α-Dystroglycan is a highly glycosylated peripheral protein forming a complex with the membrane-spanning β-dystroglycan and establishing a connection between the extracellular matrix and the cytoskeleton.
Peripheral and integral membrane components of the DGC provide a physical connection between the extracellular matrix and the intracellular actin cytoskeleton (3, 6– 10).
According to Fig. 11, with the addition of nanotubes, the fiber pull-out force will be increased by about 1 % which indicates that with the addition of nanotubes, the connection between the fibers and the matrix will become stronger and it can result in the RVE strength.
To this end, a connection between the real-valued matrix-based and the HOSVD-based subspace estimate via a similar Kronecker structured projection has been revealed.
For continuous-time systems, the LFT (linear fractional transformation) structure in the connection between the parametric faults and the matrix transfer function (also known as the fault signature matrix) applied for AFD is not directly preserved for sampled-data system.
Although we do not yet have a definitive answer to this question, we suggest that there may be promising connections between these matrices and other structured matrices that have been studied in the CS literature.
Given the central importance of dystrophin in maintaining the connection between the cytoskeleton and the extracellular matrix, a proteomic approach to understanding the disease, perhaps investigating the changes induced in the DAP complex, would be expected to be highly profitable.
Then, by consideration no connection between block matrix and boundary conditions, solved flow equations and determined pressure as a function of time and location (Kazemi 1969).
As a cell adhesion molecule dystroglycan performs two basic functions: as a physical connection between extracellular matrix and cytoskeleton, and as a transducer of signals from outside to inside, so called 'outside in signalling' (see below).
For example, there is known to be a close connection between the spectral decomposition of the migration matrix and that of the genetic covariance matrix [5].
