SummaryIn the inner ear, sensory hair cells not only detect but also amplify the softest sounds, allowing us to hear over an extraordinarily wide intensity range. This amplification is frequency specific, giving rise to exquisite frequency discrimination. Hair cells detect sounds with their mechanotransduction apparatus, which is only now being dissected molecularly. Signal detection is not the only role of this molecular network; amplification of low-amplitude signals by hair bundles seems to be universal in hair cells. “Fast adaptation,” the rapid closure of transduction channels following a mechanical stimulus, appears to be intimately involved in bundle-based amplification
Hair cells in the inner ear provide the basis for the exquisite hearing capabilities of mammals. The...
Hair cells in the inner ear provide the basis for the exquisite hearing capabilities of mammals. The...
Hair cells in the inner ear provide the basis for the exquisite hearing capabilities of mammals. The...
SummaryIn the inner ear, sensory hair cells not only detect but also amplify the softest sounds, all...
Mechanotransduction, the transformation of mechanical force into an electrical signal, allows living...
The location and longitudinal extent of cochlear biomechanical amplification has been an open questi...
AbstractThe sensory epithelium of the mammalian inner ear contains two types of mechanosensory cells...
AbstractThe operation of the mammalian cochlea relies on a mechanical traveling wave that is activel...
The inner ear's performance is greatly enhanced by an active process defined by four features: ampli...
AbstractAuditory sensory cells (hair cells) are responsible for sound transduction in the cochlea of...
The sensory epithelium of the mammalian inner ear contains two types of mechanosensory cells:inner (...
As sensory cells, hair cells within the mammalian inner ear convert sounds into receptor potentials ...
AbstractOuter hair cells provide amplification within the mammalian cochlea to enhance audition. The...
Normal hearing depends on the amplification of sound in the cochlea. In this issue of Neuron, Fettip...
Hair cells in the inner ear provide the basis for the exquisite hearing capabilities of mammals. The...
Hair cells in the inner ear provide the basis for the exquisite hearing capabilities of mammals. The...
Hair cells in the inner ear provide the basis for the exquisite hearing capabilities of mammals. The...
Hair cells in the inner ear provide the basis for the exquisite hearing capabilities of mammals. The...
SummaryIn the inner ear, sensory hair cells not only detect but also amplify the softest sounds, all...
Mechanotransduction, the transformation of mechanical force into an electrical signal, allows living...
The location and longitudinal extent of cochlear biomechanical amplification has been an open questi...
AbstractThe sensory epithelium of the mammalian inner ear contains two types of mechanosensory cells...
AbstractThe operation of the mammalian cochlea relies on a mechanical traveling wave that is activel...
The inner ear's performance is greatly enhanced by an active process defined by four features: ampli...
AbstractAuditory sensory cells (hair cells) are responsible for sound transduction in the cochlea of...
The sensory epithelium of the mammalian inner ear contains two types of mechanosensory cells:inner (...
As sensory cells, hair cells within the mammalian inner ear convert sounds into receptor potentials ...
AbstractOuter hair cells provide amplification within the mammalian cochlea to enhance audition. The...
Normal hearing depends on the amplification of sound in the cochlea. In this issue of Neuron, Fettip...
Hair cells in the inner ear provide the basis for the exquisite hearing capabilities of mammals. The...
Hair cells in the inner ear provide the basis for the exquisite hearing capabilities of mammals. The...
Hair cells in the inner ear provide the basis for the exquisite hearing capabilities of mammals. The...
Hair cells in the inner ear provide the basis for the exquisite hearing capabilities of mammals. The...