Sentence examples for and subsequently implementing from inspiring English sources
Inaccuracies in calculating this core indicator can have profound implications, including for negotiating donor funding for PMTCT programmes, monitoring progress towards internationally agreed targets, identifying weaknesses in PMTCT programmes, and subsequently implementing necessary interventions to bring about improvements in coverage.
This was achieved by clustering [ 10] validated zebra finch mRNAs and expressed sequence tags, then using chicken protein sequences to search this zebra finch database with Blastx, [ 11] and subsequently implementing T-Coffee [ 12] to generate 3,653 pairwise CDS alignments from the Blastx best-hit pairs (for details see supplementary methods).
The document not only shows the influence of Buddhism of which the prince can be counted as the first major propagator in Japan but also embodies many of the ethical and political doctrines of Confucian government, long since established in China and subsequently implemented in the kingdoms on the Korean peninsula as well.
These alternatives were tested on their likely consequences, and subsequently implemented and monitored.
The theory is developed in continuous time and subsequently implemented in discrete time.
This was developed using Wolfram Mathematica 10 ® and subsequently implemented in C++ and VHDL for ready transfer into FPGA's.
The instrument was also modified to represent the needs of three other Vancouver communities and subsequently implemented.
However, as there were still concerns, a microseismic monitoring program was proposed by MMG geotechnical personnel and subsequently implemented.
A SPL is developed through of a design of an extensible software architecture and subsequently implemented in terms of reusable code assets that address its common and variable features.
Then, the damage finite element (FE) solutions are obtained using linear hexahedral solid elements with spatially graded property distribution (at different Gauss points), and subsequently implemented by a user material subroutine (UMAT) in the ABAQUS FE software.
The knowledge provided by the model could help project stakeholders to better understand the correlation between the design process and waste sources and subsequently implement design practices for low-waste buildings.
