Orthopedic Research
Applications
Hard tissue sectioning is primarily used in orthopedics, dentistry, materials science, and cardiovascular bypass research. It involves cutting hard tissues (including undemineralized bones and teeth) and even metals embedded within, such as titanium alloys. This method ensures that the tissue remains undistorted after sectioning, allowing for accurate morphological analysis, fluorescence observation, and image acquisition.
Sample Types
• Bone tissue • Bone tissue + metal materials • Bone tissue + biomaterials (Bone tissue can be either decalcified or undecalcified)
Staining Methods
Result Examples
Hard tissue sectioning is primarily used in orthopedics, dentistry, materials science, and cardiovascular bypass research. It involves cutting hard tissues (including undemineralized bones and teeth) and even metals embedded within, such as titanium alloys. This method ensures that the tissue remains undistorted after sectioning, allowing for accurate morphological analysis, fluorescence observation, and image acquisition.
Sample Types
• Bone tissue • Bone tissue + metal materials • Bone tissue + biomaterials (Bone tissue can be either decalcified or undecalcified)
Staining Methods
- HE (Hematoxylin and Eosin)
- Toluidine Blue
- Methylene Blue-Acid Fuchsin
- Masson-Goldner Trichrome
- von Kossa
- Orange G
- Sirius Red
- VG (Van Gieson)
Result Examples
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