Under non-humidified conditions, the amphoteric and self-dissociative character of the tethered imidazole within the matrix functions as a transporting medium to facilitate proton conductivity.
For composites, the most efficient methods is dispersing the nano-scale silicon into the carbon matrix, where the carbon matrix functioned as buffer system and electroactive material [11].
As shown by the following example: A ( t ) = ( 0 0 sin t − cos t 0 0 cos t sin t cos t sin t 0 0 − sin t cos t 0 0 ), even for matrix functions as in Proposition A.3, one may have A ( t ) ⊤ A ˙ ( t ) ≠ A ( t ) A ˙ ( t ) ⊤. Nevertheless, one can prove the following fact.
They identified extracellular matrix functions as the most significantly over-represented group in their dataset.
Osteocytes, the major type of bone cells which reside in their lacunar and canalicular system within the bone matrix, function as biomechanosensors and biomechanotransducers of the bone.
Recombinant growth factors, bone morphogenetic proteins (BMPs), demineralized bone matrix (DBM), ceramics and collagen-based matrices function as osteoinductors or osteoconductors are gaining popularity and are being increasingly used in the lumbar spine.
This method allows designers to use any matrix function of the state as the weight matrices in the quadratic cost function.
As prominent constituents of the pericellular matrix, they may be involved in recognized matrix functions such as the modulation of cell adhesion and migration.
We considered complex-valued matrix function differentiation as in [33] to obtain the results.
The Floquet systems are defined with the n × n matrix function A as (x'=A t)x), where the components in matrix A are continuous and periodic function with smallest positive period w, that is, (A(t+w)=A t)) for all ts.
Gene ontology and pathway analysis indicated that many of these genes encoded proteins involved in extracellular matrix function and cytoskeletal remodelling, as well as tubulogenesis.
