Sentence examples for encapsulation has been from inspiring English sources

This reduced toxicity owing to liposomal encapsulation has been noted with other liposome-encapsulated cytotoxic agents such as Daunoxome® or Caelyx/Doxil® (Ranson et al, 1997; Fossa et al, 1998).

The potential for the use of non-borosilicate sintered glass composites for TRISO particle encapsulation has been confirmed, although further refinements are required.

Liposomes bearing cell-specific recognition ligands on their surfaces have been widely considered as drug carriers in therapy [18, 19], and liposome encapsulation has been assayed for the targeted delivery of compounds against murine malaria [20 22].

Its feasibility of cell and particle encapsulation has been confirmed by capturing a single Arabidopsis thaliana protoplast as well as polystyrene microparticles successfully using this method without complex control.

Encapsulation has been shown to be very important in other engineering disciplines [5], [6], [7].

In its development as an engineering field, synthetic biology is at a stage where encapsulation has been identified as a fundamental challenge [1], [2], [3], [4].

The different types of molecules applied in encapsulation have been discussed.

In the Pd/CeO2 catalysts investigated, evidences of phenomena of large interest to understand the catalytic behaviour like Pd Ce alloying or Pd nanoparticle encapsulation have been evidenced by measurements of Pd lattice parameters performed using the new method on catalyst reduced at high temperatures (>773 K).

While mechanical cues combined with ex-vivo cell encapsulation have been shown to have an effect in the regeneration of less demanding in-vivo models, such as cranial defects of nude rats, they are not sufficient for a SDF-1α mediated in-situ regeneration approach in segmental femoral defects of immunocompetent rats, suggesting that additional osteogenic cues may also be required.

Metal bio-precipitation (in form of metal sulfides and metal phosphates) using sulfate-reducing bacteria (SRB), phytase and phosphatase enzymes, biosorption using sugar-beet pulp, algal biomass and alginate- or chitosan-based composites (immobilizing polyethyleneimine derivatives by encapsulation) have been extensively studied using synthetic and industrial effluents.

4 More recently, hydrogel platforms that permit the introduction of biochemical epitopes at any point in time and space to affect cell function dynamically after encapsulation have been developed.