BXL Equine Breeding: Oocyte Pick-Up (OPU) Ultrasound Machine

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In the competitive world of equine breeding, precision and innovation are key. Advanced reproductive technologies are increasingly being adopted by breeders and veterinarians to optimize genetic selection and improve overall reproductive performance. The BXL OPU ultrasound machine is a state-of-the-art tool designed to facilitate equine oocyte pick-up (OPU) procedures, ensuring high-quality oocyte retrieval for in vitro fertilization (IVF) and embryo transfer programs.

veterinary OPU ultrasound machine BXL-DZ20 — BXL-DZ20 veterinary OPU ultrasound machine

What is Equine OPU?

Equine OPU is a minimally invasive technique that uses real-time ultrasound imaging to guide the aspiration of oocytes from the ovarian follicles of mares. Although more common in cattle, the application of OPU in horses is gaining traction as breeders seek to preserve elite genetics, enhance reproductive efficiency, and expand their breeding programs. Key steps include:

Ultrasound-Guided Imaging: Real-time visualization of ovarian follicles ensures precise needle placement.
Oocyte Aspiration: A specialized aspiration needle, guided by the ultrasound, is used to collect oocytes safely.
Rapid Recovery: The minimally invasive process minimizes stress on the mare, allowing for rapid recovery and repeat procedures.

BXL OPU Ultrasound Machine for Equine Breeding

BXL has built a reputation for pioneering veterinary imaging technology, and its OPU ultrasound machine is no exception. While many of BXL’s innovations were initially developed for cattle, their robust design, advanced imaging capabilities, and user-friendly interface make them equally valuable in equine breeding.

Key Features

High-Resolution Imaging: With a high-definition touchscreen display and advanced color Doppler modes, the BXL machine delivers crisp, clear images that enable accurate follicle identification and oocyte retrieval.
Wireless Connectivity: Real-time viewing and wireless data transmission allow for seamless integration with mobile devices, aiding in instant evaluation and record keeping.
Portable & Ergonomic Design: Lightweight and battery-powered, the BXL ultrasound machine is built for field use. Its ergonomic design, including a durable handle and adjustable mobile bracket, ensures comfort and stability during procedures.
Integrated OPU Program: The machine comes with a specialized OPU system program featuring customizable needle guide lines, image rotation options, and measurement tools to optimize the retrieval process.
Robust Construction: Designed to operate in harsh field conditions, the BXL device is waterproof and dustproof (meeting IP standards), ensuring reliable performance on busy breeding farms and in clinical settings.

Benefits in Equine Breeding

Adopting the BXL OPU ultrasound machine in equine breeding programs provides several advantages:

Enhanced Reproductive Efficiency: Precise oocyte retrieval leads to higher yields, paving the way for improved IVF outcomes and accelerated genetic progress.
Improved Animal Welfare: The minimally invasive nature of OPU reduces stress on mares, ensuring quicker recovery and sustained reproductive performance.
Data-Driven Decisions: With accurate imaging and measurement capabilities, veterinarians can make informed decisions on follicle viability and donor selection.
Operational Flexibility: Portable and user-friendly, the machine can be used in both farm environments and veterinary clinics, making advanced reproductive technologies accessible in various settings.

Applications in Equine Reproductive Programs

The BXL OPU ultrasound machine is a versatile tool that supports a range of equine reproductive strategies, including:

In Vitro Fertilization (IVF): Collecting high-quality oocytes for subsequent fertilization, enhancing the likelihood of producing viable embryos.
Embryo Transfer (ET): Facilitating rapid and efficient oocyte collection to support embryo production and transfer protocols.
Genetic Resource Preservation: Enabling breeders to preserve elite genetics by collecting oocytes from high-value mares for future breeding cycles.