Background And Objectives: Heart disease and diabetes are leading causes of death in the U.S., with timely screening, referrals, and education being critical for effective treatment.
View Article and Find Full Text PDFPrevious reports have suggested that intracochlear pressures (P) measured at the base of the cochlea increase directly proportionally with stapes displacement (D) in response to moderately high (<130 dB SPL) level sounds. Consistent with this assumption, we have reported that for low frequency sounds (<1 kHz), stapes displacement and intracochlear pressures increase linearly with sound pressure level (SPL) for moderately high levels (<130 dB SPL), but saturate at higher exposure levels (>130 dB SPL). However, the magnitudes of each response were found to be frequency dependent, thus the relationship between D and P may vary at higher frequencies or higher levels.
View Article and Find Full Text PDFA new method to estimate the range of an ion beam in a patient during heavy-ion therapy was investigated, which was previously verified for application in proton therapy.The method consists of placing a hadron tumour marker (HTM) close to the tumour. As the treatment beam impinges on the HTM, the marker undergoes nuclear reactions.
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