The phrase "as a potential conduit" is correct and usable in written English.
It can be used when discussing something that may serve as a means of transmission or connection between two entities or ideas.
Example: "The new software could function as a potential conduit for data sharing between departments."
Alternatives: "as a possible channel" or "as a likely medium".
"Wyclef talked about bringing the American dream to Haiti, and those who supported him saw him as a potential conduit and communicator between the two countries.
Shyam Saran, formerly India's top diplomat, notes that many Indian businesses are chiefly interested in Britain as a potential conduit to Europe.
When the cell is additionally confronted with hypoxia, mycobacteria adapt further by switching to hydrogenases as a potential conduit for disposing of electrons in the absence of exogenous electron acceptors, and unique electron carriers (ferredoxins) that are more akin to those employed by anaerobic bacteria.
Phosphatidic acid, which represents the essential precursor in the synthesis of all glycerophospholipids [ 35] (see also Fig. 4B), also physically interacts with FHV protein A [ 14] and could serve as a potential conduit for regulation.
Microsoft fans have a new toy, and the company has a potential conduit for its apps on the Android platform.
A potential conduit for such interactions to alter disease risk is via epigenetic modification, defined as "the structural adaptation of chromosomal regions so as to register, signal or perpetuate altered activity states" [ 2].
Boeing sees the platform as a potential communication conduit between underwater vehicles and aircraft, ships or satellites.
In this study, a poly(lactic acid) (PLLA) porous film with longitudinal surface micropatterns was fabricated by a dry phase inversion technique to be used as potential conduit material for peripheral nerve regeneration applications.
Overall, this unique strategy can potentially be extended for individually programmed delivery of multiple growth factors through the use of PA microparticle cocktails and can further be investigated for in vivo performance as potential conduit material for peripheral nerve regeneration applications.
A backward stepwise regression model was also developed in order to identify which diastolic function variables, as measured within the study, besides age and BMI, predicted DD grading in our patients' population, with conduit, as a potential predictor, forced into the model.
The use of tissue engineering methods has been proposed as a potential means of creating improved vascular conduits.
