Earth’s inner core composition inferred from the equations of state of Fe-Si-C-H alloys
Kolesnikov E +10 more
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Bruch's Membrane Contributes to the Structural Integrity of the Normal Human Eye. [PDF]
Tan RKY +13 more
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Grazing-Induced Conservative Shift in Water-Use Strategies of Desert Plants: Trait Syndromes from Hydraulic Efficiency to Storage Safety. [PDF]
Wu J +9 more
europepmc +1 more source
The effect of middle ear pressure on the pressure regulating mechanisms of the inner ear
openaire +1 more source
Utilizing Venturi effect for automated high-throughput droplet-MS from well plates.
Murray BE +5 more
europepmc +1 more source
The bursting of glass tubes by inner hydrostatic pressure
openaire
Dynamics of Inner Ear Pressure Change Caused by Intracranial Pressure Manipulation in the Guinea Pig
Previous studies have shown that pressure changes in the cerebrospinal fluid compartment are transmitted to the inner ear. The main route for pressure transfer is the cochlear aqueduct. about which little is known with regard to its dynamic properties.
Thalen, EO +3 more
exaly +7 more sources
Effect of Cell Inner Pressure on Deposition Volume in Microinjection
Microinjection is a widely used technique for introducing exogenous materials into cells. Many applications of microinjection, such as gene editing and drug testing, rely on the accurate control of the deposition volume. However, the deposition volume in microinjection is presently calibrated in an open medium without considering the cell inner ...
Xian Wang +7 more
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Pressure-Regulating Mechanisms in the Inner Ear
ORL, 2010The perilymphatic pressure was studied in relation to pressure step variations in the external ear canal and in the middle ear. The transfer of pressure via the ossicular chain reached its limiting value at quite low pressures. When pressure steps were applied directly to the middle ear, there was almost a direct transfer of pressure for positive ...
O, Densert, B, Carlborg, J, Stagg
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Inner ear disorders due to pressure change
Clinical Otolaryngology and Allied Sciences, 1997We reviewed the records of 136 patients who had inner ear disorders including hearing loss and vertigo caused by pressure change. We divided them into three groups, according to the aetiology: group A, change in atmospheric pressure (diving, airplane travel, etc.); group B, rapid change in ear pressure in normal atmosphere (nose blowing, heavy lifting,
M, Kozuka +3 more
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