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与基于屏幕的学习或教科书等传统方法相比，《解剖大师2》更有效、更高效地增进了人体解剖学的理解。该应用程序提供了一种动态学习体验，用户可以通过四处走动、放大、解剖和制作模型的横截面视图与解剖数据互动，从而允许从任何角度和角度进行观察和研究。
《解剖大师2》促进了对人体、器官和生理的快速和增强理解。利用这个工具可以更深入地理解人体解剖学，从而培养出更有能力的医学生、护士和医疗保健专业人员。
使用Medicalholodeck，教育工作者可以在VR中创建自己的课程和模拟。这一功能允许记录VR重播的教学，从而实现了全面的解剖学课程库的开发。
《解剖大师2》可以在虚拟教室中或个人学生自学中得到有效利用，提高学习曲线，并通过VR技术为未来医学专业人员的教育做出贡献。
《解剖大师XR》以VR形式呈现高质量的三维人体解剖学，非常适合在沉浸式虚拟教室中教学和学习人体。
该应用程序包括精确的男性和女性解剖模型，根据真实患者数据开发，确保在虚拟现实中的准确性和可靠性。Medicalholodeck已与领先专家合作开发了这些模型，以确保一个专业级的教育工具。
超过2000个解剖结构和器官被精心注释，支持虚拟课堂环境和自学中的详细学习和有效教学。
用户可以放大解剖模型，从任何角度研究它们，并将它们与我们的全面解剖图谱中的医学成像和解剖相互比较，从而获得完全沉浸式的工作空间。
3D模型基于CT和MRI数据，纹理和结构精心制作，以准确表示真实的器官。
该平台使人体解剖学可以在各种环境中教学-从虚拟课堂和VR实验室到独立于位置的全球访问。
教育工作者可以记录解剖课程，创建和存储课程，并全球共享其内容，允许用户重新播放和个别学习。
App Content
头部
头部的内区域
大脑
大脑和感觉
眼睛
眼睛细节
耳朵
耳朵详细信息
颈部和喉头
胸部
腹部
男性骨盆
男性骨骼
背部
脊柱
上肢
下肢.jpg)
肌肉系统（男性）
手
脚
牙齿
女性胸部
女性骨盆
不确定如何将Anatomy Master 2集成到您的教学中？联系我们进行个性化演示。
Anatomy Master 2是一款多功能的教育工具，非常适合：
与所有Medicalholodeck应用程序一起使用，包括Dissection Master XR和Medical Imaging XR。利用我们的Medicalholodeck TeamXR系统进行协作学习和教学。
Table of Contents
The abdominal artery is a major blood vessel that plays a crucial role in the human circulatory system. It delivers oxygenated blood to the abdominal organs, ensuring they receive the necessary nutrients to perform their functions effectively. This artery's health is vital for maintaining the overall well-being of the digestive and other abdominal systems.
Abdominal veins are integral to the venous system, responsible for returning deoxygenated blood from the abdominal organs back to the heart. They work in concert with the abdominal arteries, ensuring a continuous flow of blood and thereby supporting the body's metabolic processes. The efficiency of these veins is essential for the detoxification and nutrient absorption processes.
The abducens nerve, or Cranial Nerve VI, is a slender nerve that controls the movement of the lateral rectus muscle, responsible for outward gaze. Its proper function is crucial for coordinated eye movement and visual tracking, playing a significant role in our ability to perceive depth and navigate through our environment.
The abductor digiti muscle is a small muscle located in the hand, essential for the abduction of the fingers away from the hand's midline. This muscle's functionality is crucial for the intricate movements required for tasks such as typing and playing musical instruments, highlighting its importance in daily hand dexterity.
The abductor digiti minimi is a muscle in the hand that allows for the abduction of the little finger. Its role is pivotal in enabling a wide range of hand movements, from gripping objects to performing delicate tasks that require fine motor skills. The muscle's health is vital for maintaining hand functionality and strength.
The abductor hallucis muscle, located in the foot, plays a pivotal role in the movement of the big toe away from the body's midline. Essential for maintaining balance and enabling a proper gait, its functionality is crucial for activities that require foot mobility, such as walking and running.
The abductor pollicis brevis is a key muscle in the hand, primarily involved in the abduction of the thumb. This muscle's efficient operation is vital for grasping objects and performing various manual tasks, making it an essential component of hand dexterity and fine motor skills.
The abductor pollicis longus muscle extends along the forearm to the thumb, facilitating its abduction and extension. Its role is critical in the complex movements of the thumb, contributing to the hand's overall versatility and grip strength, which are crucial for daily activities and precise hand movements.
The accessory nerve, or cranial nerve XI, innervates the sternocleidomastoid and trapezius muscles, playing a vital role in head movement and shoulder elevation. Its proper function is essential for a range of motions, including head rotation and shrugging, highlighting its importance in body posture and movement.
The adductor brevis muscle, situated in the thigh, is instrumental in the adduction of the leg, pulling it towards the body's midline. Its effectiveness is crucial for stabilizing the pelvis during locomotion, contributing to a balanced and efficient walking or running gait, and supporting lower body movements.
The adductor hallucis is a fundamental muscle in the foot, pivotal for pulling the big toe towards the body's midline. It plays a crucial role in maintaining the stability of the foot's arch and is essential for a balanced and efficient gait, particularly during activities like walking and running.
The adductor longus, situated in the inner thigh, is integral to thigh movement, drawing it towards the body's midline. Its functionality is vital for leg stabilization during various activities, making it an important muscle for individuals engaged in regular exercise and sports.
The adductor magnus is a significant muscle in the thigh, known for its role in leg adduction and stabilization. This muscle's strength and flexibility are key to a wide range of lower body movements, making it crucial for both daily activities and athletic performance.
The adductor pollicis muscle, located in the hand, is instrumental in thumb movement, particularly in drawing the thumb towards the palm. This muscle's efficiency is essential for gripping and holding objects securely, highlighting its importance in tasks requiring manual dexterity.
The ampulla anterior, part of the inner ear's semicircular canals, is critical in sensing head movements. Its function is vital for balance and spatial orientation, enabling the body to maintain equilibrium and navigate effectively through various environments.
The ampulla lateral is an integral structure within the inner ear's semicircular canals, playing a crucial role in detecting horizontal head movements. This detection is essential for maintaining balance and spatial orientation, enabling individuals to adapt their posture and gait in response to changes in their environment.
The ampulla posterior is a key component of the vestibular system in the inner ear, essential for detecting changes in head position related to vertical movements. This sensory structure plays a critical role in maintaining balance and posture, particularly during activities that involve elevation changes or rapid movements.
The amygdala, a small, almond-shaped structure in the brain, is central to the processing of emotions, including fear, pleasure, and aggression. Its function is crucial for emotional responses, memory formation, and decision-making processes, making it a key player in both psychological well-being and behavioral regulation.
The anconeus muscle, located near the elbow, plays a pivotal role in extending the forearm and stabilizing the elbow joint. Its functionality is essential for a wide range of arm movements, from simple gestures to complex tasks requiring precise coordination, highlighting its importance in daily activities.
The ansa cervicalis nerve is a crucial component of the cervical plexus, innervating several muscles in the neck. Its role is vital for swallowing, head movements, and neck stability, making it essential for both basic functions and more complex actions that require neck muscle coordination.
高质量的三维可视化对于理解人体解剖学至关重要，特别是在医学教育的初期阶段。虚拟现实提供了一种沉浸式和详细的视角，增强了学习体验。
利用虚拟现实，学生可以以更加互动和引人入胜的方式探索人体器官和解剖结构。这种方法提高了教育质量和学生表现，促进了下一代医学专业人员在虚拟现实环境中的发展。
在虚拟现实中提供完整的三维解剖见解显著提高了学生对人体解剖学的理解。与传统的学习资源相比，这种方法更加高效和有效，促进了更快更深入的理解。
元宇宙中的虚拟课堂实现了独立于地点的教学，为国际合作和学习创造了机会。Medicalholodeck的全面医学XR应用程序提供了一个创新的平台，用于教学、学习和研究解剖学。
教育工作者可以轻松地创建、存储和共享其解剖课程和模拟，只需点击一下，就可以使这些资源轻松地为元宇宙中的用户所访问。此功能增强了医学教育领域教育内容的分发和可访问性。
Anatomy Master 2与Medicalholodeck的一套应用程序结合使用，为在虚拟现实环境中教授人体解剖学提供了一个有效的平台。教育工作者可以创建交互式虚拟课堂进行实时指导，或使用RecordXR记录和共享他们的课程，从而提升学习体验。
在教学解剖学中整合VR技术，可以包括DICOM、3D和2D文件，创建全面的教学材料、课程和VR重放模拟。Medicalholodeck可以显著提升现有的解剖和模拟实验室，轻松促进模拟体验向元宇宙的过渡。
学生可以使用详细的3D模型和先进的解剖数据在虚拟现实中探索和理解人体解剖学。Medicalholodeck提供沉浸式学习环境，实现了在VR中对解剖学的高效和成功学习。这种方法不仅节省时间，还加深了对解剖学概念的理解。
医务专业人员可以在无风险的VR环境中使用解剖大师2进行临床培训，展示手术程序和解剖相关性。这可以增进学生和执业临床医生对复杂医疗程序的理解。
医生和医疗保健提供者可以利用该应用向患者解释医疗状况、手术程序和治疗计划，有助于患者更好地理解并参与自己的医疗决策。
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