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Helweh Hussein
Helweh Hussein
Research fellow
Verified email at mgh.harvard.edu
Title
Cited by
Cited by
Year
Intracranial monitoring contributes to seizure freedom for temporal lobectomy patients with nonconcordant preoperative data
E Sokolov, ND Sisterson, H Hussein, C Plummer, D Corson, AR Antony, ...
Epilepsia open 7 (1), 36-45, 2022
82022
Laser interstitial thermal therapy for the treatment of primary and metastatic brain tumors: a systematic review and meta-analysis
M Alkazemi, YT Lo, H Hussein, M Mammi, S Saleh, L Araujo-Lama, ...
World Neurosurgery 171, e654-e671, 2023
62023
Barques are generated in posterior hippocampus and phase reverse over lateral posterior hippocampal surface
V Kokkinos, A Urban, B Frauscher, M Simon, H Hussein, A Bush, ...
Clinical Neurophysiology 136, 150-157, 2022
42022
Hippocampal spindles and barques are normal intracranial electroencephalographic entities
V Kokkinos, H Hussein, B Frauscher, M Simon, A Urban, A Bush, AI Bagić, ...
Clinical Neurophysiology 132 (12), 3002-3009, 2021
42021
Daily pain prediction using smartphone speech recordings of patients with spine disease
AH Duey, A Rana, F Siddi, H Hussein, JP Onnela, TR Smith
Neurosurgery, 10.1227, 2022
32022
Extrapial hippocampal resection in anterior temporal lobectomy: Technical description and clinical outcomes in a 62-patient case series
H Hussein, V Kokkinos, ND Sisterson, M Modo, RM Richardson
Operative Neurosurgery 21 (5), 312-323, 2021
22021
Hippocampal barques and their manifestation as 14&6 Hz positive spikes during sleep
V Kokkinos, H Hussein, DG Sakelliadou, RM Richardson, AΙ Bagić, ...
Clinical Neurophysiology 157, 37-43, 2024
12024
444 Extraction and Analysis of Speech Features to Understand Audio Phenotypes of Pain
A Duey, A Rana, H Hussein, F Siddi, JP Onnela, TR Smith
Neurosurgery 69 (Supplement_1), 90, 2023
2023
647 Pain Prediction Using Digital Phenotyping Speech Data for Neurological Spine Disease Patients
A Duey, A Rana, F Siddi, H Hussein, JP Onnela, TR Smith
Neurosurgery 69 (Supplement_1), 24, 2023
2023
Intracranial monitoring contributes to seizure freedom for temporal lobectomy patients with non-concordant pre-operative data
GR GHEARING, AI BAGIC, RM RICHARDSON, V KOKKINOS
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