FEATURESBoneBox? - Spine Viewer
脊柱骨格3D檢示工具程式，超過100解剖結構的名稱和位置，包括：骨骼，椎間孔，和突出的解剖特點
iPad app版本
The BoneBox? Spine Viewer is a real-time 3D medical education and patient communication tool, featuring a detailed anatomical spine model. It is a member of a series of apps developed specifically for the iPad 2 and the New iPad by a team of anatomists, certified medical illustrators, animators, and programmers using actual human CT imaging data, and the most accurate 3D modeling technology available.
The BoneBox? Spine Viewer is appropriate for use by secondary students, undergraduate and graduate students, and medical professionals.
Features
‧Interaction with the BoneBox? Spine Viewer utilizes true real-time 3D, which allows the user to place the detailed spine model in any position and zoom in to explore all of the anatomical structures.
‧The user can view the labels of the full spinal column as well as the extensively labeled individual vertebra for a more detailed observation. Further study is accomplished by creating custom labeled pins, or by drawing directly on the spine, all in real-time 3D.
‧The user can explore the spine using a series of optional views. Color-coded, didactic models help to show the specific curvatures and regions of the spine, while selecting an individual vertebra will allow the user to explore the features of the single bone.
‧The interface color can be adjusted to a light or dark variation for better viewing and projection in multiple lighting conditions.
‧By turning on the color coded pins, the user can study the names and locations of over 100 anatomical structures, including: bones, foramina, and prominent anatomical features. The pins and labels remain on screen and in the exact anatomical location during all real time 3D user interaction.
‧Drawing with the multi-colored pen tool allows the user to draw directly on the surface of the 3D spine for use in the clinic, or classroom.
‧The BoneBox? Spine Viewer is an excellent tool for any anatomy lecture or lab. Using the custom pin tool, instructors can place color-coded pins anywhere on the spine. Once placed, the instructor can write a question on the label of that pin. Students can then rotate the spine in 3D to gain a better understanding of that pin's location on the model.
‧The BoneBox? - Spine Viewer is a must for any anatomy lecture or lab. By selecting to take the quiz, the user will experience an exciting, fully interactive feature that will test their knowledge of the bones of the vertebral column. As the bones randomly disperse around the screen, the user may select any bone and is prompted to correctly name that bone.
Views:
As the program opens, the user can explore the bones of the human hand in real-time 3D at the gross anatomical level. By selecting an individual bone, the user will see only that bone on screen where the detailed features and specific labels will be presented.
Pins:
By turning on the pre-positioned color coded pins, the user can study the names and locations of over 150 anatomical structures, including: bone names, articular surfaces, and prominent anatomical markers. The pins and labels remain on screen and in the exact anatomical location during all real time 3D user interaction.
Using the custom pin tool, instructors can place color-coded pins at a location of their choosing. Once placed, the instructor simply writes a question concerning that specific bone or location.
Pen tool:
Drawing with the multi-colored pen tool allows the user to draw on the surface of the 3D bones in order to highlight features, locations, and anatomical structures. Perfect for lectures, labs, or study groups.
Save/Load Function:
Custom pins and pen tool drawings that have been created by the user can be saved and reloaded for continued study or quizzing. Perfect for subsequent visits to the app for study by students, and for use in an entire lecture series by instructors.
Quizzing:
The Bonebox? - Hand is a must for any anatomy lecture or lab. By selecting to take the quiz, the user will experience an exciting, fully interactive feature that will test their knowledge of the bones of the hand. As the bones randomly disperse on the iPad screen, the user may select any bone and is prompted to correctly name that bone. By tilting the iPad, the user can shuffle the remaining bones to continue to observe the bones and continue with the quiz.
About iSO-FORM
iSO-FORM is a team of award winning medical artists, programmers and dreamers who believe that we are on the verge of a new era of learning, where the user doesn't just memorize facts, but discovers them through interaction and curiosity. We love science, technology and art and we strive to live and work at that intersection. If we've piqued your curiosity, check us out at: www.iso-form.com.
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脊柱骨格3D檢示工具程式，超過100解剖結構的名稱和位置，包括：骨骼，椎間孔，和突出的解剖特點
iPad app版本
脊柱骨格3D檢示工具程式，超過100解剖結構的名稱和位置，包括：骨骼，椎間孔，和突出的解剖特點 限時免費推廌app
http://www.waalii.com/home/wfree/201404/20140426-05-bonebox-spine-viewer Medical BoneBox? - Spine Viewer iPad app 系統版本 |   |
The BoneBox? Spine Viewer is a real-time 3D medical education and patient communication tool, featuring a detailed anatomical spine model. It is a member of a series of apps developed specifically for the iPad 2 and the New iPad by a team of anatomists, certified medical illustrators, animators, and programmers using actual human CT imaging data, and the most accurate 3D modeling technology available.
The BoneBox? Spine Viewer is appropriate for use by secondary students, undergraduate and graduate students, and medical professionals.
Features
‧Interaction with the BoneBox? Spine Viewer utilizes true real-time 3D, which allows the user to place the detailed spine model in any position and zoom in to explore all of the anatomical structures.
‧The user can view the labels of the full spinal column as well as the extensively labeled individual vertebra for a more detailed observation. Further study is accomplished by creating custom labeled pins, or by drawing directly on the spine, all in real-time 3D.
‧The user can explore the spine using a series of optional views. Color-coded, didactic models help to show the specific curvatures and regions of the spine, while selecting an individual vertebra will allow the user to explore the features of the single bone.
‧The interface color can be adjusted to a light or dark variation for better viewing and projection in multiple lighting conditions.
‧By turning on the color coded pins, the user can study the names and locations of over 100 anatomical structures, including: bones, foramina, and prominent anatomical features. The pins and labels remain on screen and in the exact anatomical location during all real time 3D user interaction.
‧Drawing with the multi-colored pen tool allows the user to draw directly on the surface of the 3D spine for use in the clinic, or classroom.
‧The BoneBox? Spine Viewer is an excellent tool for any anatomy lecture or lab. Using the custom pin tool, instructors can place color-coded pins anywhere on the spine. Once placed, the instructor can write a question on the label of that pin. Students can then rotate the spine in 3D to gain a better understanding of that pin's location on the model.
‧The BoneBox? - Spine Viewer is a must for any anatomy lecture or lab. By selecting to take the quiz, the user will experience an exciting, fully interactive feature that will test their knowledge of the bones of the vertebral column. As the bones randomly disperse around the screen, the user may select any bone and is prompted to correctly name that bone.
Views:
As the program opens, the user can explore the bones of the human hand in real-time 3D at the gross anatomical level. By selecting an individual bone, the user will see only that bone on screen where the detailed features and specific labels will be presented.
Pins:
By turning on the pre-positioned color coded pins, the user can study the names and locations of over 150 anatomical structures, including: bone names, articular surfaces, and prominent anatomical markers. The pins and labels remain on screen and in the exact anatomical location during all real time 3D user interaction.
Using the custom pin tool, instructors can place color-coded pins at a location of their choosing. Once placed, the instructor simply writes a question concerning that specific bone or location.
Pen tool:
Drawing with the multi-colored pen tool allows the user to draw on the surface of the 3D bones in order to highlight features, locations, and anatomical structures. Perfect for lectures, labs, or study groups.
Save/Load Function:
Custom pins and pen tool drawings that have been created by the user can be saved and reloaded for continued study or quizzing. Perfect for subsequent visits to the app for study by students, and for use in an entire lecture series by instructors.
Quizzing:
The Bonebox? - Hand is a must for any anatomy lecture or lab. By selecting to take the quiz, the user will experience an exciting, fully interactive feature that will test their knowledge of the bones of the hand. As the bones randomly disperse on the iPad screen, the user may select any bone and is prompted to correctly name that bone. By tilting the iPad, the user can shuffle the remaining bones to continue to observe the bones and continue with the quiz.
About iSO-FORM
iSO-FORM is a team of award winning medical artists, programmers and dreamers who believe that we are on the verge of a new era of learning, where the user doesn't just memorize facts, but discovers them through interaction and curiosity. We love science, technology and art and we strive to live and work at that intersection. If we've piqued your curiosity, check us out at: www.iso-form.com.
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