Observations during the experiments found that as soon as the upstream lake level reached the tip of the encased pebbles, seepage forces converged into the pebbles and any other hydraulically weak zone, leading to erosion of soil particles along the developing conduit.
Much work has been focused on developing nerve conduits to improve peripheral nerve repair outcomes.
Conduits develop along fractures or other places, where the aquifer is susceptible to solution, and it is believed that these conduits were developed through the shale content or the veins of shale by dissolution and we believe that those conduits are occurred at the aquifer under study because of occurring of shale content.
In summary, functional conduits develop in T-cell rich areas of T-cell riche tightly areasiated with TRCs, the likely profucers of TLTse ECM molecules.
Where there is faulting, fracture density and the opportunity for conduits to develop through solution processes increase.
A method to fabricate porous, biodegradable conduits using a combined injection molding, thermally induced phase transition technique was developed which produced conduits with dimensionally toleranced, longitudinally aligned channels.
For monitoring the eruptions of this volcano and forecasting its future activity, it is necessary to investigate the geometry, location, and properties of the conduit and develop techniques for monitoring anomalous changes using observational data from V-net.
The Watanabe breed develops spontaneous atherosclerosis [ 123, 124], but other breeds develop atheromatous lesions in conduit arteries after feeding with high cholesterol diets [ 112, 113, 125, 126].
Many of the hopes for achieving clinical benefits of genomic medicine will hinge on the ability to develop an efficient specimen conduit from clinic to laboratory.
To improve axonal regeneration of injured peripheral nerves, we have developed collagen nerve conduits (NC) releasing glial cell line-derived neurotrophic factor (GDNF) alone or in combination with nerve growth factor (NGF), which exert synergistic action on axonal growth.
