Sentence examples for more efficient tissue from inspiring English sources

However, their large size is considered a major factor preventing them from having a more efficient tissue penetration.

Insights into the molecular origins of cartilage lubrication could lead to more efficient tissue repair and to longer-lasting prostheses for hip and knee joints.

Overall, the CBrhTE scaffold could synchronously improve all three of the basic components required for cartilage tissue engineering in vitro, which paves the road for designing and building more efficient tissue scaffolds for cartilage repair.

In the presence of tissue-inductive stimuli, in vitro stem cell culture on silk fibroin/hyaluronan scaffolds resulted in more efficient tissue formation when measured by glycosaminoglycan and type-I and type-III collagen gene expression, as compared to plain silk fibroin scaffolds.

Matrix-Lysis was repeated making use of the adapted protocol (this study) to achieve more efficient tissue lysis.

These data demonstrate that appropriate combinations of soluble and biomaterial-mediated regulatory signals in cell-based tissue engineering systems can result in both more efficient and more effective tissue regeneration.

With the aim of developing a more efficient adipose tissue engineering technique based on DAT, in this study, we investigated the in vivo adipogenic potential of a basic fibroblast growth factor (bFGF) delivery system based on heparinized DAT (Hep-DAT).

However, despite accumulating lower concentrations of Na+ in the leaf, Fatmawati was found to have higher levels of shoot senescence (Table 2 and Figure 5).This suggests that IR64 may have more efficient Na+ tissue tolerance mechanisms, such as the ability to accumulate Na+ in the vacuoles of leaf cells (Garbarino and DuPont [1989]; Blumwald et al. [2000]).

To improve ablation speed with infrared laser light, here we investigate effects of synchronous irradiation with Ho YAG and Er:YAG lasers for more efficient hard tissue ablation.

As demonstrated before [ 26], 3D OCT-based imaging and assessment of cartilage in terms of rendering, surface topography, and parametric and multiple cross-sectional views allow for more efficient areal tissue assessment (instead of arbitrary single-plane imaging of single joint sites); yet, local changes may have been missed by the image analysis algorithms used in the present study.

The skeletal muscle of fish fed PP vs MP was characterized by a suppression of processes including immune response, energy and protein metabolism, cell proliferation and apoptosis which may reflect a more energy efficient tissue.