再生医学杂志

Clinical Significance of Image Analysis of Biomaterial-Tissue Interactions

Isaac Forbes*

Through delivering anatomical, functional, and molecular data of biological species with high spatial resolution, deep penetration depth, greater temporal responsiveness, and improved chemical specificity, modern biomedical imaging has transformed life science. These imaging techniques have become more and more specialised in recent years to characterise biomaterials and examine their interactions with biological tissues. This has led to significant improvements in designing material qualities that were previously impossible to suit various imaging modalities.