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| Foreword | ||
| Preface | ||
| Pt. 1 | Intracranial Physiology | 1 |
| Ch. 1 | The anatomy and physiology of intracranial fluids | 3 |
| Ch. 2 | Hydromechanics of the intracranial and labyrinthine fluids - experimental study in cats | 16 |
| Ch. 3 | Dynamics of inner ear pressure change caused by cerebrospinal fluid pressure manipulation in guinea pigs | 29 |
| Ch. 4 | CSF and posture effects on transient evoked otoacoustic emissions - pilot study | 35 |
| Pt. 2 | Intracranial Pathophysiology | 45 |
| Ch. 5 | Pathophysiology of the cerebrospinal and cerebrovascular circulations | 47 |
| Ch. 6 | Intraoperative neurophysiologic monitoring in skull base operations | 53 |
| Ch. 7 | Neurotologic manifestations of intracranial hypertension | 61 |
| Ch. 8 | Idiopathic normal pressure hydrocephalus: primary disorder of CSF absorption or parenchymal cerebral disease? The relevance of vascular risk factors and cerebral white matter lesions | 67 |
| Ch. 9 | Influence on the auditory system of cerebrospinal fluid loss: clinical and experimental results | 79 |
| Ch. 10 | OAE and TMD recordings in ICP changes | 85 |
| Ch. 11 | A review of the management and current methods of investigating intracranial pressure in shunted hydrocephalics and an introduction to the tympanic membrane displacement test | 90 |
| Ch. 12 | The application of the tympanic membrane displacement (TMD) test as part of the clinical service for hydrocephalus patients | 108 |
| Ch. 13 | Quantitative assessment of intracranial pressure by the tympanic membrane displacement test in patients with shunted hydrocephalus | 118 |
| Pt. 3 | Inner Ear Physiology | 133 |
| Ch. 14 | Physical processes underlying homeostasis of cochlear endolymph | 135 |
| Ch. 15 | Cellular mechanisms of volume control in the labyrinth | 144 |
| Ch. 16 | Non-invasive perilymphatic pressure measurements using the MMS-10 Tympanic Displacement Analyser in patients with Meniere's disease | 157 |
| Ch. 17 | Modelling labyrinthine fluid dynamics | 165 |
| Ch. 18 | The effect of changes in cochlear fluid pressure on audiological measurements | 178 |
| Ch. 19 | Ionic transports in the endolymphatic sac of the guinea pig | 188 |
| Ch. 20 | Beta-trace protein in human perilymph | 193 |
| Ch. 21 | Characteristics of infrasonic otoacoustic emissions generated by the cardiovascular system | 197 |
| Ch. 22 | Morphological effects of low extracellular calcium on stereociliary bundles in the guinea pig cochlea | 207 |
| Ch. 23 | Dynamics of inner-ear pressure release measured with a double-barrelled micropipette in the guinea pig | 211 |
| Pt. 4 | Inner-Ear Pathophysiology | 219 |
| Ch. 24 | Treatment of otolith disease concepts and new development of laser microsurgery | 221 |
| Ch. 25 | Posturographic correlates of peripheral and central vestibular disorders, as assessed by electronystagmography (ENG) and the Tetrax Interactive Balance System | 231 |
| Ch. 26 | Vertigo and progressive sensori-neural hearing loss - peripheral cause or vascular compression of CN VIII? | 237 |
| Ch. 27 | Acetazolamide therapy of endolymphatic hydrops audiologically monitored by low-frequency masking - a case report | 243 |
| Ch. 28 | Effects of middle ear pressure changes on the inner ear function in Meniere's disease: a review | 249 |
| Ch. 29 | Tullio phenomenon: disturbed inner ear homeostasis? | 263 |
| Ch. 30 | Traumatic sudden sensorineural hearing loss in children | 274 |
| Ch. 31 | Fleeting hearing loss: reversible dysfunction of the cochlea during acute bacterial meningitis | 281 |
| Ch. 32 | Recurrent perilymphatic fistula in patients with possible patent cochlear aqueduct: a role for cochlear aqueduct blockade - report of five cases | 293 |
| Ch. 33 | Effects of the atrial natriuretic peptide (ANP) on hearing and tinnitus in patients suffering from Meniere's disease | 305 |
| Index | 309 |
| Price | Condition | Delivery | Seller | Action |
| $201.86 | Digital |
| WonderClub |
T I Jackson
reviewed Intracranial and Inner Ear Physiology on January 05, 2018
Intracranial and Inner Ear Physiology
An ambitious attempt to trace the cognitive steps that led to the modern day human thought form. I was often lost in the density of the material and would've preferred a less verbose extrapolation, though I suppose it was written with a particular audience in mind. Definitely worth multiple reads for those with greater patience.
The focus is mainly forms of communication and symbolic thought. You are guided from mimetic to theoretic culture, ultimately ending on thought that exists as an interplay somewhere between biological organisms and their externally manipulated ideas.
He may have explained why he chose mainly communication as the representation for the development of the mind, though nothing stands out in my memory. As a point of personal conjecture, I believe it was for its utility in expression of deeper cognitive processes and comparative historical and taxonomic referents.
Even with the emphasis on communication and symbols, Donald employs a broad range of studies into his postulates. He presents his ideas methodically and keeps abstraction grounded in empiricism as well as possible given the subject matter. As stated previously, I got lost in the density of some proofs and would, after numerous pages of dissection, forget the original topic of discussion. Even though I feel like his transitions and outlines could be ambiguous, I again refer to the fact that this was probably written to those of the proper frame of reference.
Regardless, he did a very good job considering the subject matter and amount of evidence that needed to be presented.
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Add Intracranial and Inner Ear Physiology, This book discusses the following topics: intracranial and inner fluid interactions the endolymph/perilymph/cerebrospinal fluid and associated disorders; non-invasive measurement of intracranial and inner fluid pressures; clinical aspects with particular , Intracranial and Inner Ear Physiology to the inventory that you are selling on WonderClubX
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Add Intracranial and Inner Ear Physiology, This book discusses the following topics: intracranial and inner fluid interactions the endolymph/perilymph/cerebrospinal fluid and associated disorders; non-invasive measurement of intracranial and inner fluid pressures; clinical aspects with particular , Intracranial and Inner Ear Physiology to your collection on WonderClub |