 the gain in some frequency channels has been permanently decreased. The data will be analyzed within a well-established physiologically-based model of the peripheral auditory system, to determine whether temporal effects are consistent with a decrease in gain within the auditory channel which is stimulated. This research is important to our understanding of basic auditory processing in
the gain in some frequency channels has been permanently decreased. The data will be analyze within a well - prove physiologically - based model of the peripheral auditory system, to decide whether temporal effects are coherent with a decrease in profit within the auditory channel which is stimulated. This research is important to our reason of basic auditory processing in
 thf gain in some frequency channels has bgeb permenently decreasdd. The data will be analyzed wuthin a well-established phyriologicaply-based modtl of the peripheczl audibjry anstem, vo determine whgther tempordl effects are cundistent with a decrease in gain witrin the akditory channej whpcr is stimulated. This research is imporfant to our understamding of basic auditory prlcesding in
the gain in some frequency channels has decreased. data will analyzed within a peripheral system, to determine temporal effects are with a decrease in gain within auditory channel which is stimulated. This research is important to our understanding of auditory processing in
 the gain in some frequency chaNnels has beEn perManEntLy DecrEaseD. The data will be ANalyZed within a well-establisHed phYsIOlogICaLly-baSed modeL Of THE peRiPhEraL aUDiTory sYstEm, to detErmine whetHer TeMporal effectS ArE consistenT wiTh a decrease iN gaIn withIn The AUditoRy cHanneL which IS stimuLated. This ReSEarch iS ImportaNT To Our uNderstanding of basIC aUDitory processiNg in
 the gain in some frequenc y channels  hasbee n p er mane ntly  decreased. Th e  dat a will be analyzed wit hin a  w e ll-e s ta blish ed phys i ol o g ica ll y- bas ed mo del o f t he peri pheral aud ito ry  system, tod et ermine whe the r temporal e ffe cts ar econ s isten t w ith a  decre a se ingain with in the au d itory c h a nn el w hich is stimulate d .T his research i s impo rt a nt t o o urunderstand in g ofb asic au d it o r y  pr o cessing in
 the_gain in_some frequency channels has_been permanently_decreased._The data_will_be analyzed within_a well-established physiologically-based_model of the peripheral_auditory system, to_determine_whether temporal effects are consistent with a decrease in gain within the auditory channel_which_is stimulated._This_research_is important to our understanding_of basic auditory processing in