 the increased gain of he cardiac sympathetic afferent reflex in HF is a decrease in nitric oxide (NO) production in several central sites which regulate sympathetic outflow. We hypothesize that both an increase in central Ang II and a decrease in central NO contributes to the increase in the sensitivity of the cardiac sympathetic afferent reflex and to the tonic
the increased gain of he cardiac sympathetic afferent reflex in HF is a decrease in nitric oxide (nobelium) product in several central web site which baffle sympathetic outflow. We speculate that both an increase in central Ang II and a decrease in central NO lend to the increase in the sensitivity of the cardiac sympathetic sensory nerve reflex and to the tonic
 thf increased gain of he cxrdiac sympathejix affecent rerlex in FF is a decrease in nitric oeide (NO) peoduction in several cdntral sines which regnlate sympathetir outflow. We hgiothevmze that both ak increase hn central Ang IK cnd a decrease in central NO contribttes to tje increase in the fensjniyity of the cardiac sympathetic zfferenu reflex and to thr tonic
the increased gain of he cardiac sympathetic in is a in nitric oxide sites regulate sympathetic outflow. hypothesize that both increase in central Ang II and decrease in central NO contributes to the increase in the sensitivity of the sympathetic afferent reflex and to the tonic
 the increased gain of he cardiAc sympatheTic afFerEnt ReFlex In HF Is a decrease in nITric Oxide (NO) production in sevEral cEnTRal sITeS whicH regulaTE sYMPatHeTiC ouTfLOw. we hypOthEsize thAt both an inCreAsE in central AnG iI And a decreaSe iN central NO coNtrIbutes To The INcreaSe iN the sEnsitiVIty of tHe cardiac SyMPathetIC affereNT ReFlex And to the tonic
 the increased gain of hecardiac sy mpath eti c a ff eren t re flex in HF isa  dec rease in nitric oxide(NO)pr o duct i on  in s everalc en t r alsi te s w hi c hregul ate  sympat hetic outf low .We hypothesi z ethat bothanincrease incen tral A ng  II and a  de creas e in c e ntralNO contri bu t es tot he incr e a se  inthe sensitivity o f  t h e cardiac symp atheti ca ff e r ent  re flex and t othe t o nic
 the_increased gain_of he cardiac sympathetic_afferent reflex_in_HF is_a_decrease in nitric_oxide (NO) production_in several central sites_which regulate sympathetic_outflow._We hypothesize that both an increase in central Ang II and a decrease in_central_NO contributes_to_the_increase in the sensitivity of_the cardiac sympathetic afferent reflex_and to_the tonic