TuringX Anatomy is the premier XR-enabled anatomical education platform designed to revolutionize medical training by addressing critical challenges in traditional pedagogy, such as abstract conceptualization and resource scarcity. This system serves medical students, educators, and healthcare practitioners across clinical medicine, nursing, Traditional Chinese Medicine, and dental specialties, offering comprehensive coverage of systemic anatomy,  skeletal , articulation, muscle, and respiratory/ vascular/alimentary system morphology. 

The software is specifically optimized for Honghe Turing glasses-free 3D devices (T1/T2), utilizing high-precision 3D models to dynamically visualize anatomical structures. It supports intuitive manipulations including drag-and-drop, scaling, disassembly, visibility toggling, and cross-sectional exploration, enabling students to grasp complex anatomical relationships through interactive spatial engagement. Integrated with the ""Tutu"" AI tutoring assistant which delivers real-time Q&A support and key concepts explanations, featuring anatomy-specific optimization to empower self-directed learning.The curriculum comprehensively covers foundational modules in human anatomy, including bone and joint structures, the muscular system, and visceral organs. This encompasses detailed analyses of multi-perspective cranial architecture, cardiac circulatory pathways, and morphological characteristics of digestive system components, integrated with clinical case studies to enhance the synthesis of theoretical frameworks and practical implementation.

TuringX Anatomy​​ transcends the temporal and spatial constraints of traditional medical education by leveraging immersive learning to enhance instructional efficiency and operational competency, providing an innovative solution for the digital transformation of medical pedagogy. The upcoming Version 2.0 is under active development, with future updates poised to expand educational content and integrate advanced intelligent functionalities, thereby continuously empowering the cultivation of medical professionals

《图灵智能医学解剖学虚拟仿真教学系统》（简称《图灵智能解剖》）是首款基于虚拟现实技术打造的医学解剖学辅助教学平台，致力于解决传统医学教育中人体解剖知识抽象难懂、教学资源不足等核心问题。该系统面向临床医学、护理学、中医学、口腔医学等专业的师生，以及社会医疗机构的从业者，覆盖系统解剖学、骨学、骨连结、骨骼肌、呼吸系统、循环系统、消化系统等核心课程，通过裸眼3D交互技术与人工智能助学功能，重塑医学解剖教学模式。

软件适配鸿合图灵裸眼3D设备（T1、T2），以高精度3D模型动态展示人体结构，支持模型的拖拽、缩放、拆解、显隐及透视操作，帮助学生直观理解复杂解剖关系。内置的“图图”AI助学机器人提供实时问答与知识点解析，针对解剖学定向优化，助力自主学习。课程内容涵盖人体解剖学基础知识、骨与关节构造、肌肉系统、内脏器官等模块，例如详细解析颅骨多视角结构、心脏循环路径、消化系统器官形态等，结合临床案例深化理论与实践融合。

《图灵智能解剖》突破传统教学的时空限制，通过沉浸式学习提升教学效率与操作能力，为医学教育数字化升级提供创新方案。目前第二版本正在研发中，未来将进一步扩展教学内容与智能功能，持续赋能医学人才培养。

Integrateing medical physiology knowledge with autostereoscopy display technology, AI-powered Q&A systems, and dynamic interactive animations to deliver an intuitive and immersive learning experience. The comprehensive curriculum coverage includes:

1.	Cellular Membrane Transport: Composition of cell membranes; Transmembrane substance transportation mechanisms
2.	Overview ofHematological Physiology:Blood components analysis; Physicochemical characteristics of blood
3.	Cardiac Pump Function: Operational mechanisms of cardiac pumping; Cardiac output measurement & cardiac pumping reserves; Determinants of cardiac output
4.	Pulmonary Ventilation: Principles of pulmonary ventilation; Assessment of Pulmonary Ventilatory Function
5.	Gastric Digestion:Secretory functions of gastric juices; Gastric Motility
6.	Energy Metabolism:Bioenergetic sources & utilization; Major Factors Affecting Energy Metabolism; Basal metabolic rate analysis
7.	Renal Glomerular Filtration:Filtration mechanisms; Modulating factors inglomerular filtration function
8.	Sensory Physiology Fundamentals: Receptor physiological properties; Encoding & processing in neural pathways
9.	Neural Sensory Integration: Central processing of somatosensory inputs; Visceral sensation interpretation
10.	Hypothalamic-Pituitary-Pineal Axis: Hypothalamus-adenohypophysis endocrine system; Hypothalamic-neurohypophyseal system.
11.	Female Reproductive Physiology: Functional of ovarian; Menstrual cycle regulation; Ovarian senescence mechanisms

系统集成医学生理学知识，结合3D裸眼显示技术、AI智能问答和动态交互动画，提供直观、生动的学习体验。覆盖课程内容包括：
1.细胞膜的物质转运：细胞膜的构成、跨细胞膜的物质转运
2.血液生理概述：血液的组成、血液的理化特性
3.心脏的泵血功能：心脏的泵血功能和机制、心输出量与心脏泵血功能的储备、影响心输出量的因素
4.肺通气：肺通气原理、肺通气功能的评价
5.胃内消化：胃液的分泌、胃的运动
6.能量代谢：机体能量的来源与利用、影响能量代谢的主要因素、基础代谢
7.肾小球的滤过功能：肾小球的滤过作用、影响肾小球滤过的因素
8.感觉概述：感受器的一般生理特性、感觉通路中的信息编码和处理
9.神经系统的感觉分析功能：中枢对躯体感觉的分析、中枢对内脏感觉的分析
10.下丘脑-垂体及松果体内分泌：下丘脑-腺垂体系统内分泌、下丘脑-神经垂体内分泌
11.女性生殖功能及其调节：卵巢的功能、月经周期及调控、卵巢功能的衰退
12.生长发育：机体生长发育的规律、影响机体生长发育的因素

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。

A 3D simulation software designed for practical learning in robot structure cognition, body assembly, installation, and debugging.

遨博机器人拆装仿真系统是一款面向机器人结构认知、本体装配、安装与调试实训学习的三维仿真软件

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. 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. 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. 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. 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. 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。

TuringX App Store

TuringX Anatomy

TuringX Physiology

Cattle Rumen Metal Extraction Training

Animal Epidemic Prevention Vocational Skill Training

AoBo Robot Disassembly & Assembly Simulation System

Cattle Artificial Insemination Training

Pig Cranial Vena Cava Blood Sampling Training

Pig Artificial Insemination Training

Cattle Gastric Lavage Training

Compound Feed Production Training

Bovine Assisted Delivery Training

Pig Scrotal Hernia Repair Training