The phrase "adhere to substrate" is correct and usable in written English.
It can be used in contexts related to biology, chemistry, or materials science, where it refers to the ability of a substance to stick or bond to a surface.
Example: "The adhesive must be strong enough to ensure that the material will adhere to the substrate without peeling off."
Alternatives: "stick to the surface" or "bond to the substrate".
These two-receptor targeted particles, at given ratios of sLeX/aICAM-1, firmly adhere to substrate surface in flow only when both targeting ligands can interact with their respective receptors, mimicking the multi-step in vivo leukocyte adhesion in inflammation.
This anomaly may be explained by the fact that our model only incorporates the biomechanical behavior of the cell, whereas there is some signaling pathway that stimulates the growth factors when cells adhere to substrate.
To detect changes in the ability of cells to adhere to substrate, 1×104 cells were seeded into each well of collagen IV-coated or fibronectin-coated 24-well culture dishes (BioCoat Collagen IV Cellware, BD Biosciences, Bedford, MA) 60 min, then washed with PBS to remove non-adherent cells as indicated by the manufacturer.
Our results suggests that in MDA cells transfected with the GAP domain, the absence of active RhoA GTPase promoted loss of the FA and hence in their ability to adhere to substrate as it was observed in response to GnRHa.
The 3FPT module consists of three plates; the front cover, cells adhered to substrate and the back cover.
As exemplified by Fig. 5, we were able to distinguish individual S. aureus bacteria shown to be adhered to substrate under the microscopy; a SERS signal was directly acquired from one of them at a time (arrow, Fig. 5A, inset).
The balance of forces on actin filaments controls the overall shape of the cell and its ability to adhere to substrates and neighboring cells.
Rather than having simple fluid friction, cells specifically adhere to substrates via non-permanent adhesions.
Pili are protein structures that extend from the surface of bacterial cells to allow the bacteria to adhere to substrates [ 47].
The surface secretion may help in capturing food, adhering to substrates, cleaning away settling debris, or providing support and protection.
Radial deformation of carbon nanotubes (CNTs) adhered to substrates can strongly influence their physical properties and the performance of CNT-based nanodevices.
