The phrase "abundant channels" is correct and usable in written English.
It can be used to describe a situation where there are many available options or pathways, often in the context of communication or distribution.
Example: "In today's digital landscape, there are abundant channels for marketing our products, from social media to email campaigns."
Alternatives: "plentiful avenues" or "numerous pathways".
There are abundant channels in the coating layer from surface to substrate.
The interconnected porous 3D networks of the resulting CNF@Co catalyst provide abundant channels and interfaces, which remarkably favor both mass transfer and oxygen evolution.
In addition, the introduction of CNTs provides abundant channels along CNTs in the composites for both electron and ion transport upon cycling, yielding high discharge capacity.
The excellent lithium storage performance can be attributed to the unique nanoscrolled structure, which provides abundant channels for lithium ions transport, as well as accommodates volume variation during fast lithiation and delithiation.
To confirm the presence of abundant channels, Gβγ-containing vesicles were subsequently fused with the same bilayer membrane and large K+ currents were evoked.
We show that the cooperative feedback improves the accuracy of CSI compared with the orthogonal channel feedback and provides abundant channel resources for data transmission by reducing the use of channel resource for CSI feedback.
Group 1 neurons had, on average, more, shal, IH, and caco than Group 3, and more shab than Group 2. In the two groups where para was measured, it was the most abundant channel transcript.
DOI: http://dx.doi.org/10.7554/eLife.04801.014 VDAC is an abundant channel located on the outer mitochondrial membrane serving as a primary passageway for metabolites and ions (Rapizzi et al., 2002; Bathori et al., 2006; Shoshan-Barmatz et al., 2010).
3) The authors state: "VDAC is an abundant channel located on the outer mitochondrial membrane serving as a primary passageway for metabolites and ions including Ca2+ (Fig.5A) (Rapizzi et al., 2002; 162 Bathori et al., 2006; Shoshan-Barmatz et al., 2010)." The authors fail to point out that it is the closed state of VDAC that favors Ca++ flux.
This heterostructure comprises resultant large electroactive surface area, abundant pore channels, and tuned chemical structures, which provide improved electrocatalytic performance.
This mutation alters an evolutionarily conserved residue in Nav1.6, one of the most abundant sodium channels in the brain.
