Sentence examples for be more precisely identified from inspiring English sources
(3) The precision of the recombination breakpoint depends on the local density of the SNPs, the breakpoint could be more precisely identified with higher density of the SNPs in the region.
Are there mutations that discriminate binding of cMyc and SerRS? 3) The shifted bands in the EMSA in Figure 4B should be more precisely identified.
These new data is now added to the manuscript and is part of the new Figure 4. 3) The shifted bands in the EMSA in Figure 4B should be more precisely identified.
Nucleotide sequences within TRP2 elements of the RPS13 promoter which are critical for binding proteins were more precisely identified.
The cells expressing CiADRα2-a were more precisely identified by the distribution of the fluorescent protein driven by the corresponding 5' upstream regulatory sequences.
"In rare cases where you can't speak, you can be more precisely and quickly identified than from a cellphone," he said.
The limited number of mutations in CP-MAC should enable the molecular determinants to be more precisely defined and help to identify the underlying mechanisms responsible for the striking biological and structural alterations exhibited by this virus.
Its role in critically ill patients must be more precisely defined if we are to identify those patients who could benefit from this therapeutic approach.
Since none of the methods appear to provide a solution, which can be easily adapted to the Assembly Oriented Design application, the requirements of any new method are then more precisely identified.
A third reason for grouping earthquakes is to more precisely identify their relative locations within clusters by measuring accurate differential travel times based on CC delay times (e.g., Lin and Shearer2007; Shearer et al.2005).2005
The following reviews in this series will describe how state-of-the-art imaging modalities (magnetic resonance [MR] imaging, magnetic resonance spectroscopy, nuclear imaging, and optical imaging) are being used to more precisely identify human breast tumors and monitor chemotherapeutic response.
