ARC Centre of Excellence in Vision Science, Division of Biomedical Science and Biochemistry, School of Biology, Australian National University, Canberra, Australian Capital Territory, Australia.
PLoS One. 2010 May 24;5(5):e10771. doi: 10.1371/journal.pone.0010771.
Three-dimensional digital atlases are rapidly becoming indispensible in modern biology. We used serial sectioning combined with manual registration and segmentation of images to develop a comprehensive and detailed three-dimensional atlas of the honeybee head-neck system. This interactive atlas includes skeletal structures of the head and prothorax, the neck musculature, and the nervous system. The scope and resolution of the model exceeds atlases previously developed on similar sized animals, and the interactive nature of the model provides a far more accessible means of interpreting and comprehending insect anatomy and neuroanatomy.
三维数字图谱在现代生物学中迅速变得不可或缺。我们使用连续切片,结合手动注册和图像分割,开发了一个全面详细的蜜蜂头颈部系统三维图谱。这个交互式图谱包括头部和前胸的骨骼结构、颈部肌肉和神经系统。该模型的范围和分辨率超过了之前在类似大小的动物上开发的图谱,并且模型的交互性质提供了一种更易于理解和理解昆虫解剖和神经解剖的方法。