The phrase "allows for uptake" is correct and usable in written English.
It can be used in contexts where you want to indicate that something enables or facilitates the process of absorption or acceptance of information, resources, or substances.
Example: "The new policy allows for uptake of innovative practices within the organization."
Alternatives: "facilitates absorption" or "enables acceptance".
The major consideration for efficacy is that the mitochondria used in transplantation must be viable and intact to allow for uptake, internalization and efficacy.
The cells were incubated for 15 minutes at room temperature, in amber tubes, in the presence of the dyes to allow for uptake of Pr and adequate binding of Annexin V-FITC [18], [41], [42].
Anaerobic conditions were simulated with the iTO977 model by constraining the oxygen uptake rate to zero, but also allowing for uptake of sterols to simulate that these compounds are supplied to the media for anaerobic growth.
Context related aspects needs to be addressed as well in order to foster a setting that allows for sustainable uptake and use of mobile devices.
This close interaction probably creates a micro-environment which allows for the uptake of important nutrients and accumulation of mycoplasmal metabolic end products causing damage to host cell membranes [ 1].
We hypothesize that the HA coating, besides targeting the tumor, also prevents the interaction of the CAHA-sSWCNT formula with plasma proteins, thus increasing circulation time, and consequently the leaky vasculature of the tumor allows for increased uptake of the nanoparticles, which explains the increased therapeutic efficacy of the drug-loaded nanoparticles.
> The network topology of the model allows for repression of uptake of the inferior model by a repressor that directly binds to the specific porins thus disabling them.
In passive targeting, one takes advantage of the higher endocytic uptake of cancer cells and leaky vasculature around tumours which allow for higher uptake of NPs than in healthy tissues (Barreto et al. 2011), while in active targeting, the NPs are functionalised with specific molecules that interact with receptors known to be selectively present in tumour cells (Salvati et al. 2013).
These findings further support the use of gold nanoparticles in detecting inflammation due to the increased permeability of inflamed areas, allowing for higher uptake of the diagnostic agent.
The combination of this technique with the use of a controlled release concept using a poly (l-lactide) scaffold allowed for prolonged uptake in stem cells.
