Sentence examples for substrates to better from inspiring English sources

Recently, cell-derived ECMs have emerged as in vitro cell culture substrates to better recapitulate the native stem-cell microenvironment outside the body.

The results indicate that coumarin and catechol moieties have enhanced the biodegradation of MWCNTs compared to oxidized nanotubes, likely due to the capacity of these substrates to better interact with and activate HRP.

We are currently investigating the identities of additional SCFFbxl18 substrates to better interpret its role in apoptosis.

A group of other arylalkylamines was evaluated as AANATA amino donor substrates to better understand the general structural features that affect binding and catalysis (Table 3).

These cells were grown on a type-1 collagen substrate (to better mimic their in vivo environments).

In the present study, soil was used as the substrate to better mimic field conditions and to allow the maintenance of all root apex components and root architecture.

These fibroblasts, as well as fibroblasts from diseased DC cords and control carpal tunnel fibroblasts, were cultivated in cell culture on a type-1 collagen substrate to better approximate the in vivo collagen-enriched environment that these cells experience.

However, as commercial substrates generally contain additives (luciferase inhibitors, lysing components, ATP) to enhance and stabilize the bioluminescent signal, a homemade d-luciferin solution was developed as an alternative substrate to better reflect the viability of the gametocytes in drug screening assays, avoiding artifactual BL emission in the treated cells.

For this approach, AZ5214 type of photoresist was used, spin coated at 5,000 to 7,000 rpm, and baked at 60°C for 30 to 40 min, under continuous pressure between the two similar substrates, to assure better adhesion.

In fact, surface treatment and surface roughness improvement of the substrates lead to better and faster interaction between the cells and matrix and facilitate cellular exchange of nutrients, waste products and respiratory gases.

More recently, Thangaraj et al. [ 187] have described an explant culture system, without any substrate, able to better evaluate the development of photoreceptors and outer segments in vitro.