Sentence examples for task channel from inspiring English sources

Andres-Enguix et al. (2009) cloned a TASK channel from the mollusc Lymnaea stagnalis and discovered that it was preferentially activated by -isoflurane; this was also observed in mice (Harris et al., 1992) and rats (Lysko et al., 1994).

A fingerprint scan analysis of the predicted proteins identified 2/2 motifs that define the KCNK sub-family of two-pore channels, and 3/3 motifs defining the 5 members of the TASK channel sub-family (KCNK3, KCNK5, KCNK6, KCNK15, and KCNK17) in lizard, chicken, and finch.

TASK channels belong to the family of K+ channels with 4 transmembrane segments and 2 pore domains (4TM/2P) per subunit.

Wangkuai is preparing for what officials call a "major political task"—channelling its water to Beijing, to help boost the city's severely depleted supplies.On September 28th, after more than four years' work on a 307km-long (191-mile) waterway costing more than $2 billion, Beijing began receiving its top-up.

For the predominant task, channels with a medium best frequency are better than low and high channels.

For example sevoflurane also acts as a GABA-A agonist, but unlike propofol, it probably also acts at other receptors, such as TREK and TASK channels [42].

We conclude that ENSTGUG00000013021 is likely a duplication of KCNK16 with TASK channel-like features, which was likely first duplicated in frogs and then lost in the clade containing the supraprimates (i.e. rodents, primates, and their allies).

TASK channels are directly inhibited by anandamide and some synthetic cannabinoides.

According to the data of Meuth and coworkers (2008) TASK channels may account for up to 40% of the outward K+ current in human T cells; their inhibition caused a significant decrease in production of cytokines and cells proliferation [ 195].

It is shown, with the aid of a representative set of simulation results, that the proposed methodologies are capable of leading to significant performance improvements in the context of relevant information processing tasks – channel equalization and chaotic time series prediction – particularly when the input data suits well a cluster-based profile.

Our data, therefore, strongly suggest that a cycle of protonation/deprotonation of pHo-sensing arginine 224 side chain gates the TASK-2 channel by electrostatically tuning the conformational stability of its selectivity filter.