The phrase "a highly precise and" is correct and usable in written English.
It can be used when describing something that is very accurate or exact, often in a technical or scientific context.
Example: "The researchers developed a highly precise and reliable method for measuring the chemical composition of the samples."
Alternatives: "an extremely accurate and" or "a very exact and".
The present UPLC-PAD-MS detection proved to be a highly precise and accurate method for quantitative analysis of active components in RFH obtained from different regions.
Isoprostanes were quantified in skeletal muscle tissue utilizing a highly precise and accurate method employing stable isotope dilution mass spectrometry as described previously [42].
Stereotactic radiotherapy (SRT) is a highly precise and conformal RT technique for treatment of small targets by use of a high number of treatment beams.
Future inner ear surgery will require a highly precise and most atraumatic surgical approach to the human cochlea with the organ of hearing.
The combined use of imaging modalities, such as MSI and fluorescent microscopy and histology/immunohistochemistry (IHC) [ 146] allows metabolic and pathological evaluations of the tissue sections in a highly precise and reliable way.
As transcript variant 1 was difficult to detect through standard qRT-PCR, we assessed its expression using a highly precise and absolute nucleic acid quantification technique, termed droplet digital PCR (ddPCR) [ 25].
The food is then cooked in a circulating water bath at a highly precise temperature — and this precision is what chefs love.
Notice also that the testbed is equipped with a highly precise time and frequency synchronization system based on Global Positioning System (GPS -disciplined rubidium oscillators and a custom-made synchronization unit [14].
It is therefore necessary to perform a highly precise, individualized and localized evaluation of those muscular structures which are most commonly employed when playing volleyball.
In this paper we describe an attempt to apply real-time kinematic GPS (RTK-GPS), a highly precise positioning system, and steer-by-wire body technology, which has advanced greatly in recent years, to automatic driving.
In Figure 4A, cells that were kept dividing in log-phase for 9 hr, then shifted to no-glucose for an additional 18 hr, show severely slowed divisions after the shift, and a highly precise correspondence of the numbers of spontaneous DSB foci with numbers of cell divisions at all division rates.
