A combined method involving low shear stress and a high-fat diet was used to establish the atherosclerosis model in rats.
Key innovation is the efficient solution of a generalized Lyapunov equation using an iterative method involving low-rank approximations.
Transcranial Direct Current Stimulation (tDCS) is a promising method involving low-cost equipment that is easy to administer and offers good patient tolerance with minimum adverse effects [ 15]. tDCS has been used in combination with physical therapy to potentiate neuroplastic changes [ 13].
Our method, however, involves low dimensional projections of kernelized observations, which has been shown to be approximately Gaussian.
The method involves delivering low direct current (DC) through a pair of electrodes: one stimulation electrode is placed over the region of interest, and the other reference electrode is placed over the head or shoulder on the opposite side of the body.
The method involves a low-expertise and scalable dip coating process and does not require additional surface modification or external stimulus.
In this report, a method is described for covalent immobilization of dextran to material surfaces which involves low residual toxicity reagents in mild aqueous reaction conditions.
Illegal migration involves low skilled individuals.
The latter method involves complicated process and has low yield.
The method involves calculating the most probable (lowest energy) switching path and projecting the motion onto that path.
