AF signals therefore reflect the biochemical and structural composition of the tissue and so are altered when tissue composition is changed by disease states such as neoplasia.
As such, this technique allows for depth-resolved, cellular level resolution imaging of the structural composition of biological tissue at depths up to 1 2mm in scattering tissue [ 10, 11].
Optical coherence tomography (OCT) is a non-invasive imaging modality [ 8, 9] that allows for depth-resolved, cellular level resolution imaging of the structural composition of biological tissue at depths of ∼1.5 mm below the surface in highly scattering tissue.
Symbolic dynamics and measures of complexity are proposed and applied to assess quantitatively the structural composition of bone tissue from 3D data sets of human tibia bone biopsies acquired by a micro-CT scanner.
Optical coherence tomography (OCT) is a non-invasive imaging modality based on detection of partially coherent light, that can provide depth-resolved, cellular level resolution imaging of the structural composition of biological tissue at depths of 1-2 mm below the surface [ 8, 9].
Another key consideration in the design of the scaffolds is the difficulty in replicating the complex structural composition of hard tissues such as bones, and its structure cannot be reproduced with a single material that provides a limited range of properties.
Human lipoaspirated adipose tissue microfragmented with Lipogems® resulted in a better mesenchymal stem cell source compared to normal lipoaspirated tissue, while maintaining the structural composition of the original tissue [ 131].
Normal structural composition of the neonatal FVB/N thymus.
Irrespective of type, the basic structural composition of lignocellulosic biomass consists of cellulose, hemicellulose and lignin.
However, the dependence of these processes on the structural composition of LPS is not well understood.
Moreover, the Raman spectra identify changes in the secondary structural composition of proteins.
