At SMART Reproduction, we supply high-quality ovine and caprine semen, embryos, and oocytes to support domestic research germplasm projects across the United States. We work closely with researchers and institutions to deliver reliable, ethically sourced reproductive materials tailored for translational research in medicine, agriculture, and biotechnology.
Our Products
Semen
Delivering High-Quality Genetics
We provide fresh, chilled, and frozen semen from sires with superior genetic traits to meet your study’s requirements.
Customizable Selections:
Choose specific breeds or traits to align with your research goals.
Optimized Preservation
All semen products are preserved using validated and concise parameters to ensure viability for artificial insemination and IVF protocols.
Oocytes
Supplying Fresh or Frozen Options
Order oocytes that fit your timeline and protocol needs.
Supporting IVF and Cellular Studies
Use our high-quality oocytes for genetic research, IVF, and cellular investigations.
Maintaining High Standards
Oocytes are sourced from healthy donors and handled with rigorous laboratory protocols.
Embryos
Offering Genetic Diversity
Access embryos from carefully selected donors to match your study’s objectives.
Ready-to-Use for Research
Use our embryos in developmental biology, gene editing, or disease modeling experiments.
Preserving Integrity
Fresh and frozen options are available, with embryos handled, preserved, and shipped under precise conditions to maintain their quality.
Custom Projects
Designing Tailored Solutions
Partner with us to create custom ovine and caprine reproductive materials that meet your unique research needs.
Sourcing Specialized Donors
Select donors based on specific genetic traits, disease profiles, or other criteria.
Providing Expert Collaboration
Work with our team to design and execute a project that aligns with your scientific goals.
How We Support Your Research
Ethical Sourcing and Handling
At SMART Reproduction, we understand the importance of ethical sourcing and handling. Our staff sources all reproductive materials from healthy, ethically managed donors and follows strict biosecurity and animal welfare guidelines. This protocol ensures clients receive the highest quality products, giving you peace of mind for your research.
Expertise in Translational Models
We collaborate with you to match the best products and protocols to your research needs. With years of experience in ovine and caprine reproduction, our staff can guide you in choosing materials that deliver results.
Reliable Shipping and Delivery
At SMART Reproduction, we take our shipping and delivery reliability seriously. Products are shipped nationwide using appropriate preservation and handling techniques. No matter your location, you can be confident that you will receive your materials in peak condition and ready for your research.
Dedicated Research Support
Personalized support services, including:
- Guidance in selecting genetic traits or donor profiles.
- Assistance with regulatory compliance for animal research.
- Ongoing consultation to optimize your research workflow.
Applications of Our Products
Researchers use ovine and caprine reproductive materials for a variety of purposes, including:
- Regenerative Medicine: Advance tissue engineering and stem cell therapies.
- Reproductive Biology: Explore IVF techniques, embryo development, and oocyte maturation.
- Genetic Research: Conduct gene editing, transgenic studies, and gene expression analysis.
- Disease Modeling: Investigate treatments for cardiovascular, metabolic, and infectious diseases.
Partner with SMART Reproduction for Research Success
We actively advance research and innovation at SMART Reproduction by providing disease-free small ruminant germplasm. Whether you need high-quality semen, embryos, oocytes, or a custom project tailored to your study, we work with you every step of the way to deliver reliable, scientifically precise solutions.
Contact us today to discuss your research needs or to start planning a custom project. Together, we can drive innovation and achieve breakthrough discoveries that benefit science and society.