Sentence examples for delivery stability from inspiring English sources

We compared predicted results with previously published measures and evaluated strategies to maximize oxygen delivery stability over time.Predicted values correlated well with published hypopharyngeal measurements (r =.97) and were unbiased, accurate predictors of FiO2.

The results suggest that microencapsulation of fish oil is beneficial for its delivery, stability and bioavailability in the course of oral administration and N-lauroyl chitosan is a suitable shell material.

For efficient comparison, the cluster level-k chosen in this architecture is 3. Compared to LEACH, SEP and DEEC, the proposed cluster architecture is remarkable in message delivery, stability and network lifetime.

First, they fail to predict the in vivo delivery, stability and specificity of these molecules within the human body.

The design of new metal-based drugs is often challenged by physio-chemical properties such as insufficient solubility or hydrolytic instability making it problematic to control their delivery, stability and ultimately their specific effects in vivo.

The slow progress stems from the general technical challenges with RNAi-based therapeutics including delivery, stability and avoidance of activating immune responses.

In 5 additional mice, delivery and stability of PTAX was measured after a single injection and the blood concentration and stability of the conjugate (p97-PTAX) was measured at different time points (0.25, 0.50, 1, 1.5, 2, 6 and 12 hrs; refer to Table 1) based on the free amount of PTAX present in serum.

Despite several remaining issues related to delivery, RNA stability, side effects, and toxicity, the field is moving quickly towards future biotechnological and health applications.

Successful application of antisense oligonucleotides (ODNs) in cell biology and therapy will depend on the ease of design, efficiency of (intra cellular delivery, ODN stability, and target specificity.

Here, key challenges include target identification, mapping the needs and target population, the development and harmonisation of predictive read-out systems and surrogate markers for protection, and improving antigen immunogenicity, delivery and stability.

DNA vaccines offer several advantages, including the ability to express diverse antigens, tolerability in various hosts, ease of delivery, and stability for storage and distribution without the necessity of maintaining a cold chain; they have been shown to be safe and efficacious in a variety of animal models [2], [4], [12], [22], [48].