A Cadaver Lab Experience, No Scalpel Required
Distributed by Epredia
Introducing 3D Multiview Anatomy, a Revolutionary Virtual Human Anatomy Software Tool
A time-honored and challenging rite of passage, the dissection experience is essential for medical students to gain fundamental knowledge and respect for the mysteries of the human body.
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3D Multiview Anatomy enables an in-depth, powerful virtual exploration of the human body through multiple levels of dissection. The platform can facilitate:
- A deeper level of student comprehension through unrestricted access to a cadaver experience
- Reduction in need for in-person cadaver lab sessions
- Enhancement of curricula, professors are able to build more robust learning experiences
- Opportunities for more enriching educational experiences across various medical-, anatomy- and biology-related programs and courses
Technology Features
Multilayer Dissection
Donated cadavers were carefully dissected from surface to internal layers of the body step by step by clinical doctors of Okayama University.
Multiview 3D Image Capturing
Anatomy images viewable from any angle make it easy to understand the geographic relationship inside the body.
Photographed Anatomy Image
Unlimited information of photographed anatomy images assists lifelong learning of doctors.
High-resolution Image Capturing
High-resolution images above 4K (four times higher resolution than full HD) enable identification of minute and complex structures of body parts.
Precise 3D Shape Reproduction
Functionalities
Label Display
Label
Over 1,200 name labels of body parts such as blood vessels, muscles, bones and nerves can be displayed over the photographed images. Newly developed CG synthesis technology enables correct movement of name labels in accordance with the change of the view point.
Further Information
Muscles have label info which shows detailed…
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Bookmark
Bookmark/Playback
Viewing state, including angle, layer and zoom ratio, can be bookmarked. Users can easily create teaching materials by using multiple bookmarked views and ordering them in the desired order.
Overlay
Transparent Interlayer Overlay
Transparent interlayer overlay function enables display of an inner layer of the body through the skin layer. Users can improve their skills to estimate the geographic relationship inside the body by observing the skin surface.
Search
Keyword Search
Keyword search function enables easy search of subjects which users want to look into and utilize in teaching situation. Users can jump to the related images by clicking the search result.
Screen Capture
Screen Capture & Citation
Users can cite the anatomy images to the paper or lesson note. By clicking the Shoot button, users can copy the image on the viewing screen to the clipboard.
Contents
Head & Neck
Thorax
Abdomen
Upper & Lower Limb
| Contents Name | Description | Main Department | Layer # | |
|---|---|---|---|---|
| Cranium | An observation of a skull. An observation of the skull for a head and neck structure understanding. |
Dentistry | 3 | |
| Craniotomy | Anatomy required to understand transsylvian approach 10 layered dissection to observe the most general craniotomy procedure in neurosurgery. |
Neurosurgery | 10 | |
| Craniotomy (magnification) | Anatomy required to understand transsylvian approach (magnification) The last layer of 'Craniotomy' magnified to observe anterior cerebral artery, middle cerebral artery, optic nerve, etc. |
Neurosurgery | 1 | |
| Craniotomy-2 | Anatomy required to understand orbito-zygomatic approach 13 layered dissection to observe temporal fascia, sphenoidal ridge, oculomotor nerve, etc. |
Neurosurgery | 13 | |
| Craniotomy-3 | Anatomy required to understand combined petrosal approach 9 layered dissection to observe dura mater, trigeminal nerve, oculomotor nerve, etc. |
Neurosurgery | 9 | |
| Eyeball | Anatomy required to understand eye surgery 15 layered dissection of eyeball to observe lens, retina, ophthalmic artery, etc. |
Ophthalmology | 15 | |
| Middle ear | Clinical anatomy of middle ear 6 layered dissection required for middle ear surgery. |
ENT | 6 | |
| Paranasal sinus and parapharyngeal | Clinical anatomy of paranasal sinus and parapharyngeal 9 layered dissection required for craniofacial surgery. |
ENT | 9 | |
| Face-Mandible-Cervical part-1 | Anatomy of upper and lower jaws and relevant cervical region required for implant surgery 8 layered dissection to observe mucous membrane of maxillary sinus, mandibular canal and anastomotic part of hypoglossal nerve, sublingual artery, and submental artery. |
Dentistry | 8 | |
| Neck | Anatomy required to understand brachial plexus block 12 layered dissection of cervical region to observe posterior tubercle, brachial plexus, airway, superficial cervical plexus, sternocleidomastoid, pectoralis major, etc. |
Anesthesiology | 12 | |
| Submental region, mouth floor | Anatomy of submental region and mouth floor required for neck surgery (including paranasal sinus, tongue, mouth, and throat) 7 layered dissection to observe marginal mandibular branch of facial nerve, facial artery and vein, lingual nerve, and Wharton's duct. |
ENT | 7 | |
| Middle ear, inner ear, parotid gland | Clinical anatomy of middle ear, inner ear, parotid gland 22 layered dissection required for surgery of middle ear, inner ear, and parotid gland. |
ENT | 22 | |
| Face, Mandible, Cervical part-2 | Anatomy required for a dentistry surgery 7 layered dissection for dentistry surgery. |
Dentistry | 7 | |
| Occipital region, Posterior region of the neck and Regio cervicales lateralis | Anatomy required for an occipital region and a brachial plexus block 29 layered dissection required for a greater occipital nerve block, a nervus-occipitalis-minor block, or a third-occipital-nerve block. |
Anesthesiology | 29 | |
| Posterior fossa-craniocervical junction (posterior) | Anatomy required for a whettle-bone part surgery 6 layered dissection for whettle-bone part surgery. |
Neurosurgery | 6 | |
| Bilateral anterior neck | "Anatomy of anterior view of bilateral neck region Anterior view of bilateral neck region shows basic anatomical structure of this region as well as essential anatomy for central venous catheterization." |
10 | ||
| Craniomandibular articulation and surroundings | Anatomy of craniomandibular articulation This content includes 15 layered dissection of the craniomandibular articulation and surroundings to contribute to treatment for diseases associated with the joint. Anatomy of parotideomasseteric region, infratemporal fossa, parapharyngeal structures and craniomandibular articulation are observed in this content. |
15 | ||
| Brain Arteries | Brain anatomy required to understand vascular supply of the brain. The 11-layered dissection of the brain to observe internal carotid artery system and vertebral-basilar artery system and their distribution. |
11 |
| Contents Name | Description | Main Department | Layer # | |
|---|---|---|---|---|
| Chest | Anatomy required to understand thoracic surgery 10 layered dissection of chest to observe cervical region, deep mediastinum, great vessels, etc. which cannot be seen at usual operation. |
Respiratory Surgery |
10 | |
| Heart | Anatomy required to understand heart surgery: What's behind? 7 layered dissection of heart to observe body venous system, right-sided system, left-sided system, etc. along with blood stream. |
Heart Surgery | 7 | |
| Cervical vertebra | Anatomy which is important for backward approach of cervical vertebra. Anatomy of muscles, nerves and vessels which are important for backward approach of cervical vertebra. |
Orthopedics | 12 | |
| Esophagus | Clinical anatomy of mediastinum required to understand esophagus surgery 5 layered dissection of superior mediastinum including recurrent laryngeal nerve, vagus nerve, bronchial artery, etc. in consideration of thoracoscopic esophagectomy in prone position. |
Digestive Surgery | 5 | |
| Thoracic vertebrae, the thorax | Anatomy required for the nerve block of a thorax and a vertebral body 17 layered dissection required for paravertebral block (PVB). |
Anesthesiology | 17 | |
| Posterior lumbar part | Anatomy required for a posterior lumbar part surgery 10 layered dissection to understand back Muscles and lumbar muscles group, run of a lumbar nerve and a sciatic nerve, positional relation between an intervertebral disk and a radicular, etc. |
Orthopedics | 10 |
| Contents Name | Description | Main Department | Layer # | |
|---|---|---|---|---|
| Abdomen | Anatomy required to understand surgery of Hepato-Biliary-Pancreatic Understanding of 3D conformation to learn surgery in hepatic portal and head of pancreas. |
Digestive Surgery | 10 | |
| Abdomen, Femur | Anatomy of abdomen and femur 16 layered dissection required for abdominal and femoral nerve blocks and surgery of inguinal hernia. |
Anesthesiology | 16 | |
| Rectum | Anatomy required to understand rectal surgery 21 layered dissection of inner pelvis. (1) Pelvic anatomy: showing network of blood vessels and nerves in membrane without bone resection. (2) Sectional anatomy: showing sectional images by resecting bones. |
Digestive Surgery | 21 | |
| Female pelvis | Anatomy required to understand surgery of female pelvis 11 layered dissection of female pelvis to observe both the surface and inside the body. |
Urology | 11 | |
| Upper abdomen (hepatobiliary and pancreas) | Anatomy required for abdominal surgery 15 layered dissection required for abdominal surgery. |
Digestive Surgery | 15 | |
| General remarks for abdomen | Anatomy required to understand general structure of abdominal organs for medical doctors and nurses 28 layered dissection of abdomnal region to observe upper and lower digestive tract, lumbar plexu, sceliac plexus, lumbar quadrate muscle, psoas major muscle, urethra, rectum and vagina. |
28 |
| Contents Name | Description | Main Department | Layer # | |
|---|---|---|---|---|
| Shoulder | Anatomy required to understand shoulder surgery 13 layered dissection of shoulder to observe deltoid, trapezius, pectoralis major, latissimus dorsi, pectoralis minor, biceps brachii, rotator cuff, glenoid cavity, etc. |
Orthopedics | 13 | |
| Axilla | Anatomy of axilla required to understand axillary lymph node dissection and axillary brachial plexus block 10 layered dissection required for the axillary dissection. |
Endocrine Surgery |
10 | |
| Left elbow | Anatomy required to understand elbow surgery 15 layered dissection of left elbow to observe exterior carpi ulnaris, extensor digitorum, abductor pollicis longus muscle, etc. |
Orthopedics | 15 | |
| Right elbow | Anatomy required to understand elbow surgery 15 layered dissection of right elbow to observe basilic vein, brachialis, annular ligament, etc. |
Orthopedics | 15 | |
| Left forearm | Anatomy required to understand wrist surgery 14 layered dissection of left forearm to observe medial antebrachial cutaneous nerve, ulnar nerve, median nerve, etc. |
Orthopedics | 14 | |
| Hip | Anatomy required to understand hip joint surgery 14 layered dissection of hip to observe tensor fasciae latae muscle, gluteus maximus, gluteus medius, vastus lateralis, acetabulum, articular labrum, sciatic nerve, sciatic notch, etc. |
Orthopedics | 14 | |
| Left knee | Anatomy required to understand artificial knee joint placement 5 layered dissection of left knee to observe great saphenous vein, patella, quadriceps muscle, quadriceps tendon, tibialis anterior, peroneal muscle, patellar ligament, etc. |
Orthopedics | 5 | |
| Left knee flexion | Anatomy required to understand artificial knee joint placement The last layer of 'Left Knee' flexed to observe meniscus, collateral ligament, femur, etc. |
Orthopedics | 1 | |
| Knee | Anatomy required to understand back knee surgery 9 layered dissection of knee to observe great saphenous vein, iliotibial band, gastrocnemius muscle, biceps muscle of thigh, tibial nerve, peroneal nerve, pes anserinus, soleus muscle, posterior cruciate ligament, meniscus, etc. |
Orthopedics | 9 | |
| Ankle (L) | Anatomy required to understand foot and ankle surgery 8 layered dissection of left ankle to observe lateral tendon, ligament, articular surface, etc. |
Orthopedics | 8 | |
| Ankle (R) | Anatomy required to understand foot and ankle surgery 8 layered dissection of right ankle to observe medial tendon, ligament, articular surface, etc. |
Orthopedics | 8 | |
| Abdominal wall, buttock, thigh | Anatomy of abdominal wall, buttock, and thigh required to understand femoral nerve block, sciatic nerve block, etc. 28 layered dissection to understand muscles and nerve tracts from buttock to thigh. |
Anesthesiology | 28 | |
| Posterior antebrachial region and dorsum of hand | Anatomy from posterior antebrachial region to dorsum of hand and fingers. 6 layered dissection was performed to identify origin and insertion of extensor muscles, radiation of Radial nerve and Ulnar nerve. The dorsal side of fingers are dissected in order to show tendons and aponeuroses. | 6 | ||
| Anterio anterobrachial region and palm of hand | Anatomy from anterior antebrachial region to palm of hand and fingers. 8 layered dissection was performed to identify origin and insertion of flexor muscles, radiation of Median nerve and Ulnar nerve. The ventral side of fingers are dissected in order to show tendons and aponeuroses. | 8 | ||
| The leg and the knee (posterior view) | Eleven layers focused on the knee and the posterior compartment of the leg. In the knee, the lower part of the thigh muscles, nerves (sciatic, tibial and common fibular), the popliteal artery, the meniscus and the posterior cruciate ligament of the knee. In the leg, muscles (gastrocnemius, soleus, plantaris, tibialis posterior, popliteus, and fibularis longus/brevis), nerves (tibial and common fibular) and the posterior tibial artery, which passes behind the medial malleolus in to the foot. | Orthopedics | 11 | |
| The leg and the foot (anterior view) | Six layers focused on the anterior compartment of leg: muscles (tibialis anterior, extensor hallucis longus, extensor digitorum longus and fibularis tertius/brevis/longus), nerves (sural, superficial fibular and deep fibular) and anterior tibial artery, which runs along the interosseus membrane. | Orthopedics | 6 | |
| Wrist | Anatomy required to understand arterial line and wrist block 10 layered dissection of wrist and hand to observe radial and ulnar artery, radial and median and ulnar nerve, flexor digitorum tendons, etc. |
Orthopedics | 10 |
Single-location and multi-location with multi display packages are available.
Standalone Package
- Lectures and seminars at medical schools
- Graduate medical education to residents
Network Package
- Assist tool for cadaver dissection
- Self-study material for students and residents
- Utilization in multiple clinical departments
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