Since then diverse classes of short peptides have been invented with broad applications including 3D tissue cell culture, reparative and regenerative medicine, tissue engineering, slow drug release, stabilization of membrane proteins to develop nanobiotechnology and molecular devices.
Animal models indicate that the basement membrane appears to develop normally at first but later defects appear as a result of instability during brain growth and remodelling [ 29- 31].
In this work, homemade asymmetric capillary ceramic membranes were used to develop biocatalytic membranes, which were further used to produce oleuropein aglycone from olive leaves and/or commercial oleuropein.
The main purpose of research in membrane gas separation is to develop membranes with high permeability and selectivity.
Rather, it concerns only the initial stage of internalization, i.e., when membrane deformation begins to develop.
Working under the auspices of generalized shell theory, the membrane is allowed to develop in-plane tensions, transverse tensions, and bending moments determined by the curvature of the resting and deformed shapes.
In contrast, we found that membrane currents failed to develop to maturity with the same temporal sequence in the β2−/−/γ3−/− mice.
It was previously described that increased synthesis of placental alkaline phosphatase (PLAP), which facilitates the transfer of nutrients across the cell membrane to the developing fetus, corresponds to the increased nutritional demand of the fetus during growth.
Moreover, ATG9-positive vesicles cycle between distinct cytoplasmic compartments to deliver membrane to a developing autophagosome or, in yeast, to phagophore assembly sites (PAS) (Young et al., 2006; Sekito et al., 2009; Mari et al., 2010; Nair et al., 2011; Orsi et al., 2012; Yamamoto et al., 2012).
In this study, hydrophobic titanium dioxide (TiO2) nanoparticles functionalized by fluorosilane were incorporated into electrospun membranes using single, coaxial, and dual nozzles to develop novel membrane architectures for improved physico-chemical properties for MD.
Here, a microporous membrane system was used to develop a co-culture model representing the human placental barrier at the end of pregnancy (Fig. 1).
