Sentence examples for matrices are mainly from inspiring English sources

Extracellular matrices are mainly composed of a mixture of different biopolymers and therefore the use of two or more building blocks for the development of tissue-mimicking hydrogels is nowadays an attractive strategy in tissue-engineering.

The experimental results demonstrate that α island structures in β matrix are mainly observed under the 6.3 mT and 10.3 mT upward TMF, and the number of α island phase increases with increasing magnetic field intensity.

Proteins shared between the plasma membrane, endosomes and lysosomes, and those shared between lysosomes and the extracellular matrix are mainly involved in immune response and phagocytosis, which are related to the endocytic trafficking pathway (46, 47).

The inverse and multiplication operations for the matrix were mainly considered because they are computationally intensive.

The insoluble matrix is mainly constituted by protein (casein) and the NaCl present in dissolution form is consequence of salting operation.

Cuticle stiffness can be attributed to polysaccharides and flavonoids present in the cuticle whereas a cutin matrix is mainly responsible for its extensibility.

Drug release from the mini-matrices was mainly diffusion controlled, but swelling played an important role to obtain complete drug release within 24 h.

The matrix is mainly sp3 bonded, with about 20 30% sp2 material, and contains 10% hydrogen in the form of sp3 CHx units.

Where the matrix was mainly composed of forest fragments and the human intervention period was shorter, land use types were more similar to one another as they were grouped into fewer successional stages.

The good retention of zinc by the cement matrix was mainly attributed to the precipitation of a hydrated and well crystallized phase with platelet morphology (which may belong to the layered double hydroxide family) at early age (≤1 day), and to chemisorption onto aluminum hydroxide at later age.

Bone matrix is mainly composed of type I collagen, while type II collagen is the main collagen in articular cartilage.