Sentence examples for monitor and manipulate from inspiring English sources
But some conspiracy theorists say the government has weaponized the frequencies to monitor and manipulate unsuspecting citizens, Ms. Parlave said.
Here, we review recent technological advances designed to precisely monitor and manipulate neural circuit activity.
More recently, genetic approaches have been used to monitor and manipulate neural activity, opening up new experimental opportunities and challenges.
Wireless sensor networking is a technology that promises unprecedented ability to monitor and manipulate the physical world via a network of densely distributed wireless sensor nodes [1 3].
With this B/S (Browser/server) structure, users can monitor and manipulate the physical setup during and beyond the regular working hours from any web-enabled location.
Not surprisingly, Sententia (2004) presented cognitive liberty as a conceptual update of freedom of thought that "takes into account the power we now have, and increasingly will have to monitor and manipulate cognitive function".
Sophisticated tools for monitoring and manipulating the Ca2+ signal (including Ca2+ buffers) showed, however, the functional importance of highly localized, elementary Ca2+ signaling events (Ca2+ sparks, puffs, and blips).
Arthur D Lander Ideas about stem cells, and how they behave, have been undergoing a lot of change in recent years, thanks to developments in visualizing, monitoring, and manipulating cells and tissues.
These molecular targets and deduced networks may be employed as a guide for classifying, monitoring and manipulating the molecular and immunological specificities of different anti-inflammatory phytocompounds in key immune cell systems and for potential pharmacological application.
However, as we have shown elsewhere (Flood et al. 2013), the responsible neurons can be isolated further by applying methods for restricted targeting and combining them with appropriate techniques for monitoring and manipulating neuronal functions.
This method is convenient for several purposes since: (i) plant growth can be optimized and synchronized; (ii) mineral nutrition can be easily monitored and manipulated; (iii) roots can be observed and harvested without damage; (iv) floral transition can be induced by a single or multiple inductive cycles.
