"technological sensitivity" is a correct and usable phrase in written English.
You can use it to refer to the ability to use technology effectively or the awareness of social implications of using technology. For example, "The technician demonstrated a high level of technological sensitivity when using the new software."
This may be a question of technological sensitivity and so the application of high-resolution massively parallel sequencing technologies is certainly warranted to clarify such findings.
With the use of this model, technological sensitivity was analyzed to identify key research issues that must be pursued in the future.
Despite this success, these experimental methods are limited in protein identification capabilities by several parameters, for instance, by technological sensitivity and organelle purity, and to major plant tissues and organs.
This could be due to multiple factors, e.g. low levels of protein expression, technological sensitivities, sample processing, probe set definition or anatomical origin of tissue and actual biological differences between transcript and protein abundance.
However, with experience and technological advances, reported sensitivities are greater than 80% for both modalities.
Smart-seq2 contains technological improvements to increase sensitivity, accuracy, and the number of full-length transcripts.
In this section, we describe the estimates of current ASHP performance, and three scenarios used in the analysis of sensitivity to technological development (Sect. 3.1).
Technological improvements provide the sensitivity required to match the high demands on spatial and temporal resolution and to analyze fast and small signal components of the fMRI response.
Furthermore, it supports the reduction of present power consumption in SFQ circuits by using smaller switching energy as well as the development of more complex circuits because of a reduced sensitivity against technological parameter spread.
Roosegaarde calls this intersection of human sensitivity and technological development "techno poetry".
While we do not contend that our MRI methods are immediately translatable to the clinic, we feel that this is a significant technological advancement in the sensitivity of MRI for direct detection of plaques, which points to MRI's potential for aiding in the study, and potentially diagnosis, of this debilitating and life-threatening disease.
