Maternity support
Optimizing the maternity phase: a strategic lever for performance and sustainability in rabbit farming
A key factor in farm profitability
Reproduction is one of the strategic pillars of rabbit farming, directly influencing the farm’s profitability. Reproductive performance, the quality of suckling, doe health and longevity, as well as the growth, uniformity, and robustness of kits are all interdependent factors that must be managed effectively.
Adapting the needs of breeding does
In a context marked by increasingly frequent heat waves, the gradual reduction in antibiotic use, and constantly evolving genetics, the needs of breeding does must be adapted and adjusted. In this context, the maternity optimization becomes a major technical and economic driver, supporting the sustainability of rabbit farms.
A comprehensive approach combining nutrition, hygiene, and expertise in the field
At Mixscience, we place this challenge at the heart of our approach. With over 20 years of applied research and zootechnical trials at research stations and commercial farms, we develop innovative nutritional solutions that are validated in a variety of settings. This dual expertise — research and field experience — enables us to provide breeders with the support they need to address these maternity-based challenges with tailored, proven recommendations.
Key indicators of success in reproduction
Success in reproduction depends on several key indicators:
- Fertility and farrowing rate: a sufficient number of viable kits determines the farm’s economic potential.
- Lactation capacity: sufficient milk production is essential to meet the kits’ needs from birth.
- Viability and uniformity of litters: vigorous and uniform kits ensure steady growth until weaning.
- Body condition of does: a doe capable of replenishing her reserves after giving birth ensures greater longevity and reduces replacement costs.
Weaning via artificial insemination (AI) for controlled reproduction
The “weaned via AI” criterion is particularly decisive: according to GTE data collected from 130 farms over 6 years, an increase of just 0.39 weaned via AI accounts for 43% of the differences in feed cost margins between the highest- and lowest-performing farms. Conversely, high neonatal or postnatal mortality, as well as heterogeneous litters, result in direct economic losses and compromise the farm’s sustainability.
Supporting reproductive performance with a comprehensive approach combining nutrition, hygiene, and field expertise
To address these challenges, Mixscience has developed an integrated approach:
- Feeds specifically designed to meet the needs of breeding does
Our maternity feeds provide a complete and balanced nutritional foundation to support gestation, optimize lactation, and maintain the does’ body condition. Validated by our digestibility and zootechnical trials, our range of services in tailored rabbit feed formulation helps stimulate uniform litters and vigorous kits. - Innovative solutions based on additives , nutritional supplements, and innovative drinking water solutions
In addition to this dietary foundation, we offer specific solutions targeting critical aspects of maternal care: Cuniperf, Fertimilk, and Cuniboost help stimulate reproduction, improve milk production, and support body reserves and the longevity of does. These innovative solutions provide
a tailored response to the most demanding conditions. - Nest hygiene
We incorporate a specific bacterial desiccant capable of limiting moisture in the nests and promoting the development of beneficial barrier flora. This helps reduce early contamination and improve kit viability from the very first days of life. - Technical support and farm audits
Our teams conduct targeted audits in maternity units to identify areas for improvement and make recommendations that reflect local conditions: farming practices, genetics, climate, etc. This customized support enhances the technical and economic performance of farming operations over the long term.
Product availability and regulatory requirements may vary by country. Please consult the relevant local regulations.