The basiconic, trichoid and coeloconic sensilla constitute a complex reception system, with each type of sensilla presenting its own characteristics according to its structure, the type of olfactory receptors expressed in its ORNs and the odorant type that it is able to detect.
First, it is able to detect the five most prevalent carbapenemases, whereas previously published real-time PCRs for detection of carbapenemases were designed to detect either exclusively KPC, or exclusively NDM, or a combination of GES, IMI/NMC, KPC, OXA-48 and SME [ 11- 14].
It is able to detect the change in someone's status (single, married, engaged, etc) even if the person never mentioned it explicitly.
And one study of the canine snout found that it is able to detect scents at concentrations as low as five hundred parts per trillion.
The car can follow narrower lines, but it can steer more precisely if it is able to detect the line with two sensors at once.
It is able to detect an AM signal with modulation depth of a mere 4%, which is better than recent similar systems in the field.
It is able to detect on-line coincident events and to achieve charge (with a precision of 0.6 pC) and time measurements (with a precision of 100 ps).
Also, it is able to detect a moving target accurately when it comes to strong-clutter environment and long-range detection providing evidence for its robustness.
It is able to detect changes in ADCC biological activity for heat-stressed rituximab and trastuzumab, demonstrating that it possesses proper stability-indicting property.
Through motion sensers, a speaker and a microphone, it is able to detect motion, listen, and even speak, with the help of Cleverscript speech technology.
The BVI method is proposed as a complementary noninvasive PAT tool and it is shown that it is able to detect the boundaries of the metastable zone with comparable or better performance than the FBRM and UV/vis probes.
