The phrase "advanced analytical technology" is correct and usable in written English.
You can use it when discussing sophisticated tools or methods used for analysis in various fields such as data science, engineering, or research.
Example: "The company has invested heavily in advanced analytical technology to improve its data processing capabilities."
Alternatives: "sophisticated analysis tools" or "cutting-edge analytical methods."
The major challenges in predicting and assessing the adverse effects of GM foods include the imbalances between highly advanced analytical technologies and limited abilities to interpret the results and the correlation between health effects and the consumption of GM foods.
This method now has integrated advanced analytical technologies, such as comparative effectiveness research (CER), 13 14 patient important outcome (PIO), 15 patient report outcome (PRO), 16 17 minimal clinically important differences (MCID) 18 19 and correspondence analysis (CA), 20 and is adopted in this study.
Tremendous achievements have been accomplished regarding quality of the analytical phase as a result of entry of automations, advanced analytical techniques and sophisticated information technology, improvement in training and qualification of testing personnel, and establishment of effective external quality assessment schemes [ 1, 2].
Therefore, advanced analytical methodologies are in high demand.
All this had been made possible by the arrival of networked, high-resolution security cameras and rapidly advancing analytical capabilities.
The advances in analytical technology have led to discovery of many new active constituents and an ever-increasing list of putatively active constituents.
Recent advances in analytical technology have revealed that an abundance of mRNAs and small RNAs exist in the phloem sap [4], [5] and some RNAs are transported over long distances through the sieve tube to function at sites where they are required [4], [5], and some of the data have been obtained through grafting experiments [6].
Advances in analytical technology have led to increasing interest in the scientific examination of precious artefacts and antiquities.
In the 1960s, advances in analytical technology permitted chemical analysis of mercury species in environmental samples, resulting in the discovery of methylmercury biomagnification in the food chain and identification of environmental methylation of inorganic mercury in waterways.
It is feasible because of recent advances in analytical technology and molecular biology, and it is an example of how different agencies can work together to better fulfill their respective missions.
