investigations
✔ Repeat breeding
✔ Failure to conceive
✔ Pregnancy loss
✔ Vaginitis
✔ Balanoposthitis
✔ Pre-breeding screening
✔ Breeding kennel surveillance
✔ Artificial insemination programs
PCR detects organisms that may be difficult to culture or are present in low numbers,
while bacterial culture provides antimicrobial susceptibility information for clinically significant isolates.
Together, these methods offer a more complete assessment of infectious reproductive disease.
During infertility investigations, reproductive tract infections, pregnancy loss,
breeding soundness evaluations, or before breeding valuable animals.
No. PCR rapidly detects targeted pathogens, while culture identifies viable
bacteria and provides antimicrobial susceptibility testing.
Yes. The panel supports reproductive disease investigations in both breeding
males and females.
Yes. Pre-breeding screening can help identify infectious organisms that may
affect fertility or transmission within breeding programs.