Generally, toxic effects of Cd on bone tissue are studied mainly in relation to the long-term per oral intake of Cd but it is also interesting to see how Cd affects bone structure and function after an acute intoxication.
Generally, the effects of Se on bone tissue are studied mainly in relation to the deficiency of Se in the food, but it is also interesting if and how Se can impact on bone structure and function after subchronic intoxication.
Therefore, composites of BHA/glass with the use of various bioactive additives that can contribute to the processes of osteogenesis and formation of new bone tissue were also studied and obtained.
Potential applicability of this hybrid material to bone tissue engineering was studied examining its cellular compatibility and bioactivity.
Only compact bone tissue was sampled.
Haversian bone tissue was not found.
Histological bone tissue preparations were studied with a large microscope (Carl Zeiss Opton, Germany).
The bone tissue is then avascular.
Micro-damage of bone tissue is knofn to regulate bone tissueer.
However, mass transport and flow shear stress, the two main factors contributing to the construction of tissue-engineered bone, cannot be studied separately when changing the perfusing rate.
