Sentence examples for modifications allowing for from inspiring English sources

It is shown by design calculations that the necessity exists for certain modifications, allowing for better reliability of measurements of system time characteristics.

Here, we aimed to identify sequence-based modifications allowing for the design of bifunctional siRNAs with both proinflammatory and specific silencing activities, and with potentially increased therapeutic benefits.

Within these compartments, chromatin is believed to be organized into functional domains whose chromatin structures are marked by differential epigenetic modifications allowing for the proper regulation of gene expression [3].

In general, TAMs display an M2 phenotype, which has pro-tumoral functions, such as promoting stromal modifications allowing for tumor cell survival, proliferation, and spread.

There are already several strategies for enhancing the kinetic signature of two cytosine modifications allowing for direct detection of 5mC and 5hmC in a single sample using SMRT sequencing.

Emerging strategies targeting site-specific protein modifications allow for unprecedented selectivity, fast kinetics and mild reaction conditions with high yield.

The performance of the technique, following the phases described by the authors and its modifications, allows for restoration of the knee range of motion.

The performance of the technique, following the authors' described steps and making the subsequent modifications, allowed for partial knee mobility restoration, which significantly improved the patients' functional status.

Such cumulative modifications allow for what Tomasello calls a "ratchet effect": a "cycle in which an improvement is made, becomes standard for the group, and then becomes a basis for further innovation".

Advances in the ability to quantitate differences between samples and to detect for an array of post-translational modifications allow for the discovery of classes of protein biomarkers that were previously unassailable.

Moreover, metallic particles such as AuNPs are well-established to be biologically inert and easily amendable to functional modification, allowing for the conjugation of biomolecules such as antibodies, proteins and oligonucleotides [49].