Sentence examples for input sensing from inspiring English sources

Although we have a relatively complete "parts list" of the proteins that connect input sensing to cell responses, we are only just starting to understand how they work together in specific cellular contexts.

One part is the e-skin for input sensing at a human side, and the other for activating soft robots.

Furthermore, early antigen discrimination is all-or-none (Das et al., 2009), with limited dynamic ranges in both antigen input sensing and response output (Altan-Bonnet and Germain, 2005; Tkach and Altan-Bonnet, 2012; Huang et al., 2013), but long-term signaling can widen the gradation of functional responses.

The daylight photoperiodic input, sensed mainly by intrinsically blue-light-sensitive retinal ganglion cells, is transmitted by their axons to a ventrolateral and largely rostral "core" region of each SCN, where a key neurotransmitter is vasoactive intestinal polypeptide (VIP).

Recent studies indicate that a number of the different K2P2.1 (TREK-1) modulatory inputs sensed on either side of the membrane converge on an extracellular C-type gate (Bagriantsev et al, 2011) that involves the selectivity filter.

This coupling further supports the idea that diverse inputs sensed by different parts of the channel converge on a single gate (Bagriantsev et al, 2011) and suggests that the polymodal gating mechanism of K2P2.1 (TREK-1) has evolved through coupling of various molecular sensors to a common gating apparatus.

Building on this work, we adapted an input or sensing system based on bacterial chemotactic binding proteins and HKs, resulting in a complete eukaryotic signal transduction system.

Engineered biological systems that integrate multi-input sensing, sophisticated information processing, and precisely regulated actuation in living cells could be useful in a variety of applications.

Only a few predictions of the input signals sensed by these systems could be made confidently, and most of these cases involved responses to the binding of small effectors.

In all these cases, small gene circuits compute their output based on the external/internal input signal sensed.

Intuitively, the two parts of input policy, namely, sensing probability and sub-channel symbol distribution (in (mathcal {X})), can be optimized independently.