For plotting, values in the diagonal position and negative values are replaced with zero in original kernel structure matrices, since we focused on the cross-sectoral, positive effects on GHG emission increase.
In particular, we considered an alternative matrix source: we focused our attention on a new ECM represented by decellularized Wharton's jelly, in comparison with decellularized cartilage matrix.
We focused on extracellular matrix proteins since these components play an important role in skin regeneration.
In the second iteration, we focused on the matrix around regions of large ΔΔGstat values, and identified a group of 18 positions and 13 perturbations that form a self-consistent cluster (Figure 2A).
We focused on the extracellular matrix and developed a heparin-conjugated gelatin (Hep-gela).
As a case study, we focused on an adjacency matrix obtained by using a multi-regional input output analysis (Kagawa et al. 2015).
In this overview, we focused on bladder acellular matrix preparation techniques and factors that have impact on BAM structure, porosity, and mechanical properties.
Although the linear precoder matrix, Q ̄ can be any full-column rank matrix in general, we focus on a block diagonal structure.
In this paper, we focus on matrix Greub-Rheinboldt inequalities for commutative positive definite Hermitian matrix pairs.
In this paper, we consider symmetric approaches and we focus on Matrix Operation for Randomization and Encryption (MORE) approach to build a new algorithm overcoming the drawbacks of MORE.
