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9 sie 2024 · Understanding the bone density patterns within the ossicles is essential for investigating middle ear biomechanics and advancing future translational and clinical applications.
9 sie 2024 · We aim to investigate the bone density distribution in the in-situ human ossicular chain using synchrotron-based phase-contrast microtomography and analyze the volume and porosity of the single ossicles.
30 sty 2018 · We detected characteristics of early bone tissue aging, such as decrease in osteocytes, lower total lacunar density and lacunar area, as well as high matrix mineralization accompanied by...
30 lip 2024 · There are three tiny articulating bones in the middle ear known as ossicles (from lateral to medial): malleus. incus. stapes. Their role is to mechanically amplify the vibrations of the tympanic membrane and transmit them to the cochlea where they can be interpreted as sound.
24 lut 2024 · The middle ear is a slender, air-filled cavity in the temporal bone's petrous part. This cavity consists of the tympanic membrane and bony ossicles, the malleus, incus, and stapes. These 3 ossicles connect the tympanic membrane to the inner ear, allowing sound stimuli to reach the vestibulocochlear apparatus.
9 sie 2024 · Linear mixed-effects models were used to assess the effects of age, gender, ear side and position on bone thickness, cortical bone density and the distribution of the indices.
31 mar 2022 · Mean malleus density is higher than mean incus density; This higher malleus density is mainly due to a lower proportion of channels and cavities within it, compared to the incus. The osseous component of the malleus may also be of very slightly higher density than that of the incus.
