Low-frequency microphonic potentials (100 Hz to 2000 Hz) have been measured in the first
turn of the guinea pig cochlea before and after a variety of manipulations of the cochlea …

Abstract The low-frequency (200 Hz) microphonic potentials at the round window and in the
organ of Corti of the first turn of the guinea pig cochlea have been measured before and …

Intracellular receptor potentials were recorded from inner hair cells in the basal turn of the
guinea pig cochlea in response to low frequency tones. These were compared with the …

A survey of the literature shows that extensive studies': 10, 13, 16, 17 have been carried out
concerning the effects of sound exposure upon cochlear microphonics (CM), both from the …

Cochlear microphonic and summating potential recordings were obtained from preparations
where only either inner hair cells (first-turn recording) or outer hair cells (fourth-turn …

The ac (“microphonic”) cochlear potential and the positive dc “endolymphatic” potential have
been recorded simultaneously as the exploring electrode was introduced into scala media …

The cochlear microphonics of the guinea pig have been recorded by means of differential
intracochlear electrodes located in various turns of the cochlea. Since it has been shown by …

Triangular wave acoustic stimulation at 200 Hz produced the expected square wave
cochlear microphonic at the round window membrane and within the scala media …

Until recently the responses of the mechanosensitive hair cells of the cochlea have been
inferred from their morphology, morphological relationships with other structures in the …

Intracellular receptor potentials were recorded from inner and outer hair cells in response to
low‐frequency tones, from the basal, high‐frequency region of the guinea‐pig cochlea. The …