Ganong's Review of Medical Physiology, 23rd Edition
229 CHAPTER 15 Electrical Activity of the Brain, Sleep–Wake States, & Circadian Rhythms OBJECTIVES After studying this chapt ...
230 SECTION III Central & Peripheral Neurophysiology project to specific areas include the specific sensory relay nuclei and ...
CHAPTER 15 Electrical Activity of the Brain, Sleep–Wake States, & Circadian Rhythms 231 they account for most inhibitory syn ...
232 SECTION III Central & Peripheral Neurophysiology primary evoked potential; the second is the diffuse secon- dary respons ...
CHAPTER 15 Electrical Activity of the Brain, Sleep–Wake States, & Circadian Rhythms 233 Partial seizures originate in a smal ...
234 SECTION III Central & Peripheral Neurophysiology activity necessary to produce regular waves. However, the rapid EEG act ...
CHAPTER 15 Electrical Activity of the Brain, Sleep–Wake States, & Circadian Rhythms 235 stimulation of the reticular formati ...
236 SECTION III Central & Peripheral Neurophysiology thalamocortical circuit hypothesized to be involved in gener- ating rhy ...
CHAPTER 15 Electrical Activity of the Brain, Sleep–Wake States, & Circadian Rhythms 237 neural and humoral signals that entr ...
238 SECTION III Central & Peripheral Neurophysiology involved in control of the sleep–wake cycles, preoptic neu- rons in the ...
CHAPTER 15 Electrical Activity of the Brain, Sleep–Wake States, & Circadian Rhythms 239 melatonin-binding sites have been ch ...
240 SECTION III Central & Peripheral Neurophysiology neurons is dominant, the activity in acetylcholine-containing neurons i ...
241 CHAPTER 16 Control of Posture & Movement OBJECTIVES After studying this chapter, you should be able to: ■ Describe how s ...
242 SECTION III Central & Peripheral Neurophysiology GENERAL PRINCIPLES ORGANIZATION There are two types of motor output: re ...
CHAPTER 16 Control of Posture & Movement 243 neurons; this indirect pathway is important in coordinating groups of muscles. ...
244 SECTION III Central & Peripheral Neurophysiology The conditions under which the human stimulation studies were performed ...
CHAPTER 16 Control of Posture & Movement 245 peripheral area in which they produce movement, providing the basis for feedbac ...
246 SECTION III Central & Peripheral Neurophysiology undamaged part of the cortex. Thus, the maps of the motor cor- tex are ...
CHAPTER 16 Control of Posture & Movement 247 The tectospinal tract originates in the superior colliculus of the midbrain. It ...
248 SECTION III Central & Peripheral Neurophysiology FIGURE 16–7 A circuit drawing representing lesions produced in experime ...
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