The phrase "allowed us to precisely" is correct and usable in written English.
It can be used when discussing the ability to achieve accuracy or exactness in a particular context or task.
Example: "The new software allowed us to precisely measure the performance metrics of our system."
Alternatives: "enabled us to accurately" or "permitted us to exactly".
The RNA-Seq protocol used here allowed us to precisely predict the 5′ ends of RNAs.
The loss-of-function genome scan approach we used here allowed us to precisely map a high frequency loss-of-function allele to the exclusion of nearby indirect associations.
The use of thermal stimuli allowed us to precisely control levels of nociceptive input and differentiate this input based on fiber type.
The injection of lentiviral vectors coding for GFP allowed us to precisely delineate the area that was infected using fluorescence detection [i.e. expressing mHtt or wild-type Htt (wt-Htt)] on frozen sections (Fig. 4).
The enumeration of adherent bacteria using a large number (n > 10) of SEM micrographs allowed us to precisely quantify the bacterial adhesion in a time-resolved fashion (Fig. 6).
Our use of multiple analytical techniques (e.g., HPLC, ESI/MS/MS, HPLC, NMR) allowed us to precisely resolve complicated bile salt profiles.
Although the cytoplasmic staining may represent newly synthesized CD109 protein and/or CD109 protein that has undergone internalization, the method used does not allow us to precisely define the localization of CD109 in these cells.
Inspired by this and Peres' proposal, here we present an experiment using relativistic particles, that allows us to precisely search for the phase non-commutativity predicted by relativistic QQM.
The clear formulation of the problem and performance measures allow us to precisely analyze and compare existing DR-planners that use two well-known types of decomposition methods: SR (constraint shape recognition) and MM (generalized maximum matching) on constraint graphs.
This allow us to precisely monitor and modulate H2O2 levels inside compartments and sub-compartments of the living cells, in a cell- and tissue-specific way.
