Approved Study Database
| Ref. No. | Scientific Title | Principal investigator |
|---|---|---|
| 2017.537 | Benefits and efficacy of the cochlear implant System in subjects with unilateral or asymmetrical sensorineural severe-to-profound hearing loss |
Prof. TONG Michael Chi Fai 唐志輝 |
| 2016.360 | A parallel-group comparison of active noise cancellation headphones and ear plugs in subjective assessment and blood pressure profile of subjects exposure to loud noise |
Prof. TONG Michael Chi Fai 唐志輝 |
| 2017.490 | Efficacy of amplification with hearing aids for tinnitus relief: a randomized controlled trial |
Prof. TONG Michael Chi Fai 唐志輝 |
| 2017.553 | Audiological benefits and subjective satisfaction with adhesive bone-conduction device in conductive hearing loss patients |
Prof. TONG Michael Chi Fai 唐志輝 |
| 2017.548 | Prospective Longitudinal Pilot Study on the Association between Treatment of Allergic Rhinitis and Cognitive Ability in Children |
Prof. TONG Michael Chi Fai 唐志輝 |
| 2016.295 | Monitoring scar progression and its response to treatment with iPhones/ iPads. |
Prof. TONG Michael Chi Fai 唐志輝 |
| 2017.052 | Electrophysiological assessment of swallowing in irradiated head and neck cancer patients |
Prof. TONG Michael Chi Fai 唐志輝 |
| 2012.308 | The Influencing Factors in Hearing Aid Acceptance, Purchase, and Usage | Prof. TONG Michael Chi Fai |
| 2013.359 | Assessment of the cochlea entrance location and its influence on the insertion depth and scalar position of the HiFocus Mid Scala electrode | Prof TONG Michael Chi Fai |
| 2013.344 | Applicability of the HiFocus Mid Scala Electrode and Insertion Tools in Varying Anatomies in Adults and Children | Prof. TONG Michael Chi Fai |
| 2022.650 | Development of natural killer cell-based therapy for patients with advanced EBV positive nasopharyngeal carcinoma |
Prof. TONG Michael Chi Fai 唐志輝 |
| 2023.697 | Voice in Parkinson’s Disease: An Artificial Intelligence and Machine Learning Pilot Study | Prof. TONG Michael Chi Fai |
| 2021.274 | A Pilot Study in Virtual Reality (VR) in Training of Endoscopic Procedures in Otorhinolaryngology – Head and Neck Surgery |
Prof. TONG Michael Chi Fai 唐志輝 |
| 2022.668 | The role of PPARgamma ligands in the transformation of BRAF-mutated and p53-null papillary thyroid cancer to anaplastic thyroid cancer | Prof. TONG Michael Chi Fai |
| 2009.252 | Efficacy of Vibrant Soundbridge Middle Ear Implant System on Chinese Population with Mixed Hearing Loss | Prof Tong Michael CF |
| 2012.287 | Hearing performance of Bonebridge Bone Conduction Implants System on adults with hearing loss | Prof. TONG Michael CF |
| 2008.574 | Prospective Evaluation Study of Transnasal Esophagoscopy on the Assessment of Swallowing Difficulty | Prof Tong Michael C.F. |
| 2009.302 | Evaluation of the Surgical Suitability of the C1513 & C1512 Cochlear Implant in Pediatric Cochlear Implant Recipients | Prof Tong Michael C.F. |
| 2021.123 | A multicentre, open, long-term clinical investigation evaluating safety, performance and patient reported outcomes with an active osseointegrated steady-state implant system in adult subjects with conductive hearing loss, mixed hearing loss or single-sided sensorineural deafness. |
Prof. TONG Michael C.F. 唐志輝 |
| 2008.225 | Pilot Study to Investigate if Nasonex (Mometasone Furoate Aqueous Nasal Spray) Improves Sleep Symptoms Related to Allergic Rhinitis | Prof Tong Michael C F |
| 2009.425 | Validation of Cochlear Integrity Test System | Prof Tong Michael |
| 2018.348 | Neurophysiological and hemodynamic response predictors of language outcomes in cochlear implant users as measured by EEG and fNIRS using cross-modal plasticity attributes and machine learning models | Dr. TONG Michael |
| 2020.165 | Disease awareness and oral health promotion for nasopharyngeal carcinoma (NPC) and head and neck radiotherapy survivors – a partnership model | Dr. TONG Macy |
| 2017.483 | Comprehensive review of palliative care service coverage, clinical resources burden and palliative care outcome indicators for advanced cancer patients in Hong Kong, 2006-2015 | Dr. TONG Macy |
| 2010.282 | Interactive Intention-Driven Upper-Limb Training Robotic System | Dr Tong Kai-yu |
| 2017.155 | Using neuroimage and computational modeling to customize high-definition transcranial direct current stimulation protocols for facilitating hand function recovery after stroke |
Prof. TONG Kai Yu 湯啟宇 |
| 2015.037 | Interactive Exoskeleton Robot for Walking | Prof. TONG Kai Yu |
| 2016.093 | Interactive Cycling System Using Electromyography (EMG)-driven Neuromuscular Electrical Stimulation (NMES) for Rehabilitation |
Prof. TONG Kai Yu 湯啟宇 |
| 2015.025 | Development of a brain computer interface system with neurofeedback to facilitate the activation of the mirror neuron system for stroke rehabilitation | Professor Tong Kai Yu |
| 2017.331 | Modulating brain activity using high-definition transcranial direct current stimulation for post-stroke cognitive rehabilitation: a randomized sham-controlled trial |
Prof. TONG Kai Yu 湯啟宇 |
| 2016.317 | Wearable interactive lower-limb exoskeleton robotic device for gait training of post-stroke patients on different walking conditions |
Prof. TONG Kai Yu 湯啟宇 |
| 2017.663 | Design of synchronized pairing peripheral nerve stimulation and cortical polarization to promote post-stroke neuroplasticity for hand function recovery |
Prof. TONG Kai Yu 湯啟宇 |
| 2014.570 | A randomized controlled trial of Rapid Movement Therapy with real-time feedback to improve balance recovery for fall prevention after stroke | Prof. TONG Kai Yu |
| 2017.396 | Soft robotic hand system for stroke rehabilitation |
Prof. TONG Kai Yu 湯啟宇 |
| 2015.690 | Examination of relationship between interactive health assessment panel scores and how a group of community dwelling seniors age in place in Hong Kong |
Prof. TONG Kai Yu 湯啟宇 |
| 2015.691 | Identification of neurological mechanisms associated with transcranial direct current stimulation on motor related brain cortical areas to facilitate hand function recovery in stroke rehabilitation |
Prof. TONG Kai Yu 湯啟宇 |
| 2020.538 | Online AR Training Platform for the Elderly and Persons with Chronic Diseases at Home |
Prof. TONG Kai Yu 湯啟宇 |
| 2019.567 | Early Intelligent Diagnosis and Advanced Intervention for Stroke Neurorehabilitation |
Prof. TONG Kai Yu 湯啟宇 |
| 2020.333 | The Cooperative Control of a Powered Soft Ankle Exoskeleton with Neuromuscular Electrical Stimulation for Stroke Rehabilitation |
Prof. TONG Kai Yu 湯啟宇 |
| 2020.319 | Simultaneous Dual-Task Cycling Exercise Training on Cognitive function for the Elderly |
Prof. TONG Kai Yu 湯啟宇 |
| 2018.399 | Jockey Club Tech-based Stroke Rehabilitation Programme - Hand of Hope |
Prof. TONG Kai Yu 湯啟宇 |
| 2019.674 | The contribution of dual-site transcranial alternating current stimulation targeting on both motor and prefrontal brain regions to promote recovery after stroke by using electric field models with task-based fMRI |
Prof. TONG Kai Yu 湯啟宇 |
| 2018.493 | CUHK Jockey Club Tech-Based Stroke Rehabilitation Programme for Elderly Centre - Interactive Exoskeleton Ankle Robot |
Prof. TONG Kai Yu 湯啟宇 |
| 2019.377 | CUHK Jockey Club Tech-based Stroke Rehabilitation Programme – Augmented Reality (AR) Rehabilitation Training System |
Prof. TONG Kai Yu 湯啟宇 |
| 2020.464 | Mapping the Nasal Microbiota Population and SARS-CoV2 Induced Neurological Damages | Prof. TONG Kai Yu |
| 2018.294 | Investigating the neuroplasticity and muscle properties changes using electromyography-driven neuromuscular electrical cycling system in stroke rehabilitation |
Prof. TONG Kai Yu 湯啟宇 |
| 2019.016 | Jockey Club Tech-based Stroke Rehabilitation Programme - Interactive FES Cycling System |
Prof. TONG Kai Yu 湯啟宇 |
| 2020.698 | Design of elastomer-based soft actuator and flexible electronic polymers sensor for rehabilitation of hand function after stroke |
Prof. TONG Kai Yu 湯啟宇 |
| 2018.661 | Multisite transcranial direct current stimulation targeting motor network by mapping electric fields with task-based fMRI to promote hand function recovery after stroke |
Prof. TONG Kai Yu 湯啟宇 |
| 2021.480 | Frontiers in neural decoding and human-machine interface for stroke rehabilitation robotic system | Prof. TONG Kai Yu |
Page 49 of 254.