We concomitantly used a novel method, "holding the cervix", with the Balloon to prevent Balloon prolapse and achieve hemostasis.
This method holds the promise of creating a textile composite FE model with an improved accuracy without compromising computational efficiency.
Besides, the influence of telomere-binding ligands on the telomerase activity demonstrated that the proposed method holds the potential to evaluate the inhibition efficiency of telomerase inhibitors.
Numerical simulations show that with a proper setting of control parameters the method holds the favorable aspects including the capability of chaotifying across a large range of parametric domain, the advantage of using small control and the flexibility of designing control feedback forms.
Compared to the wet method, the dry method holds the following advantages: (1) Damage to the sensor surface and alterations to constituent material properties are negligible especially in the technique based on HWCVD due to low temperature requirement, and (2) unlike typical wet grafting methods, the use of strong chemical is avoided, thereby resulting in unaltered surface properties.
These values are consistent with the power to detect a DE gene: the MRN method holds the best power value (about 83%) and the FPKM method holds the worst one (about 48%).
This method holds the advantages of both rats roaming free and the use of an automated system; however, the ability to distinguish between different behaviors is limited.
Therefore we conclude that our new method holds the potential as a useful supplementary tool for the future studies in enzyme function.
This method holds the key advantage of only involving a single and relatively rapid radiochemical step, thereby minimizing the amount of radiochemistry needed for the creation of the bioconjugates while simultaneously maximizing specific activities.
In general, the GCPV method holds the potential to play a role not only in genome annotation but also in testing hypotheses for roles of previously uncharacterized genes in metabolic pathways, protein-protein interactions and general biological processes.
