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Editorial Board
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Abstracts of the Congress “Hydrocephalus 2008”: 17 – 20 September 2008, Hannover, Germany
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iii
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Sponsors and Exhibitors
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iv-v
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Floor Plan
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vi
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Program Overview
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vii
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Table of Contents
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ix-xiv
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| Oral Presentations |
| Thursday, 18th September 2008 |
| 08:00–10:00 Session 1A. Hydrocephalus – signs and symptoms Room A |
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Article Title |
Author(s) |
Pages |
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O.001 Symptoms and signs in 158 patients with idiopathic normal pressure hydrocephalus (iNPH)
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I. Skagervik,
M. Edsbagge,
M. Tullberg,
P. Hellström,
C. Wikkelsö
et al.
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S1
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O.002 Quantitative study of gait and balance in normal pressure hydrocephalus
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S. Dombrowski,
B.L. Davis,
K. Ligon,
J. Becker,
B. Wozniak,
M. Luciano
et al.
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S1
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O.003 Negative BOLD-signal in normal pressure hydrocephalus (NPH) patients before and after lumbal puncture
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M. Ebke,
E. Küsterman,
K. Dolge,
D. Leibfritz,
M. Herrmann
et al.
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S2
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O.004 Urinary incontinence in idiopathic normal pressure hydrocephalus: Associated with overactive bladder or due to gait disturbance?
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H. Minami,
O. Ueki,
K. Tsutchiyama,
K. Kawaguchi,
M. Hashimoto
et al.
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S2
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O.005 A three level system for the assessment of idiopathic normal pressure hydrocephalus
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P. Hellström,
E. Blomsterwall,
M. Edsbagge,
M. Tisell,
C. Wikkelsö
et al.
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S2
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O.006 Safety of large volume CSF removal for the inner ear function in normal pressure hydrocephalus patients
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M.J. Mirzayan,
O. Leheta,
J.T. Maurer,
U. Gössler,
M. Hülse,
K. Hörmann,
J.K. Krauss
et al.
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S2-S3
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O.007 Shunt-indication in normal pressure hydrocephalus: Value of lumbar subcutaneous shunt when other diagnostic tools fail
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M. Luecke,
U. Kehler
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S3
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O.008 Visual field examination for children with shunted hydrocephalus
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D. Rudolph,
I. Sterker,
H. Till,
G. Gräfe,
C. Geyer
et al.
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S3
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| 08:00–10:00 Session 1B. Modeling and physics of hydrocephalus Room B |
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Article Title |
Author(s) |
Pages |
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O.009 Volume changes inside the craniospinal system during the cardiac cycle
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A. Wåhlin,
K. Ambarki,
R. Birgander,
J. Malm,
A. Eklund
et al.
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S3
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O.010 Blood, cerebrospinal fluid and brain dynamics in communicating hydrocephalus
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R. Penn,
B. Sweetman,
A. Linninger
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S3-S4
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O.011 Modelling normal pressure hydrocephalus using diffusion tensor imaging
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N.C. Keong,
E. DeVito,
S. Harding,
J.H. Gillard,
J.D. Pickard
et al.
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S4
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O.012 A physical model of occlusive hydrocephalus
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R. Bouzerar,
O. Balédent,
R. Bouzerar,
M-E. Meyer,
M. Czosnyka
et al.
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S4
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O.013 Mathematical modelling of acqueductal CSF flow
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M. Czosnyka,
Z. Czosnyka,
S.K. Piechnik,
J.D. Pickard,
O. Balédent
et al.
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S4
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O.014 Multilevel modelling of intracranial pressure after endoscopic third ventriculostomy
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D. Santamarta,
J. Martín-Vallejo,
J. Fernández,
J. Ibáñez,
J. García-Cosamalón
et al.
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S4
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O.015 New model of cervical stenosis in cats: Effects on size of brain ventricles and cerebrospinal fluid pressure
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M. Klarica,
I. Jurjevic,
T. Jukic,
D. Oreskovic,
M. Bulat
et al.
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S5
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O.016 Resonance and intracranial pressure pulsations: An experimental study
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M.E. Wagshul,
M.R. Egnor,
E.J. Kelly,
H.J. Yu
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S5
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| 10:30-12:30 Session 2A. Neuroimaging Room A |
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Article Title |
Author(s) |
Pages |
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O.017 Ventricular size in healthy elderly and idiopathic normal pressure hydrocephalus: Should we use Evans index?
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K. Ambarki,
R. Birgander,
A. Wåhlin,
A. Eklund,
J. Malm
et al.
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S5
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O.018 Disproportionately enlarged subarachnoid-space hydrocephalus (DESH) is a major feature of idiopathic normal pressure hydrocephalus: Study of idiopathic normal pressure hydrocephalus on neurological improvement (SINPHONI)
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E. Mori,
M. Hashimoto,
N. Kuwana,
M. Ishikawa,
for the SINPHONI Group
et al.
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S5-S6
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O.019 Pre- and postoperative diffusion tensor MR imaging in NPH/chronic hydrocephalus
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C. Sprung,
T. Dieckhoff,
K.-T. Hoffmann
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S6
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O.020 Can we measure blood and CSF flows adequately using phase contrast MRI?
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A. Wåhlin,
K. Ambarki,
A. Garpebring,
J. Hauksson,
R. Birgander,
J. Malm,
A. Eklund
et al.
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S6
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O.021 Identification of venous variants in the pineal region with 3D preoperative computed tomography and magnetic resonance imaging navigation – Implications for hydrocephalus and diseases of the CSF
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M. Giordano,
L.H. Stieglitz,
W. Luedemann,
M. Samii,
A. Samii
et al.
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S6
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O.022 Anatomical study of the quadrigeminal cistern in the living with three-dimensional MR cisternography
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L. Columbano,
L.H. Stieglitz,
K. Wrede,
W. Luedemann,
M. Samii,
A. Samii
et al.
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S6-S7
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O.023 3D-CISS MR imaging in obstructive hydrocephalus – Relevance for Endoscopic III. Ventriculostomy and clinical results
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M. Kunz,
G. Schulte-Altedorneburg,
E. Uhl,
R. Schmid-Elsaesser,
S. Zausinger
et al.
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S7
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O.024 Cerebral hydrodynamic and white matter stress evolution after endoscopic third ventriculostomy
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O. Balédent,
A. Fichten,
S. Stoquart-El Sankari,
D. Mbayo,
R. Bouzerar
et al.
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S7
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O.025 Noninvasive intracranial compliance from MRI-based measurements of transcranial blood and CSF Ffows: Indirect vs. direct approach
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N. Alperin,
R.W. Tang
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S7
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| 10:30–12:30 Session 2B. Aspects of CSF and blood flow dynamics and pathology in hydrocephalus Room B |
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Article Title |
Author(s) |
Pages |
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O.026 Prognostic value of CSF pulse waveform analysis in NPH patients
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A. Mangiola,
L. D'Angelo,
C.G. Nucci,
G. Paternoster,
C. Anile
et al.
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S7-S8
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O.027 Comparison of intraparenchymal and CSF pulse waves
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N. Lenfeldt,
A. Behrens,
L.-O. Koskinen,
J. Malm,
A. Eklund
et al.
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S8
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O.028 The effect of body position on cerebrospinal fluid (CSF) movement and pressure
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M. Klarica,
M. Rados,
G. Erceg,
D. Oreskovic,
M. Bulat
et al.
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S8
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O.029 Are intracranial volume variations dependent on cerebrospinal fluid pressure?
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I.R. Manchester,
K.S. Andersson,
J. Malm,
A. Eklund
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S8
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O.030 The relationship between aqueductal pulsatility and ventriculomegaly in experimental extraventricular hydrocephalus
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M.E. Wagshul,
S. Rashid,
J. Li,
M. Yu,
J.P. McAllister
et al.
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S8
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O.031 Morphological correlation between CBF velocity and CSF pulse pressure waveforms in NPH patients
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C. Anile,
G. Esposito,
A. Mangiola,
A. Pompucci,
A. Risi
et al.
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S9
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O.032 Noninvasive autoregulation testing in normal pressure hydrocephalus
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Z. Czosnyka,
C. Haubrich,
M. Czosnyka,
P. Smielewski,
J.D. Pickard
et al.
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S9
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O.033 CSF and blood flows alterations in cerebral venous thrombosis
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S. Stoquart-El Sankari,
O. Balédent,
P. Lehmann,
A. Villette,
H. Deramond
et al.
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S9
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| 14:00–16:00 Session 3A. Assessment of CSF dynamics for diagnosing hydrocephalus Room A |
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Article Title |
Author(s) |
Pages |
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O.034 Estimation of outflow conductance and compliance using sinusoidal infusion pattern
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K.S. Andersson,
I.R. Manchester,
J. Malm,
A. Eklund
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S9-S10
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O.035 Comparative study of Marmarou's bolus and Katzman's infusion tests in the diagnosis of idiopathic normal pressure hydrocephalus
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M.A. Poca,
J. Sahuquillo,
R. Torné,
E. Solana,
M.J. Peñarrubia
et al.
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S10
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O.036 A positive lumber tap test ratio depends on the amount of cerebrospinal fluid removed from idiopathic normal pressure hydrocephalus (iNPH) patients
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K. Kato,
K. Takagi,
T. Ueno,
Y. Saito,
A. Minami
et al.
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S10
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O.037 On-line evaluation of the CSF compensatory parameters during constant rate infusion test
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H. Juniewicz,
K. Cieslicki,
M. Masalski,
A. Weiser,
M. Kasprowicz
et al.
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S10
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O.038 Sensitivity and specificity of Rout in predicting outcome in patients with idiopathic normal pressure hydrocephalus
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M.A. Poca,
J. Sahuquillo,
F.R. Martínez-Ricarte,
E. Solana,
E. Corral
et al.
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S10-S11
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O.039 Index of cerebrospinal compensatory reserve in hydrocephalus
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D.J. Kim,
Z. Czosnyka,
P. Smielewski,
J.D. Pickard,
M. Czosnyka
et al.
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S11
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O.040 Diagnostic intracranial pressure (ICP) monitoring in idiopathic normal pressure hydrocephalus (iNPH)
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P.K. Eide,
W. Sorteberg
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S11
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O.041 Validation of CSF tap test in prospective study of idiopathic normal pressure hydrocephalus
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M. Ishikawa,
M. Hashimoto,
E. Mori,
N. Kuwana,
for the SINPHONI Group
et al.
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S11
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| 14:00–16:00 Session 3B. Aspects of valve and shunt dynamics and pathology in hydrocephalus Room B |
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Article Title |
Author(s) |
Pages |
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O.042 Gravitational valves in the treatment of communicating hydrocephalus – Valves for every situation?
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P. Vacek,
J. Mork
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S11-S12
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O.043 The need of a programmable gravitational valve for hydrocephalus treatment
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U. Kehler
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S12
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O.044 Use of gravitational valves in shunting pseudotumor cerebri patients
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J. Tilgner,
D. Hertle,
A. Unterberg,
A. Aschoff
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S12
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O.045 Adjustable shunt valve induced MRI artefact: A comparative study
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A. Toma,
A. Tarnaris,
J. Grieve,
L.D. Watkins,
N.D. Kitchen
et al.
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S12
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O.046 Success rate of adjusting Codman Medos programmable valves by using a new programmer with acoustic device
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P. Schiebel,
B. Oracioglu,
M.E. Halatsch,
A. Unterberg,
A. Aschoff
et al.
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S12
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O.047 Investigation of the hydrodynamic properties of Polaris valve
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D. Allin,
M. Czosnyka,
H.K. Richards,
J.D. Pickard,
Z. Czosnyka
et al.
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S12-S13
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O.048 Tests of explanted valves. Nonsense or necessity?
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A. Aschoff,
D. Biedermann,
J. Ludwig,
B. Hashemi
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S13
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O.049 PERVAC (Permanent Venous Access), hydrocephalus shunt to the jugular vein, the natural antisiphon
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P.-E. Nilsson
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S13
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| 16:30–18:15 Session 4A. Brain biomarkers and brain metabolism in hydrocephalus Room A |
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Article Title |
Author(s) |
Pages |
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O.050 Cerebral white matter hypoxia in young rats with kaolin-induced hydrocephalus
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M.R. Del Bigio,
O.H. Khan,
P.A.R. Juliet,
X. Mao
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S13
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O.051 Magnetic Resonance Spectroscopy of INPH-metabolism in the frontal deep white matter and in thalamus
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F. Lundin,
A. Tisell,
O.D. Leinhard,
A. Lundberg,
M. Tullberg,
C. Wikkelsö,
G. Leijon
et al.
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S13-S14
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O.052 Assessment of beta-amyloid in frontal cortical brain biopsy and by PET with [11C]PiB in suspected NPH
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V. Leinonen,
I. Alafuzoff,
S. Aalto,
T.S. Suotunen,
S. Savolainen,
K. Naringgren,
T. Tapiola,
T. Pirttilä,
J. Rinne,
J.E. Jääskeläinen,
H. Soininen,
J.O. Rinne
et al.
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S14
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O.053 Simultaneous monitoring of cerebral energy metabolism (microdialysis) and intracranial pressure (ICP) in idiopathic normal pressure hydrocephalus (iNPH)
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P.K. Eide,
M. Stanisic
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S14
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O.054 Effect of CSF tap test on symptoms and extracellular fluid biomarkers in NPH
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K. Rabie,
M. Tisell,
J. Bergqvist,
S. Hjort,
G. Barrows,
C. Wikkelsö
et al.
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S14
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