The original technique for serving multiple wireless users in a populated space, pioneered more than 40 years ago, was to divide the space into cells, each served by a separate base station.
The original technique includes the dorsal skin of toe PIPJ as a marker of joint viability, while a modified technique uses the skin flap of the great toe and the dorsal foot.
The original technique of LON describes a distal vent to avoid fat embolism during reaming.
The original technique involved the preparation of a periosteum cylinder that was extracted from the tibia with attached bone fragments, which promoted tibiofibular synostosis at the distal extremity of the amputation stump.
The original technique required injecting cells into the chondral defect, and these cells were covered with a periosteal patch that, due to its chondrogenic potential, allowed tissue repair with histological characteristics similar to the hyaline cartilage [2, 7, 8].
The original technique demonstrated was Doppler OCT (DOCT) [ 17].
The original technique reduces the total length of intestinal absorption to 250 cm with a 50-cm common channel, increasing malnutrition risk (15), particularly in less obese individuals.
The original technique was a single diffusion method run in tubes, but, today, most AGID tests are double diffusion methods run in Petri dishes or scaled down to run on standard microscope slides coated with agar.
The original technique of manual saline tonometry was limited by the inconvenience of having to obtain and process samples manually, by slow equilibration times and by errors associated with measurement in the blood gas analyzer.
The original technique took advantage of 2-dimensional image processing tools for gradient calculation and edge detection by sampling time courses from a Cartesian grid of ROIs projected onto a patch on a flattened cortical surface (e.g., Nelson et al. 2010).
Only within the last year have researchers reported using the original technique in humans.
