Data collected in SMARTs can be used to efficiently estimate and evaluate DTRs.
BAC recombineering [ 24, 25], a BAC mutagenensis method which uses lambda-mediated homologous recombination in Escherichia coli, can be used to efficiently generate extensive mutations in any targeted allele but is an in vivo system requiring special E. coli strains and is a two step procedure that necessitates that the targeted allele be substituted and then replaced with the desired mutation.
We present improvements to the three-dimensional (3D) quasi-static particle-in-cell (PIC) algorithm, which is used to efficiently model short-pulse laser and particle beam plasma interactions.
The silent point mutations in PAMs no. 1 and no. 2 were 29 bp apart, which agrees with my observation that a 60mer with 29 bp of homology can be used to efficiently knock-in point mutations.
In contrast, HR, in which the sister chromatid is used to efficiently repair DSBs, occurs during the post-replication stage.
The expressions derived in the previous section are used to efficiently compute numerical values of OP for any practical value of average SNR over internode and uplink channel, correlation coefficient and network dimension.
The system and methods developed in this work can be used to efficiently charge a range of battery electric vehicles by adapting the PV system output to the battery charging voltage.
The function in CGPredictor can also be used to efficiently test the extracted predictor's significance with the same default of 1,000 iterations (see Table 4).
The simulation results indicate that networks constructed in this way may be used to efficiently test disease transmission scenarios on the UK cattle industry, avoiding the need to develop dynamic network models.
In conclusion, biodegradable LPCL can be used to efficiently expand a variety of MSC lines in stirred scalable reactors in a cost-effective manner while maintaining surface markers expression, differentiation capability and high levels of cytokine secretion.
