Neurostyle Product Presentation: EEG Machine EMG Machine Innovative BCI Stroke Rehabilitation System (NBETTER)

1. better future through Medical Innovation

2. SINGAPORE

3. Neurostyle is dedicated to develop and produce
innovative technologies in the field of neurology and
allowing the world to gain easier access to the
advantages of these neurological innovations
to prioritize and focus on establishing long-term
partnerships with customers and distributors through
high service quality
M I S S I O N
V I S I O N

4. Conformité
Européenne
Singapore
Business
Federation

5. Accessories
PCB Design
Assembly
Mold Manufacturing
R&D
Assembly
Neurological Diagnostic,
Monitoring, Rehabilitation and
Home Care Devices

6. Our products have been sold
to more than 30 countries
over the world through our
distribution partners

7. NEURO-DIAGNOSTIC
NEURO-MONITORING
NEURO-REHABILITATION
NEURO-HOME CARE

8. NS-EEG-D1
EEG System
Electroencephalography (EEG)
Polysomnography (PSG)
Event-Related Potential (ERP)
Video EEG
NS-EEG-D1-W
Ambulatory EEG
Routine EEG
Video EEG
NS-EMG-C1
EMG System
Electromyography (EMG)
Nerve Conduction Velocity (NCV)
Evoked Potential (EP)

9. Channel Options
Functions

10. Synchronized Examination
Multiple Channels for PSG Recording
Available Stimulations
ERP Recognition Potentials

11. • Built-in Impedance Testing
• Automatic Calibration
• Synchronous Video System
• High-Quality Optic Fiber Isolation
• Review Phase
• Rapid Event Search and Playback
• Automatic Report Generation
• Multiple Selection : Instant and Long-term events

12. Channel Options
Functions

13. • Compact and Mobile Design
• Real-time Impedance Indicators
• Easy set-up through All-in-one connectors
• High-Quality signal through Wi-FI
• Synchronous Video System
• Review Phase
• Map Analysis and Display
• Automatic Report Generation
• Multiple Selections : Instant and Long-term events

14. Channel Options
Functions

15. Stimulations:
Examinations

16. Examinations:

17. User Friendly
Multi-functional
Affordable
High-Quality Signal
Compact Design

18. NBETTER
EEG-based Brain-Computer Interface
(BCI) Stroke Rehabilitation System

19. System Components
Clinical Applications

20. There is a need for a practical Stroke Rehabilitation system
Which can be used in hospitals and at home

21. Brain-Computer Interface (BCI) is a direct communication pathway between an enhanced or
wired brain and an external device. It is a hardware and software communication system which
enable humans cerebral activity alone to control computers or external devices.
• It is an artificial intelligence system that
can recognize a certain set of patterns
in brain signals
• BCI requires real-time processing
• BCI has a wide
application
potential in many
fields of
healthcare or
medicine
1
2
4
3
Signal
Acquisition
ProcessingFeature
Extraction
And
Classification
Control
Interface

22. Combine Brain Rehab with Physical Rehab
+
Understand brain status through EEG
Personalized Virtual Reality (VR) training for patients
Applicable to Upper and Lower limbs
Can be used with Robotics and/or Manual Rehab
BCI can help >80% of disabled stroke patients
• Extensive years of research and experience in BCI application
• World No. 1 in BCI Competition 2006, 2008
• World No. 1 BCI Research Award 2010
• 4 international patents filed

23. Clinical studies headed by A*STAR-I2R:
Published:
Frontiers in
NeuroEng
2014
BCI is able to enhance FMMA score, higher than manual rehab
R E S U L T S :
Functional connectivity enhancement in
somatomotor network correlates with motor
recovery after rehabilitation
Published:
SfN’2012
BCI rehabilitation enhances functional
connectivity significantly
Published:
NNR 2012
DTI type MRI shows structure improvement
IEEE
EMBC ’09,
10, 12, 13,
IEEE NER’09
in-partnership with Singapore hospitals

24. • BCI-based Stroke Rehabilitation
• Motor imagery with Virtual Reality and Physical Feedback
mechanism
• Clinically-tested Innovative algorithm for detection of
patient’s motor intent
• Configured for rehabilitation of both Chronic and Sub-
Acute Stroke
• Patient-specific Motor-Imagery detection model
• Rehabilitation therapy game module adapted to patient’s
progress
• Remote clinician access for patient’s progress evaluation
• Can be used for Tele-Rehabilitation

25. Server-based
Local-host-based

26. Average Treatment Hours
Per Patient - Per Staff
(On an 8-hours daily work schedule)
Average Patients Treated
Per Staff – Per Day
(On an 8-hours daily work schedule)
2-3
hours
1-1.5
hours
>50%
3-4
patients
5-8
patients
>65%
NOW FUTURE
IMPROVEMENT
NOW FUTURE
IMPROVEMENT

27. better future through Medical Innovation
Thank you