With the modernization of agriculture and animal husbandry, agricultural and animal husbandry colleges are increasingly demanding higher standards in talent cultivation. Beyond basic theoretical knowledge, students’ practical skills have become a crucial area of ​​focus. To help students better understand professional knowledge such as animal anatomy and disease control, animal specimens, as a unique teaching resource, have become an indispensable tool in agricultural and animal husbandry disciplines. Animal specimens not only provide students with a direct learning experience but also play a vital role in enhancing practical skills and promoting educational innovation.

Animal specimens play an irreplaceable role in agricultural and animal husbandry teaching. Compared to pictures, illustrations, or models in textbooks, specimens offer students a more realistic and concrete learning experience. Whether it’s a cattle, sheep, or other common livestock specimen, students can gain a deeper understanding of the functions of various animal systems and their interrelationships by observing the actual structure of the specimen.

Through observing animal specimens, students can clearly see the morphology, structure, and physiological functions of different organs within the animal’s body. For example, through a cattle digestive system specimen, students can not only see the location of organs such as the stomach and intestines but also understand their working principles. Specimen-based teaching bridges the gap between abstract knowledge and practical operation, allowing students to truly move from “seeing” to “doing,” concretizing theoretical knowledge, and thus improving understanding and memorization.

With the rapid development of information technology, the integration of animal specimens with modern technology has brought new breakthroughs to teaching. The application of technologies such as 3D anatomy software and virtual reality (VR) has made animal specimen teaching no longer limited to static observation, but rather allows for a more three-dimensional and comprehensive learning experience through zooming, rotation, and multi-layered anatomical displays.

For example, through 3D anatomy software, students can freely rotate, zoom in, or view the internal structures of animals layer by layer, thereby better understanding the interactions between organs. Virtual technology can even simulate different diseases or pathological changes, helping students master early diagnosis and treatment techniques. The combination of specimens and modern digital technology not only broadens the dimensions of teaching but also provides students with a more flexible and interactive learning platform.

This hybrid teaching model enhances student participation and interest, improves their understanding and mastery of complex knowledge, and makes the subject content easier to digest and apply.

Animal specimens not only effectively supplement theoretical learning but also play a crucial role in cultivating students’ practical skills. In animal husbandry, students must possess certain operational abilities to meet the challenges of future practical work. Animal specimens are a key resource for this practical training.

Through direct contact with and manipulation of specimens, students can better master core skills such as disease diagnosis and surgical procedures. For example, when learning animal anatomy, students can understand the physiological functions and pathological effects of different organs by cutting and observing them. Specimen manipulation not only helps students consolidate theoretical knowledge but also enhances their anatomical skills and diagnostic abilities through hands-on practice. This practical learning significantly improves students’ practical skills and strengthens their professional confidence.

Furthermore, the repeated use of specimens provides students with ample opportunities for practice, allowing them to continuously improve their skills and master various practical techniques through repeated operations.

Compared to live animal experiments, animal specimens have significant advantages in terms of environmental protection and sustainability. Live animal experiments consume large amounts of animal resources, and each experiment may require new animals, while specimens can be professionally processed, preserved long-term, and used multiple times. This not only reduces the demand for live animals but also improves the efficiency of teaching resource utilization.

The long-term preservation of animal specimens allows for control over teaching costs, enabling schools to reduce unnecessary waste through the rational use of specimen resources. Furthermore, the preservation of specimens aligns with modern education’s pursuit of sustainability and environmental protection, representing an efficient, low-cost, and contemporary teaching method.

As an important tool in agricultural and animal husbandry education, the application of animal specimens in teaching will continue to innovate and deepen with technological advancements and changing teaching needs. Besides integration with 3D anatomy software and virtual reality technologies, future specimen teaching may also incorporate emerging technologies such as artificial intelligence (AI), providing students with a more intelligent learning experience. For example, through AI-assisted analysis, students can obtain more accurate anatomical data and disease diagnostic suggestions, further improving the precision and efficiency of teaching.

With the continuous updating of teaching models, the application prospects of animal specimens in agricultural and animal husbandry disciplines will be even broader. It will not only help students better understand subject knowledge but also cultivate their innovative thinking and practical abilities, providing high-quality professionals for the future development of agriculture and animal husbandry.

The educational value of animal specimens in agricultural and animal husbandry sciences extends far beyond simple observation tools. They serve not only as supplementary resources for students learning theoretical knowledge but also as crucial means of cultivating practical skills and improving teaching quality. From anatomical structures to disease prevention and control, animal specimens provide students with an intuitive and realistic learning platform, enabling them to better understand and master professional knowledge. Through integration with modern technology, specimen-based teaching models have become richer and more flexible, further enhancing students’ learning interest and operational abilities.

In the future, animal specimens will continue to play a vital role in agricultural and animal husbandry education, becoming a key resource for promoting educational innovation and disciplinary development. With the continuous development of science and technology, the application of animal specimens will become more diversified, cultivating more outstanding talents with practical skills and innovative spirit for the agricultural and animal husbandry industries.

Meiwo provides animal plastination specimens for veterinary education and science museum. Plastinated animal specimens are mainly used for classroom exhibitions and demonstration teaching. Compared with traditional dissection experiments, plastinated animal specimens have three major advantages: First, they are highly safe, requiring no handling of bioactive substances and avoiding contact with potential pathogens for teachers and students; second, they are reusable, with a single specimen meeting the repeated observation needs of multiple cohorts of students; and third, they offer rich display dimensions, allowing for the overall display of organ systems as well as the presentation of internal structures through layered dissection.