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The wettability of the solid surface is a very important property, and it can be regulated by surface free energy and surface structure [11 15].
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We find that, under geometrical constraints, pre-EVL flattening is regulated by surface cell number changes following differentially oriented cell divisions.
At the macroscopic level, cell and tissue shapes are regulated by surface tension-like properties (Box 1) [18–23].
Recent experiments show that, however, the morphology of graphene can be regulated by the surface of an underlying substrate [15 19].
These rGEP-triggered activations are expected to be regulated by cell surface receptors.
Interestingly, this GSH content can be regulated by changing the BFO surface current to control the adsorption-desorption reaction.
We investigated whether the adhesion and post-expansion re-differentiation of human chondrocytes could be regulated by controlled changes in substrate surface chemistry and composition in S+ and SF media following gas plasma (GP) treatment.
The impact of surface charge on cellular uptake and in vitro cytotoxicity of mesoporous silica nanoparticles in human mesenchymal stem cells (hMSCs) has been evaluated; wherein, it was revealed that the mesoporous silica nanoparticles uptake by hMSCs can be regulated by a threshold of positive surface charge.
Several days after the salinity/osmotic stress, the whole-root water conductance can also be regulated by increasing the total root surface area via changes in the root morphology because the whole-root water conductance is the product of L pr by the total root surface area.
Surface wettability is believed to be regulated by both the chemical composition and the surface geometric structure.
Mechanism study indicated that the polymerization of dopamine onto PADM surface could be regulated by controlling the amount of hydrogen bonds forming between phenol hydroxyl (COH) and nitrogen atom (NCO) within collagen fibers of PADM.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com