In the present study, the term phycoremediation is used to describe any of these possible modes of interactions (passive uptake and active uptake) between the metal ion and the surface of the cells without distinction.
Interaction data and knowledge objects generated by groups were analyzed through qualitative methods, with a focus on the types of interaction, the uptake of ideas and concepts, and their co-elaboration.
Further studies of the interaction among contextual elements of uptake will also be essential, as we begin to build a theoretical framework not only of the determinants of successful implementation, but also how contextual and domain interactions enhance or inhibit implementation.
A thorough knowledge of all aspects of HA-cell interactions – such as their mode of uptake, cytotoxicity, intracellular trafficking, biostability, inflammatory potential etc. – are therefore of prime importance for understanding natural/pathological processes as well as for safe application of HA vectors in biomedicine.
This difference could be due to different mechanisms of interaction, differential uptake, or differential elimination of the AuNPs.
The increased efficacy of the treatment, observed in the case of Tf-SNALP2, can be explained with a higher interaction and uptake of SNALPs in MM cells, characterized by an overexpression of TfR (see also Figure 1) [ 33, 34].
A better understanding of the mechanisms of rhizosphere interaction, uptake, transport and sequestration of metals in hyperaccumulator plants will lead to designing novel transgenic plants with improved remediation traits.
Table 2 summarizes how interactions among contextual elements produced different effects on levels of uptake, some of which were unexpected.
Here, we have analyzed how the exposed surface of the cells, as well as the environment where cells grow, can influence the interaction and uptake of superparamagnetic iron oxide nanoparticles (SPIONs).
To study the interaction and uptake of neutrophils by DCs in vitro, metacyclic promastigotes prepared from a red fluorescent protein (RFP -expressing stRFP -expressingr (Lm-RFP) were injected into the ear dermistrainYS-eGFP mice.
