To address the special challenges of clinical diagnosis in the livestock industry—complex diagnostic environments, high-cost consumables, and lengthy training cycles—this Livestock Veterinary Virtual Simulation Teaching System uses virtual simulation technology to provide interactive, immersive training experiences.

Students can learn without time or location constraints, using the virtual simulation software to study and master the causes, clinical diagnosis, and care plans for common diseases in animal husbandry, while engaging in simulated interactive operations. This helps improve their ability to tackle complex veterinary problems, enhances the quality of livestock veterinary education, and fosters higher-level practical and innovative talent for the industry.
Training Objectives:
1. Master the operation method of magnetic cage feeding
2. Master the operation of using a rumen magnet extractor for cattle.

针对畜牧生产行业中临床诊疗的特殊性、诊疗环境复杂、训练用耗材昂贵、实训周期较长等问题，运用虚拟仿真技术开发设计具有交互式和沉浸式的互动体验感受的畜牧兽医虚拟仿真实验教学系统。
学生可以不受时间和空间约束，通过虚拟仿真系统完成对典型的畜牧兽医中疾病发病原因、临床诊疗、护理方案的学习与掌握，并开展动物诊疗模拟交互操作，有助于提升学生解决复杂畜牧兽医问题的能力，促进畜牧兽医课程教学质量的提高，为畜牧兽医行业培养更高水平的实践创新型人才。
实训目标：
1.掌握磁笼投喂法操作方法；
2.掌握牛瘤胃取铁器法操作方法；

To address the special challenges of clinical diagnosis in the livestock industry—complex diagnostic environments, high-cost consumables, and lengthy training cycles—this Livestock Veterinary Virtual Simulation Teaching System uses virtual simulation technology to provide interactive, immersive training experiences.

Students can learn without time or location constraints, using the virtual simulation software to study and master the causes, clinical diagnosis, and care plans for common diseases in animal husbandry, while engaging in simulated interactive operations. This helps improve their ability to tackle complex veterinary problems, enhances the quality of livestock veterinary education, and fosters higher-level practical and innovative talent for the industry.
Training Objectives:
1. Master the technique of collecting blood from the chicken’s wing vein.
2. Master the technique of collecting blood from the chicken’s heart.
3. Master the methods for chicken anatomy and sampling procedures.

针对畜牧生产行业中临床诊疗的特殊性、诊疗环境复杂、训练用耗材昂贵、实训周期较长等问题，运用虚拟仿真技术开发设计具有交互式和沉浸式的互动体验感受的畜牧兽医虚拟仿真实验教学系统。
学生可以不受时间和空间约束，通过虚拟仿真系统完成对典型的畜牧兽医中疾病发病原因、临床诊疗、护理方案的学习与掌握，并开展动物实验模拟交互操作，有助于提升学生解决复杂畜牧兽医问题的能力，促进畜牧兽医课程教学质量的提高，为畜牧兽医行业培养更高水平的实践创新型人才。
实训目标：
1.掌握鸡翅静脉采血的操作方法。
2.掌握鸡心脏采血的操作方法。
3.掌握鸡体解剖与采样操作方法。

To address the special challenges of clinical diagnosis in the livestock industry—complex diagnostic environments, high-cost consumables, and lengthy training cycles—this Livestock Veterinary Virtual Simulation Teaching System uses virtual simulation technology to provide interactive, immersive training experiences.

Students can learn without time or location constraints, using the virtual simulation software to study and master the causes, clinical diagnosis, and care plans for common diseases in animal husbandry, while engaging in simulated interactive operations. This helps improve their ability to tackle complex veterinary problems, enhances the quality of livestock veterinary education, and fosters higher-level practical and innovative talent for the industry.
Training Objectives:
1. Master the thawing and loading procedures for fine-tube frozen semen.
2. Master the procedures for cattle artificial insemination.

针对畜牧生产行业中临床诊疗的特殊性、诊疗环境复杂、训练用耗材昂贵、实训周期较长等问题，运用虚拟仿真技术开发设计具有交互式和沉浸式的互动体验感受的畜牧兽医虚拟仿真实验教学系统。
学生可以不受时间和空间约束，通过虚拟仿真系统完成对典型的畜牧兽医中疾病发病原因、临床诊疗、护理方案的学习与掌握，并开展动物诊疗模拟交互操作，有助于提升学生解决复杂畜牧兽医问题的能力，促进畜牧兽医课程教学质量的提高，为畜牧兽医行业培养更高水平的实践创新型人才。
实训目标：
1.掌握细管冻精的解冻及装枪任务工作流程。
2.掌握牛的人工授精操作流程。

To address the special challenges of clinical diagnosis in the livestock industry—complex diagnostic environments, high-cost consumables, and lengthy training cycles—this Livestock Veterinary Virtual Simulation Teaching System uses virtual simulation technology to provide interactive, immersive training experiences.

Students can learn without time or location constraints, using the virtual simulation software to study and master the causes, clinical diagnosis, and care plans for common diseases in animal husbandry, while engaging in simulated interactive operations. This helps improve their ability to tackle complex veterinary problems, enhances the quality of livestock veterinary education, and fosters higher-level practical and innovative talent for the industry.
Training Objectives:
1. Master the venipuncture site in the pig’s cranial vena cava.
2. Master the blood collection procedure.

针对畜牧生产行业中临床诊疗的特殊性、诊疗环境复杂、训练用耗材昂贵、实训周期较长等问题，运用虚拟仿真技术开发设计具有交互式和沉浸式的互动体验感受的畜牧兽医虚拟仿真实验教学系统。
学生可以不受时间和空间约束，通过虚拟仿真系统完成对典型的畜牧兽医中疾病发病原因、临床诊疗、护理方案的学习与掌握，并开展动物诊疗模拟交互操作，有助于提升学生解决复杂畜牧兽医问题的能力，促进畜牧兽医课程教学质量的提高，为畜牧兽医行业培养更高水平的实践创新型人才。
实训目标：
1.掌握猪前腔静脉采血位置；
2.掌握采血操作流程。

To address the special challenges of clinical diagnosis in the livestock industry—complex diagnostic environments, high-cost consumables, and lengthy training cycles—this Livestock Veterinary Virtual Simulation Teaching System uses virtual simulation technology to provide interactive, immersive training experiences.

Students can learn without time or location constraints, using the virtual simulation software to study and master the causes, clinical diagnosis, and care plans for common diseases in animal husbandry, while engaging in simulated interactive operations. This helps improve their ability to tackle complex veterinary problems, enhances the quality of livestock veterinary education, and fosters higher-level practical and innovative talent for the industry.
Training Objectives:
1. Master the production process of compound feeds.
2. Understand the working principles and processes of the equipment required for feed production.

针对畜牧生产行业中的特殊性、饲料厂生产流程环境复杂、训练用耗材昂贵、实训周期较长等问题，运用虚拟仿真技术开发设计具有交互式和沉浸式的互动体验感受的畜牧业生产虚拟仿真实验教学系统。
学生可以不受时间和空间约束，通过虚拟仿真系统完成对典型的畜牧中饲料厂生产流程的学习与掌握，并开展生产流程模拟交互操作，有助于提升学生解决复杂畜牧饲料生产问题的能力，促进畜牧课程教学质量的提高，为畜牧行业培养更高水平的实践创新型人才。
实训目标：
1.掌握配合饲料生产流程。
2.掌握饲料生产所需设备工作原理及工艺。

To address the special challenges of clinical diagnosis in the livestock industry—complex diagnostic environments, high-cost consumables, and lengthy training cycles—this Livestock Veterinary Virtual Simulation Teaching System uses virtual simulation technology to provide interactive, immersive training experiences.

Students can learn without time or location constraints, using the virtual simulation software to study and master the causes, clinical diagnosis, and care plans for common diseases in animal husbandry, while engaging in simulated interactive operations. This helps improve their ability to tackle complex veterinary problems, enhances the quality of livestock veterinary education, and fosters higher-level practical and innovative talent for the industry.
Training Objectives:
1. Master the procedure for gastric lavage in cattle.

针对畜牧生产行业中临床诊疗的特殊性、诊疗环境复杂、训练用耗材昂贵、实训周期较长等问题，运用虚拟仿真技术开发设计具有交互式和沉浸式的互动体验感受的畜牧兽医虚拟仿真实验教学系统。
学生可以不受时间和空间约束，通过虚拟仿真系统完成对典型的畜牧兽医中疾病发病原因、临床诊疗、护理方案的学习与掌握，并开展动物诊疗模拟交互操作，有助于提升学生解决复杂畜牧兽医问题的能力，促进畜牧兽医课程教学质量的提高，为畜牧兽医行业培养更高水平的实践创新型人才。
实训目标：
1.掌握牛洗胃操作方法；

To address the special challenges of clinical diagnosis in the livestock industry—complex diagnostic environments, high-cost consumables, and lengthy training cycles—this Livestock Veterinary Virtual Simulation Teaching System uses virtual simulation technology to provide interactive, immersive training experiences.

Students can learn without time or location constraints, using the virtual simulation software to study and master the causes, clinical diagnosis, and care plans for common diseases in animal husbandry, while engaging in simulated interactive operations. This helps improve their ability to tackle complex veterinary problems, enhances the quality of livestock veterinary education, and fosters higher-level practical and innovative talent for the industry.
Training Objectives:
1. Become familiar with typical work scenarios for artificial insemination in sows.
2. Master the procedural workflow for sow insemination tasks.

针对畜牧生产行业中临床诊疗的特殊性、诊疗环境复杂、训练用耗材昂贵、实训周期较长等问题，运用虚拟仿真技术开发设计具有交互式和沉浸式的互动体验感受的畜牧兽医虚拟仿真实验教学系统。
学生可以不受时间和空间约束，通过虚拟仿真系统完成对典型的畜牧兽医中疾病发病原因、临床诊疗、护理方案的学习与掌握，并开展动物诊疗模拟交互操作，有助于提升学生解决复杂畜牧兽医问题的能力，促进畜牧兽医课程教学质量的提高，为畜牧兽医行业培养更高水平的实践创新型人才。
实训目标：
1.熟知母猪人工输精工作典型工作场景。
2.掌握母猪输精任务工作流程。

To address the special challenges of clinical diagnosis in the livestock industry—complex diagnostic environments, high-cost consumables, and lengthy training cycles—this Livestock Veterinary Virtual Simulation Teaching System uses virtual simulation technology to provide interactive, immersive training experiences.

Students can learn without time or location constraints, using the virtual simulation software to study and master the causes, clinical diagnosis, and care plans for common diseases in animal husbandry, while engaging in simulated interactive operations. This helps improve their ability to tackle complex veterinary problems, enhances the quality of livestock veterinary education, and fosters higher-level practical and innovative talent for the industry.
Training Objectives:
1. Understand the causes of scrotal hernia in pigs.
2. Become familiar with its pathological structures.
3. Master the surgical procedure for treating scrotal hernia in pigs.

针对畜牧生产行业中临床诊疗的特殊性、诊疗环境复杂、训练用耗材昂贵、实训周期较长等问题，运用虚拟仿真技术开发设计具有交互式和沉浸式的互动体验感受的畜牧兽医虚拟仿真实验教学系统。
学生可以不受时间和空间约束，通过虚拟仿真系统完成对典型的畜牧兽医中疾病发病原因、临床诊疗、护理方案的学习与掌握，并开展动物诊疗模拟交互操作，有助于提升学生解决复杂畜牧兽医问题的能力，促进畜牧兽医课程教学质量的提高，为畜牧兽医行业培养更高水平的实践创新型人才。
实训目标：
1.掌握猪的阴囊疝的发病原因；
2.熟知猪的阴囊疝的病理结构；
3.掌握猪的阴囊疝的手术疗法操作流程。

To address the special challenges of clinical diagnosis in the livestock industry—complex diagnostic environments, high-cost consumables, and lengthy training cycles—this Livestock Veterinary Virtual Simulation Teaching System uses virtual simulation technology to provide interactive, immersive training experiences.

Students can learn without time or location constraints, using the virtual simulation software to study and master the causes, clinical diagnosis, and care plans for common diseases in animal husbandry, while engaging in simulated interactive operations. This helps improve their ability to tackle complex veterinary problems, enhances the quality of livestock veterinary education, and fosters higher-level practical and innovative talent for the industry.
Training Objectives:
1. Master the causes, triggers, and treatment methods for uterine prolapse.

针对畜牧生产行业中临床诊疗的特殊性、诊疗环境复杂、训练用耗材昂贵、实训周期较长等问题，运用虚拟仿真技术开发设计具有交互式和沉浸式的互动体验感受的畜牧兽医虚拟仿真实验教学系统。
学生可以不受时间和空间约束，通过虚拟仿真系统完成对典型的畜牧兽医中疾病发病原因、临床诊疗、护理方案的学习与掌握，并开展动物诊疗模拟交互操作，有助于提升学生解决复杂畜牧兽医问题的能力，促进畜牧兽医课程教学质量的提高，为畜牧兽医行业培养更高水平的实践创新型人才。
实训目标：
1.掌握子宫脱垂的病因、诱因及治疗方法；

To address the special challenges of clinical diagnosis in the livestock industry—complex diagnostic environments, high-cost consumables, and lengthy training cycles—this Livestock Veterinary Virtual Simulation Teaching System uses virtual simulation technology to provide interactive, immersive training experiences.

Students can learn without time or location constraints, using the virtual simulation software to study and master the causes, clinical diagnosis, and care plans for common diseases in animal husbandry, while engaging in simulated interactive operations. This helps improve their ability to tackle complex veterinary problems, enhances the quality of livestock veterinary education, and fosters higher-level practical and innovative talent for the industry.
Training Objectives:
1. Understand the clinical indications of dystocia.
2. Master the basic methods for assisting delivery during difficult births, including fetal traction and cesarean section.
3. Master the specific operational steps for handling dystocia.

针对畜牧生产行业中临床诊疗的特殊性、诊疗环境复杂、训练用耗材昂贵、实训周期较长等问题，运用虚拟仿真技术开发设计具有交互式和沉浸式的互动体验感受的畜牧兽医虚拟仿真实验教学系统。
学生可以不受时间和空间约束，通过虚拟仿真系统完成对典型的畜牧兽医中疾病发病原因、临床诊疗学习与掌握，并开展动物诊疗模拟交互操作，有助于提升学生解决复杂畜牧兽医问题的能力，促进畜牧兽医课程教学质量的提高，为畜牧兽医行业培养更高水平的实践创新型人才。
实训目标：
1.了解难产的临床适应症;
2.掌握难产助产的基本方法:胎儿牵引术和剖腹取胎术;
3.掌握难产助产的具体操作流程。

To address the special challenges of clinical diagnosis in the livestock industry—complex diagnostic environments, high-cost consumables, and lengthy training cycles—this Livestock Veterinary Virtual Simulation Teaching System uses virtual simulation technology to provide interactive, immersive training experiences.

Students can learn without time or location constraints, using the virtual simulation software to study and master the causes, clinical diagnosis, and care plans for common diseases in animal husbandry, while engaging in simulated interactive operations. This helps improve their ability to tackle complex veterinary problems, enhances the quality of livestock veterinary education, and fosters higher-level practical and innovative talent for the industry.
Training Objectives:
1. Master the techniques and applications of local infiltration anesthesia and paravertebral nerve block.
2. Master the procedures and applications for incising skin, subcutaneous tissue, muscle, peritoneum, and the rumen.
3. Master the methods and applications of comprehensive prophylactic hemostasis, local prophylactic hemostasis, and intraoperative hemostasis.
4. Master suturing steps and techniques, common suturing methods, and their applications.
5. Master various types of knots, tying methods, and their applications.

针对畜牧生产行业中临床诊疗的特殊性、诊疗环境复杂、训练用耗材昂贵、实训周期较长等问题，运用虚拟仿真技术开发设计具有交互式和沉浸式的互动体验感受的畜牧兽医虚拟仿真实验教学系统。
学生可以不受时间和空间约束，通过虚拟仿真系统完成对典型的畜牧兽医中疾病发病原因、临床诊疗学习与掌握，并开展动物诊疗模拟交互操作，有助于提升学生解决复杂畜牧兽医问题的能力，促进畜牧兽医课程教学质量的提高，为畜牧兽医行业培养更高水平的实践创新型人才。
实训目标：
1.掌握局部浸润麻醉、腰旁神经传导麻醉操作方法及应用；
2.掌握切开皮肤、切开皮下组织，切开肌肉，切开腹膜，切开瘤胃操作方法及应用；
3.掌握全是预防性止血法、局部预防性止血法、手术过程中止血法操作方法及应用；
4.掌握缝合步骤及技巧、常用的缝合方法及应用；
5.掌握结的种类、打结方法及应用；

To address the special challenges of clinical diagnosis in the livestock industry—complex diagnostic environments, high-cost consumables, and lengthy training cycles—this Livestock Veterinary Virtual Simulation Teaching System uses virtual simulation technology to provide interactive, immersive training experiences.

Students can learn without time or location constraints, using the virtual simulation software to study and master the causes, clinical diagnosis, and care plans for common diseases in animal husbandry, while engaging in simulated interactive operations. This helps improve their ability to tackle complex veterinary problems, enhances the quality of livestock veterinary education, and fosters higher-level practical and innovative talent for the industry.
Training Objectives:
1. Master the treatment methods for abomasum repositioning.

针对畜牧生产行业中临床诊疗的特殊性、诊疗环境复杂、训练用耗材昂贵、实训周期较长等问题，运用虚拟仿真技术开发设计具有交互式和沉浸式的互动体验感受的畜牧兽医虚拟仿真实验教学系统。
学生可以不受时间和空间约束，通过虚拟仿真系统完成对典型的畜牧兽医中疾病发病原因、临床诊疗、护理方案的学习与掌握，并开展动物诊疗模拟交互操作，有助于提升学生解决复杂畜牧兽医问题的能力，促进畜牧兽医课程教学质量的提高，为畜牧兽医行业培养更高水平的实践创新型人才。
实训目标：
1.掌握真胃复位的治疗方法；

TuringX App Store

Cattle Rumen Metal Extraction Training

Animal Epidemic Prevention Vocational Skill Training

Cattle Artificial Insemination Training

Pig Cranial Vena Cava Blood Sampling Training

Compound Feed Production Training

Cattle Gastric Lavage Training

Pig Artificial Insemination Training

Pig Scrotal Hernia Repair Training

Cattle Uterine Prolapse Training

Bovine Assisted Delivery Training

Basic Surgical Procedures Training

Abomasum Repositioning (Left Displacement) Training