Sentence examples for channel capable from inspiring English sources

We report that members of the mammalian cell entry (MCE) protein family form hexameric assemblies with a central channel capable of mediating lipid transport.

This research describes the design and performance of a microfluidic observation channel capable of performing flow cytometry measurements using solid-state lasers and PIN-based photodetectors.

The pair also need to be more effective at getting programmes onto other platforms and at leveraging ITV1 more forcefully as a flagship brand that, along with the BBC, is the only TV channel capable of creating a national conversation.

But for all the talk about Channel 4's unique public role as a sort of broadcasting bad boy which makes programmes no one else will show, it is ITV that has traditionally provided a point of difference as the only mass-market entertainment channel capable of competing with BBC1.

To be specific, this is a type of network converting timing channel, capable of breaking anonymity by tracing the path of the network flow.

A new type of optical fiber – a channel capable of transporting light – developed by MIT and Harvard Medical School researchers could make it far easier to detect the onset of disease early, or track the progress of healing and treatment.

In addition, if you want to perform any tasks that require a multi-channel sound card, such as playing auditory cues when you open or close an Emacs buffer, you must make sure that your sound card is multi-channel capable.

The outer mitochondrial membrane is freely permeable to small molecules and contains special channels capable of transporting large molecules.

The dissertation's meta-subjects are mediation, classification, and patronage in the presentation of music via distribution channels capable of reaching widespread audiences.

Advances in optical WDM technology have paved the way for high-capacity wavelength channels capable of carrying information at Gb/s rates.

Our findings indicate that fiber drawing provides a scalable and versatile strategy for producing nerve guidance channels capable of controlling direction and accelerating the rate of axonal growth.