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the institute of Animal Molecular and Reproductive Biotechnology (IBMRA) of the Antenor Orrego private University (INVASION) reaffirms it’s leadership role in technology transfer to improve the livestock sector of La Libertad. The birth of Elianita, a Fleckvieh breed cattle, marks a new achievement in applied biotechnology.
Elianita, the fruit of an embryo with international genetics – a Colombian mother and a Scottish father – was born in perfect conditions after nine months of gestation. This breed, known for its high quality milk and meat production, symbolizes the scientific advance achieved by the IBMRA.
Engineer Luis Kong García, administrator of the institute, announced that the center will begin to produce embryos with advanced artificial insemination techniques.
He explained that the process includes two approaches: live production, which involves superovulation and insemination inside the cow, and laboratory production, through follicular aspiration and in vitro insemination.
This last method allows genetic modifications to prioritize the production of females, adapting to the livestock demands of the region.
“The goal is triple-purpose livestock: milk, meat and work, responding to local needs,” Kong highlighted.
Furthermore, the first beneficiaries of this technology will be the ranchers of Huamachuco and Otuzco, who will see notable improvements in the quality of their meat and dairy production.
In parallel, the IBMRA progress is made in the consolidation of the agricultural part, with the planting of 8.8 hectares of forage under technical irrigation,thus complementing the feeding of livestock.
This scientific project is integrated with the academic strengthening of the Veterinary Medicine and Zootechnics Program of the INVASIONpromoting the training of specialized professionals and the development of postgraduate internships.
Elianita, born from an embryo with international genetics—her mother hailing from Colombia and her father from Scotland—arrived in perfect health after nine months of gestation. Known for its remarkable milk and meat production, the Fleckvieh breed symbolizes the scientific progress achieved by the IBMRA. Engineer Luis Kong García, the institute’s administrator, announced plans to produce embryos using advanced artificial insemination techniques. He explained that the process involves two approaches: live production,which includes superovulation and insemination inside the cow,and laboratory production,utilizing follicular aspiration and in vitro insemination.The latter method allows for genetic modifications to prioritize female production, aligning with the region’s livestock demands.
“The goal is triple-purpose livestock: milk, meat, and work, responding to local needs,” Kong emphasized. The first beneficiaries of this groundbreaking technology will be ranchers in Huamachuco and Otuzco, who can expect significant improvements in the quality of their meat and dairy production. In parallel, the IBMRA is advancing its agricultural initiatives, planting 8.8 hectares of forage under technical irrigation to complement livestock feeding.
This scientific project is also integrated with the academic strengthening of the Veterinary Medicine and Zootechnics Program at INVASION, fostering the training of specialized professionals and the development of postgraduate internships. With these achievements, INVASION solid
Q&A with Engineer Luis Kong García on Biotechnology Advancements at IBMRA
Editor: Engineer Kong, can you tell us more about the significance of Elianita’s birth and what it represents for the livestock sector in La libertad?
Luis Kong García: Elianita’s birth is a landmark achievement for the IBMRA and the livestock sector in La Libertad. She is a Fleckvieh breed cattle,known for its exceptional milk and meat production. Her birth is the result of advanced biotechnology, utilizing international genetics—her mother is from Colombia, and her father is from Scotland. This success demonstrates our commitment to improving livestock quality and productivity through cutting-edge science.
Editor: Could you elaborate on the artificial insemination techniques being implemented at IBMRA?
Luis Kong García: Certainly. We are employing two primary approaches: live production and laboratory production. In live production, we use superovulation and insemination within the cow. In laboratory production, we utilize follicular aspiration and in vitro insemination. The latter method is especially innovative as it allows for genetic modifications to prioritize female production,which is crucial for meeting the livestock demands of our region.
Editor: How will these advancements benefit local ranchers?
Luis Kong García: The first beneficiaries will be ranchers from Huamachuco and Otuzco. With these techniques, they can expect significant improvements in the quality of thier meat and dairy production. Our goal is to develop triple-purpose livestock—milk, meat, and work—that aligns with the specific needs of our local communities.
Editor: What role does agriculture play in IBMRA’s initiatives?
Luis Kong García: Agriculture is a vital complement to our livestock efforts. We’ve planted 8.8 hectares of forage under technical irrigation to ensure optimal livestock feeding. This integrated approach enhances productivity and sustainability, creating a holistic system that supports both the agricultural and livestock sectors.
Editor: How does IBMRA’s work contribute to academic progress at INVASION?
Luis Kong García: Our projects are closely tied to the Veterinary Medicine and Zootechnics Program at INVASION.We’re training specialized professionals and offering postgraduate internships, fostering the next generation of experts in biotechnology and livestock management. This collaboration strengthens both our academic and practical contributions to the field.
Conclusion
The birth of Elianita and the advancements in biotechnology at IBMRA mark a significant step forward for the livestock sector in La Libertad. By integrating cutting-edge techniques like artificial insemination and agricultural innovations, IBMRA is not only improving productivity but also empowering local ranchers and enhancing academic training. These efforts underscore the institute’s leadership in driving sustainable and impactful advancements in biotechnology.
