The phrase "artificial conduit" is correct and usable in written English.
It can be used in contexts discussing technology, communication, or systems that facilitate the transfer of information or resources in a non-natural way.
Example: "The researchers developed an artificial conduit to enhance data transmission between devices."
Alternatives: "synthetic channel" or "man-made pathway".
It is not necessary that he confine it upon his own land or convey it in an artificial conduit.
The results indicate that the large number of SCs within their own extracellular matrix appeared sufficient to enable neuronal growth across a nerve gap in the absence of an artificial conduit and that these circumstances may have a positive effect on the supplement of growth factors from the surrounding tissues of implanted TEN.
"It must be coming up along some sort of artificial conduit like an oil well pipe," Jefferson said.
The silica gel canal was the earliest artificial conduit [ 38, 39].
Our studies were conducted on cultures of organotypic dorsal root ganglion (DRG) seeded in NVR-Gel [ 32] as a possible hydrogel scaffold for filling artificial conduit [ 2].
Thus, current research is focused on how best to design artificial conduits with improved nerve regeneration potential over longer distances.
Tubulization techniques with natural or artificial conduits are applicable as an alternative for bridging short nerve defects without the morbidities associated with harvesting of autologous nerve grafts.
Six weeks later, the constructs were harvested, implanted into surgically created sciatic nerve gaps in rats without supportive artificial conduits and compared with both an autograft group and a silicone conduit group using SCs.
Combinatorial approaches that take into account these interactions and conduits that utilize supportive factors, such as neurotrophins and stem cells, may be key components of the next generation of artificial conduits.
The aim of the present study was to examine in vitro the stability and the biological effects of βNGF, GDNF, and FGF-2 conjugated covalently to iron oxide nanoparticles, with the prospective to use them in artificial conduits for peripheral nerve reconstruction.
Summarizing from the current animal studies and clinical trials, artificial nerve conduit grafting method is superior to direct suturing and autologous nerve grafting in that conduits can be easily prepared, can be shaped into any size, can be readily available in the surgery, can prevent the functional loss at the donor site, and can promote the axonal regeneration accuracy after nerve injury.
