A food matrix is capable of encapsulating the flavor compounds, which are normally labile and they are released from the food system upon chewing and ingestion within the body.
Our field tests suggest that the dry porous PTn matrix is capable of attenuating episodic percolation fluxes in localized areas (such as around faults) where fast flow would be expected to dominate.
In this study, it was found that both basement membrane side and collagenous stroma side of the acellular AM matrix were capable of providing a preferential environment for driving the osteogenic differentiation of human dental apical papilla cells (APCs) with proven stem cell characteristics.
The more loosely arranged interfibrillar region in β-PP matrix is capable of accommodating OBC hard blocks and inducing finer dispersion of OBC, which may lead to fewer OBC crystallization nuclei in each OBC micro-domain, and consequently the slower crystallization of OBC in β-PP matrix.
Also, a nanocomposite thin film of PbTe nanocrystal embedded in a ZnTe matrix is capable of exhibiting quantum size effects because of the relatively large exciton Bohr radius of 46 nm in PbTe [16], and the relatively large band-gap difference between ZnTe (2.25 eV) [17] and PbTe (0.31 eV) [18] with type-I band offset [19].
In addition, a composite thin film of PbSe nanocrystal embedded in a ZnSe matrix is capable of exhibiting quantum size effects because of the relatively large exciton Bohr radius of 46 nm in PbSe [12] and the relatively larger band gap difference between ZnSe (2.67 eV) [13] and PbSe (0.27 eV) [14].
In addition, a composite thin film of PbSe nanocrystal embedded in ZnSe matrix is capable of exhibiting the quantum size effect because of the relatively large exciton Bohr radius of 46 nm in PbSe [13] and the relatively wide band gap of 2.67 eV in ZnSe [14].
The QTF matrix is capable of perfectly modeling the independent case.
Moreover, tissue engineering experiments suggest that a decellularized matrix is capable of dictating exogenous stem cell fate [ 92], which highlights the importance of integrin-mediated stem cell-ECM communication in controlling stem cell behavior.
Our study demonstrates that very small increases in myocardial ecSOD (~4 U/mg protein) that is distributed through the cytoplasm in addition to the extracellular matrix is capable of conferring protection against ischemic injury.
