Texas LGD Association

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Care of the LGD Breeding Bitch

Practical, evidence-based guidance for pre-breeding through weaning

Caring for a breeding bitch is not a “one-size-fits-all” checklist. Individual dogs vary widely in heat cycles, conception timing, pregnancy course, and whelping outcomes. The breeder’s job is to reduce preventable risk through pre-breeding screening, disciplined records, sound nutrition, parasite control, biosecurity, and a clear emergency plan.

This page synthesizes university veterinary guidance, major registry/breeder education standards, and veterinary references, together with the practical framework you provided.

1) Before Breeding: Confirm Readiness and Reduce Risk

Confirm the operation can support a litter

Before breeding, make an honest assessment of:

  • Homes and placement plan for the expected litter
  • Time and labor capacity (especially after 4 weeks, when puppy care demands accelerate)
  • Facilities for safe whelping, sanitation, and controlled exposure for working-dog development

Age and maturity

Many breeder-education programs advise against breeding during the first heat and allow sufficient maturity and recovery time between pregnancies. For working LGDs, delaying breeding until physical and behavioral maturity is evident often supports better maternal behavior, easier management, and clearer health/temperament evaluation.

Pre-breeding health screening and suitability

A responsible pre-breeding plan typically includes:

  • Orthopedic screening (e.g., OFA or PennHIP)
  • Breed-relevant genetic testing (e.g., MDR1 where relevant)
  • Infectious disease screening and biosecurity (notably brucellosis in breeding populations)
  • Eye screening where indicated

For brucellosis specifically, Cornell’s veterinary guidance emphasizes routine testing of breeding animals and notes that infected animals should not be used for breeding. USDA/APHIS breeder materials also emphasize kennel-level testing and biosecurity planning.

Only healthy females should be bred. Chronic medical conditions that materially affect welfare, pregnancy safety, or functional work capacity (e.g., uncontrolled endocrine disease, serious seizure disorders, debilitating allergies) should be addressed with a veterinarian before any breeding decision.

Vaccinations: update before breeding, avoid during pregnancy

Breeder-education guidance commonly recommends avoiding vaccination during pregnancy (and often for a period prior to breeding), unless a veterinarian determines a risk-based exception is necessary.

2) Biosecurity and Disease Prevention: Protect the Litter Before It Exists

External dog contact and canine herpesvirus (CHV-1)

Canine herpesvirus can cause reproductive loss and neonatal death while producing mild signs in adults. Peer-reviewed literature consistently identifies CHV-1 as an important cause of neonatal mortality and reproductive problems in breeding kennels. A practical prevention strategy is biosecurity: limit contact with outside dogs, reduce stress, and maintain sanitary traffic flow during late pregnancy and in the neonatal period.

Parasites: roundworms and hookworms

Puppies can be exposed early, and in kennel settings, parasites can drive morbidity and mortality. For hookworms, CAPC guidance describes pregnancy protocols to reduce transmammary transmission (including daily fenbendazole from late gestation through early lactation) and notes critical safety constraints—particularly MDR1 mutation considerations with certain drugs.

Since LGDs may live outdoors and face higher parasite pressure, deworming plans should be developed with a veterinarian, using products and protocols appropriate for pregnant and lactating bitches.

3) Nutrition and Body Condition: “Fit, Not Fat.”

Do not overfeed during early pregnancy

Early gestation does not require major increases in caloric intake. Overconditioning increases dystocia risk and reduces stamina.

Increase energy density later (small, frequent meals)

In late pregnancy, abdominal capacity declines while energy needs rise. Smaller, more frequent meals are often better tolerated.

AKC breeder nutrition guidance emphasizes planning pregnancy/lactation diets and practical nutrition management, including avoiding preventable gaps that can affect dam health and puppy viability.

Calcium supplementation caution (high priority)

Routine oral calcium supplementation during pregnancy is discouraged in veterinary references because it can predispose bitches to hypocalcemia (eclampsia) during peak lactation by downregulating calcium regulatory systems. If calcium is needed, timing and dosing should be directed by a veterinarian.

4) Pregnancy Timeline and Veterinary Checkpoints

Weeks 1–3

  • Maintain normal feeding and exercise (as tolerated)
  • Watch for nausea or appetite fluctuation
  • Avoid major stressors and outside-dog exposure (biosecurity)

Weeks 4–6: highest sensitivity window

Organ development occurs during this period, and embryos are more susceptible to certain insults. This is the time to prioritize:

  • Stable routines
  • Minimizing medication changes unless veterinary-directed
  • Avoiding unnecessary environmental stress

Pregnancy confirmation options commonly used during this window include palpation (time- and clinician-skill-dependent) and ultrasound.

Weeks 7–9: fetal growth and whelping preparation

  • Reduce strenuous activity; maintain gentle conditioning
  • Expect decreased meal size tolerance; feed smaller meals more frequently
  • Set up the whelping space early and finalize the emergency plan

5) Late Gestation: Predicting Whelping and Avoiding Emergencies

Temperature monitoring and onset of labor

University veterinary sources note that a rectal temperature drop often occurs within ~24 hours of parturition, though it may not always be detected.

  • Cornell notes a transient decrease (<99°F) within 24 hours of parturition.
  • Colorado State’s veterinary teaching hospital explains that a 2–3°F drop (often to ~97–98°F) is associated with a progesterone drop 12–24 hours before labor.

Rectal temperatures are generally the reference standard for decision-making; other methods may show trends but should be interpreted cautiously.

Whelping supplies and emergency readiness

An ethical breeding plan includes the expectation that complications can occur, including dystocia and the need for cesarean section. Have:

  • Emergency clinic contact numbers and route plan
  • Transport-ready vehicle
  • Whelping kit staged in one location
  • A pre-arranged relationship with a veterinary practice that provides reproductive services

Cornell provides a clear overview of normal whelping stages and when to involve a veterinarian.

6) After Whelping: The Highest Nutritional and Medical Risk Period

Nutrition and water

Lactation is the period of greatest metabolic demand. Energy and water requirements rise substantially, particularly as puppies grow and nurse aggressively.

Daily monitoring: temperature, discharge, mammary glands

Postpartum infection and lactation complications can progress quickly. Best practice includes:

  • Checking the dam at least daily for demeanor, hydration, and appetite
  • Monitoring for fever (sustained elevation warrants veterinary contact)
  • Inspecting mammary glands daily for heat, pain, swelling, or abnormal milk

Eclampsia (hypocalcemia) awareness

Eclampsia is a medical emergency. It is more likely during peak lactation demand. Veterinary references explicitly link pregnancy calcium supplementation to a higher risk of lactation hypocalcemia.

7) Registry, Documentation, and Breeder Duties

Accurate records protect the dam, puppies, buyers, and the breeder. UKC’s breeder code of ethics emphasizes maintaining records including stud service documents, pedigrees, litters produced, breeding and whelp dates, and dogs/puppies sold. This expectation aligns with professional-grade breeding operations and supports transparency and accountability.

Common Failure Points in LGD Breeding Bitches

  • Poor body condition (too thin or overweight) entering pregnancy
  • Inadequate biosecurity (outside-dog exposure late pregnancy/neonatal period), increasing CHV-1 risk
  • Parasite control gaps in outdoor/working environments
  • Calcium supplementation during pregnancy contributes to postpartum hypocalcemia risk
  • No emergency plan for dystocia/cesarean timing

Recommended References