Sentence examples for matrices and suggested from inspiring English sources

The results are presented as dimensionless matrices and suggested for use in support of decision-making at the design stage, without any advanced fracture mechanics modelling and stochastic simulation.

Accordingly, Wagner et al. [ 43] and van Frankenhuyzen et al. [ 16] found PMA to be ineffective at binding extracellular DNA in sewage sludge matrices and suggested that the turbidity of samples was responsible for this failure.

These observations reveal that the sialylation patterns of both α- and β subunits can distinctly affect the cellular interactions of integrin receptors with extracellular matrices and suggest that sialic acids play a significant role in the initial carbohydrate carbohydrate recognition and binding preceding the integrin-dependent adhesion.

In a paper, we reported that incorporation of diamond into composite coatings could cause microstructural deteriorations (e.g., roughening the coating surface, coarsening the matrix grain and reducing the mechanical retention of diamond grains in the matrix), and suggested that all the impacts were caused by diamond magnetism resulting from metallic inclusions trapped in it.

They found filamentous, tubular structures in the phosphatic matrix and suggested an algal or cyanobacterial origin.

Considered pioneers of acellular matrices, Meezan et al. are valuable scientific figures who proposed simple and versatile techniques for biological matrices decellularization and suggested their usage in regenerative medicine [ 9].

Findings inform understanding of structure-function relationships in cartilage matrix, and suggest several biomechanical roles for compression-induced anisotropic hydraulic permeability in articular cartilage.

Recent evidence however questions the involvement of ACAD9 in the degradation of long-chain fatty acids in the mitochondrial matrix and suggests a role in biogenesis of complex I instead [77].

Herein, we highlight a number of innovative methods used to fabricate biomimetic ES tumors, encompassing both the surrounding cellular milieu and the extracellular matrix (ECM), and suggest potential applications to advance our understanding of ES biology, preclinical drug testing, and personalized medicine.

Our work also provides the first mechanistic cues as to how transglutaminase activity could affect protein secretion and matrix deposition and suggests a highly novel function for plasma membrane FXIIIA in microtubule dynamics.

This may have an impact on the production of alternative isoforms of matrix proteins and suggests a novel mechanism of how TGF-β1 mediates tissue remodeling and disease progression.