Zoology / Plant Science
Micro-computed tomography (microCT) is a transformative tool in zoology and plant science, offering non-destructive, high-resolution, three-dimensional imaging to study biological specimens. Key applications include:
Zoology:
Anatomical Studies: Detailed 3D imaging of animal anatomy, including skeletal structures and soft tissues, without dissection.
Developmental Biology: Visualization of embryonic development and growth stages in various species.
Morphological Comparisons: Comparison of anatomical features across different species or populations to study evolutionary relationships and adaptations.
Paleontology: Examination of fossilized remains to understand the anatomy and biology of extinct species.
Plant Science:
Internal Structure Analysis: Visualization of internal structures such as vascular systems, root networks, and seed morphology.
Developmental Studies: Observation of plant development processes, including germination and growth.
Pathology: Detection and study of internal plant diseases and infestations.
Material Properties: Investigation of structural properties of plant materials, such as wood and fibers, for agricultural and industrial applications.
MicroCT enhances the understanding of biological form and function, aiding in research, conservation, and the advancement of biological sciences.