Intracranial and Intralabyrinthine Fluids: Basic Aspects and Clinical Applications Book

	Stretch-activated channels and volume regulation in Opossum kidney cells	1
	Extracellular space ionic composition, volume and geometry during neuronal activity and pathological states	9
	Longitudinal fluid movements in the cochlea under normal and abnormal conditions	23
	The effect of volume regulatory mechanisms in auditory sensory cells to compensate for volume and pressure overload	31
	Ionic control of volume and pressure regulation in the labyrinth	39
	Communication routes between intracranial and intralabyrinthine fluid-filled spaces	45
	Hydromechanical interactions of the intracranial and intralabyrinthine fluids	51
	Pressure relation between the labyrinthine and intracranial fluids	63
	Correlation of direct and non-invasive ICP measurements in cat	73
	Experimental endolymphatic hydrops and inner ear pressure	81
	Intralabyrinthine pressure transmission of intracranial pressure in the normal guinea pig	85
	Hydrocephalus and the status of endolymphatic membranes in temporal bones of children	93
	Composition, formation and flow of intralabyrinthine fluids	105
	Differences in biochemical composition between perilymph, cerebrospinal fluid and blood plasma in the guinea pig	117
	Connections between the cerebrospinal fluid space and the lymphatic system of the head and neck in humans	123
	Magnetic resonance imaging of the intralabyrinthine fluids under physiological and pathological conditions	129
	High-resolution magnetic resonance imaging of the fine structure of the human cochlea	139
	Clinical significance of the large vestibular aquaeduct	143
	Electrophysiological monitoring in neurosurgical patients with increased intracranial pressure	149
	Otoacoustic emissions: a new tool for monitoring intracranial pressure	165
	The effect of body position on transient otoacoustic emission	175
	Non-invasive perilymphatic pressure measurement in normal hearing subjects and in patients with Meniere's disease using the MMS-10 Tympanic Displacement Analyser	183
	Age-related changes in perilymphatic pressure: Preliminary results	191
	Diagnostics of perilymphatic hypertension	199
	The prevalence of perilymphatic hypertension in tinnitus patients	207
	Assessment of the clinical value of the Tympanic Membrane Displacement (TMD) test in children with shunted hydrocephalus	211
	Neuro-otological findings in raised intracranial pressure	217
	Papilledema in cases of acute elevated intracranial pressure	223
	Optic nerve changes in raised intracranial pressure	227
	Fluctuating hearing loss in patients with large vestibular aqueduct syndrome	233
	Audiologic characteristics of patients with the X-linked stapes gusher syndrome	239
	TMD recordings in patients with intracochlear hyper- and hypotension	245
	Round Window Displacement caused by altered middle ear pressure inducing impairment of bone-conduction threshold?	249
	Pseudotumor Cerebri: Symptoms, associations, etiological considerations and therapy	257
	Otolith disease - experimental findings and clinical implications	263
	The X-recessive progressive, mixed deafness syndrome with perilymphatic gusher during stapes surgery (DFN 3)	279
	Surgical management of stapes gusher in middle ear surgery	285
	Recurrent perilymphatic fistula as the initial and prime symptom of pseudotumor cerebri: Diagnosis and management with lumbarperitoneal shunt - Report of three cases	293
	Round table discussion: Surgical management of intracranial and intralabyrinthine hypertension	299