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BoneLab II is an
interactive application for professionals and educators in academic
and non-academic fields. Lab II series products introduce a fundamentally new method to
dissect and to reassemble a 3D model similar to a plastics model
and advance the way to present, to learn and to reference anatomical
content.

The elegant user interface, was designed
for creative and efficient interaction. BoneLab II can both,
enhance the presentation of anatomical content and invite to actively
explore the model and facilitate memorizing anatomical terms.
Presenting and explaining the complex
relationship between anatomical structures becomes easy with an
expandable collection of 300 explorable skeletal views. Views are
visually
represented by 3D thumbnails for instant access. In addition,
presenting anatomical content is supported by one or more popup viewing windows which
can be used for close-up views and comparison.
3-dimensional exploration and advanced
view search options in combination with online information retrieval
from Wikipedia make this product a valuable source of reference for the
anatomy of the skeleton.
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A highly detailed, series II skeleton
with 296 parts and Wikipedia bindings of bones, teeth and cartilage is
integrated.
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3D-Multi-windows support for menu-like
thumbnail representation of 300 built-in views.
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Elegant creation of custom views by
multiple selection of thumbnails.
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Optional addition of custom annotations and
comments.
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Optional display of views in
popup windows.
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Optional auto-colorization for instant visual
identification.
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Display of
standard views.
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Multilingual support for Deutsch,
English, Español, Français Italiano and Português.
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All bones are stored with correct Latin
and local language names.
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Recalling of previous views via undo/redo
commands.
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Mandibula bone with teeth and
annotations.

Posterior view of
sternum and costal cartilages

Dorsal view of male hip joints.

Vertebrae bones of the lumbar spine and
intervertebral disks.

Plantar view of the metatarsal bones of the integrated Lab II series model.
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