Fig. 19.1 Pressure loss over mass flux; Reynolds numbers indicating turbulent conditions 19.2.3 Virtual Reality-Based Visualization of Flow Simulation Results Visualization is a fundamental ingredient for gaining insights into the…
Fig. 39.1 Thin-film electrodes process to the sound from 128 different channels in comparison to standard 16–22 channel implants (Source: http://www.engadget.com/2006/02/09/new-type-of-cochlear-implant-to-improve-hearing/) 39.4.1.3 Design an Artificial Nose (Nanonose) One of the…
, Caroline Huart1, 2, Basile Landis4, 5 and Thomas Hummel4 (1) Department of Otorhinolaryngology, Clinique Universitaires Saint-Luc, Brussels, Belgium (2) Institute of Neuroscience, Université catholique de Louvain, Brussels, Belgium (3) HNS & ENT…
Fig. 16.1 Normal anatomy of the nasolacrimal system (Courtesy of TESAV) Fig. 16.2 Schematic representation of the nasolacrimal system (Courtesy of TESAV) Fig. 16.3 The palpebral-canalicular pump mechanism in lacrimal…
Fig. 40.1 Normal tympanic membrane, right ear Fig. 40.2 Vascularization around the manubrium mallei due to Eustachian tube dysfunction, right ear Fig. 40.3 Barotrauma during descent of the airplane, left…
Fig. 32.1 Allergens bind FcεRI and trigger Syk-mediated signaling pathway resulting in mast cell degranulation, eicosanoid mediator synthesis, and cytokine production. Ionomycin, a calcium mobilization agent, can also induce degranulation…
Figs. 13.1 and 13.2 (a, b) Two examples of the geriatric nose, profile and frontal views. Note the skin changes and external structural effects of aging Anatomic changes of the…
Fig. 18.1 The concept of a “tetrapartite” gliapse modulating synaptic strength based on the anatomical relationships between astrocytes, glia and neurons has superseded the previous synaptic model 18.3 Migraine/Chronic Tension…
Fig. 37.1 Potential mechanisms for interaction between the upper and lower airways: (1) loss of nasal conditioning function, (2) direct passage of inflammatory mediators and/or microorganisms between the upper and…
