Practical Development of Innovative Pig Breeding Technologies Utilizing Genome Editing
Using a non-Cas9 genome editing factor—our proprietary genome editing factor ST7—and the GEEP method, which enables the easy generation of large numbers of genome-edited embryos, we have established the ST7×SNP GEEP method, allowing the rapid creation of new pig breeds. This technology enables the development of novel pig breeds with traits such as resistance to […]
Commercialization of a Pig Reproductive Performance Optimization Service Utilizing IoT and Cognitive Technologies
For the purpose of improving reproductive performance in domestic pig production, we have completed the initial model development of the following core technologies and algorithms: (1) detection of abnormal conditions in breeding sows, (2) visualization of growth and developmental status in breeding sows, and (3) detection of estrus signs in breeding sows. By increasing the […]
Development of a Diffusion-Driven Microalgae Reactor Utilizing Biogas Digestate Liquid Fertilizer Derived from Cattle Manure
To address the treatment needs of cattle manure–derived biogas digestate liquid fertilizer, which is generated in excess and poses potential environmental risks, we developed a reactor that aims to both treat the digestate and cultivate microalgae using nutrients such as nitrogen contained in the digestate. The reactor enables simultaneous microalgae cultivation while extracting nutrients from […]
One Health Care Food Business Based on Immunobiotics
Leveraging one of Japan’s largest NARO lactic acid bacteria collections, we provide tailored probiotic strains that best fit specific animal species and individual needs. We adopt a personalized approach based on each user’s characteristics and healthcare data, and address societal challenges—such as population aging and animal welfare—from a broad One Health perspective spanning humans, livestock, […]
Development of a Fundamental Technology for Sex Selection to Produce Male Piglets
he global “protein crisis” has drawn increasing attention, and a range of solutions—including plant-based meat alternatives, cultured meat, and insect-based foods—are being developed. However, from a consumer perspective, these options still face significant resistance. To address this challenge, Lulabio is developing male sex-selection technology that enables the production of conventional meat using fewer resources. We […]
Commercialization of a Phosphate Fertilizer Production Method Using Recycled Livestock Bone Waste and Verification of Its Plant Growth Effects
Through prior research and development, we have established a technology that completely solubilizes raw livestock bones and enables the recovery of all bone-derived components, including phosphate, as a bone-dissolution nutrient solution at low energy cost. In this project, we will focus on reducing production costs and scaling up the manufacturing process for both phosphate extracted […]
Research and Development of Artificial Antimicrobial Enzymes for Animals to Reduce the Risk of Antimicrobial Resistance
Antimicrobial enzymes are bactericidal agents that kill bacteria by disrupting the bacterial cell wall, and are expected to be socially implemented as alternatives to conventional antibiotics. In this research project, aiming to create innovation in the veterinary antimicrobial market, we will develop technologies for generating high‑performance artificial antimicrobial enzymes using data science and synthetic biology […]
Establishment of a Foundational Program for the Development of Classical Swine Fever–Resistant Pigs
In Japan, classical swine fever (CSF) continues to occur, and even vaccination—the most effective countermeasure—has not been sufficient to halt its spread. Outbreaks of CSF cause severe economic losses and lead to instability in pork supply, underscoring the urgent need for more effective solutions. In this proposal, our ultimate goal is to create and commercialize […]
Development of an Early Diagnosis Technology for Mastitis Using Automated Gram Staining and Microbial Identification AI
We will conduct research and development and demonstration trials of an early diagnostic technology for bovine mastitis by leveraging the microbial inference AI technology developed by Curagen Co., Ltd. Through this project, we aim to develop a technology that enables simpler and faster identification of mastitis‑causing pathogens compared with conventional methods. This will help reduce […]
Development of an Innovative Technology to Dramatically Increase Chicken Meat Production through Male Conversion of Broiler Chickens
In birds, the development of technologies to control the sex ratio of offspring has long been considered impossible. The principal investigator of this study has discovered that administering a specific compound to mother hens results in approximately 80% of the chicks being female, while an alternative treatment produces more than 70% male chicks. Based on […]
