The phrase "approaches to precisely" is not correct and does not convey a clear meaning in written English.
It may be intended to describe methods or strategies that are aimed at achieving precision, but the construction is awkward and unclear.
Example: "The research outlines various approaches to precisely measuring the impact of climate change on local ecosystems."
Alternatives: "methods for accurately" or "strategies to achieve precision".
Currently, there are few approaches to precisely detect the expression level of the target protein, not to mention the technique for real-time monitoring of the translation level of the recombinant protein.
It is desirable to have model-based, fine-tuned external control approaches to precisely regulate a reverse-engineered target.
While 60∼70% of neurons in the VTA are dopaminergic, the diverse populations of other types of non-DA neurons[17], both excitatory and inhibitory, make it rather difficult for pharmacological approaches to precisely pinpoint the behavioral contributions of the dopamine neuron NMDA receptors on nicotine-induced addiction.
HyperK uses a near detector covering a wide range of angles (NuPRISM approach) to precisely cancel the systematic uncertainties in the neutrino cross section.
We employed a highly quantitative mass spectrometry-based approach to precisely quantify the abundance of each ribosomal protein (RP) as well as a large cohort of ~ 400 ribosome associating proteins (RAPs) belonging to actively translating ribosomes.
This work provides an approach to precisely tune the peak wavelength and the bandwidth of plasmonic absorption of porous Ag/AAO films utilizing fine control of the pore diameters.
While complex genome editing in the mouse since the 1990s has been dominated by the use of embryonic stem (ES) cells, CRISPR/Cas9 now offers a versatile and fast approach to precisely modify virtually any DNA regions directly in mouse zygotes.
With this understanding, we developed a facile approach to precisely control the growth process of the membranes.
This paper presents a quantitative approach to precisely capture the local deformations of wood cellular structure in high-resolution tomographic datasets.
Together, the present work provides a novel statistical approach to precisely and consistently ascertain the colocalization in a series of biological images.
Our results demonstrate that mRNA transfection can be a useful approach to precisely control the protein expression level and short-term expression of reprogramming factors is sufficient to activate pluripotency genes in differentiated cells.
