The phrase "boost sensitivity" is correct and can be used in written English.
It means to increase or improve the ability to detect or perceive things. You can use it in a sentence when talking about enhancing someone's perception or awareness, improving a device's ability to detect signals, or increasing the sensitivity of a scientific instrument. Example: The new technology was designed to boost sensitivity and accurately measure the levels of pollutants in the air.
The new sensor uses large microlenses over each pixel and that's said to reduce noise and boost sensitivity up to ISO 1600.
Just a few yoga classes are enough to boost sensitivity to hearing and seeing, and a regular yoga habit will have you noticing the deafening sound of your own thoughts.
We propose a modified random sampling strategy to boost sensitivity.
The researchers propose that a high-fat diet may boost sensitivity to maternal TCDD exposure by altering estrogen metabolism.
These marks boost sensitivity to testosterone in XY fetuses and lower it in XX fetuses, thereby canalizing sexual development.
The additional information of genes in overlapping pathways should not be ignored, as shown in a study where weighting genes based on their appearance in the gene sets can improve gene set ranking and boost sensitivity of the analysis [ 7].
However, unlike systems that respond at nominally lower f-stop values simply by boosting sensitivity, the E-5 camera's AF sensor features a houndstooth pattern phase detection sensor layout that uses micro-lamination technologies to achieve superior real-world performance.
Even within stretches of a single color, the "sample size" for determining what color a pixel should be is totally distorted by boosted sensitivity, and color accuracy suffers as a result.
Conversely, with the "min FNs" policy an impressive 35% reduction in FNs number has boosted sensitivity to 90%, keeping accuracy almost unaltered at the cost of only a slight decrement in specificity (72%).
Previous research has demonstrated that, in a variety of contexts, hand position can influence visual processing, including enhancing change detection, reducing the effect of distraction, and boosting sensitivity to low-spatial frequency information (e.g., Brockmole et al., 2013; Davoli & Brockmole, 2012; Reed et al., 2006; Tseng & Bridgeman, 2011).
Using the Drosophila model, we demonstrated that heterozygous mutation of dOpa1 resulted in a shortened lifespan, enhanced production of ROS and boosted sensitivity to oxidative stress.
