In principle, the approach described here lends itself to similar strategies without the need of genome modifications: this approach is compatible not only with the majority of Gram-positive bacteria that already use sortase enzymes but also with parasites and possibly with viruses.
A proposed modification of this approach discussed by participants includes an additional UF to account for severity of health effects, a modification that is not considered in the current approach.
Here, we present a modification of this approach in order to perform genome-wide analysis of miRNA processing intermediates.
Substantial evidence now requires modification of this approach.
In a recent paper [30] we proposed a modification to this approach where the SQI-scaled innovations are given by.
We describe a minimally invasive modification of this approach including dissection of the vesico-rectal septum and present long-term patient outcome.
A modification of this approach involves "multiple shooting," where several Poincaré sections are put in phase space, and one successively integrates from one to the next and concatenates the results [59, 75].
A slight modification of this approach addresses FDM at the beginning or end of the gene model and enables extension of the sequence upstream or downstream or the original gene model termini (Figure 1, D).
We used a modification of this approach which has been previously used [ 21].
In a modification of this approach, capture antibodies for cytokines were co-immobilized with the MHC peptide complexes.
