Quantitative ultrasound (QUS) is a promising technique for bone tissue evaluation.
Finally, the results indicated that the hydrogels with CCP are promising to design extracellular matrix of calcified soft tissue as biomaterials of ex-vivo model for tissue evaluation of heterotopic ossification.
Study design: In a prospective study, PET using fluoro-desoxy-glucose (18F-FDG), ultrasound, CT and MRI of head and neck were compared with the postoperative histologic tissue evaluation.
Microscopic brain tissue evaluation was performed [CP, AM].
If soft tissue evaluation is needed MSCT or MRI is indicated.
CONCLUSION(S): Microarray technology is the first phase of tissue evaluation, but changes in gene expression must be confirmed.
SPECT/CT, as a combined metabolical/anatomical imaging modality, is methodically impaired concerning soft tissue evaluation, e.g., tendons, sheaths, as well as fibrous tissue.
However, supplementary intraoral radiographs are often indicated for example for the apical and the periodontal tissue evaluation and for caries diagnostics.
We evaluated the intratendinous retention and distribution of PRP into a tendon using ex vivo laboratory techniques and post-injection histological tissue evaluation.
