Engineering & Materials Science
Brain
100%
Electroencephalography
81%
Rats
55%
Prosthetics
52%
Bioelectric potentials
44%
Electrodes
34%
Prostheses and Implants
34%
Imaging techniques
33%
Neurons
31%
Decoding
29%
Electrocardiography
25%
Tissue
25%
Recovery
22%
Sensors
21%
Speckle
19%
Photoacoustic effect
19%
Monitoring
18%
Muscle
17%
Hypothermia
16%
Animals
15%
Entropy
15%
Blood
14%
Lasers
13%
Chemical activation
13%
Feedback
13%
Sensory feedback
12%
Robotics
12%
Nanoparticles
11%
Nitric oxide
11%
Sensor arrays
11%
Brain computer interface
11%
Experiments
11%
Depolarization
10%
Neurology
10%
Pattern recognition
9%
Skin
9%
Adenosinetriphosphate
9%
Telemetering
9%
Modulation
8%
Classifiers
8%
Wavelet analysis
8%
Nanogenerators
8%
Biomimetics
8%
Microelectrodes
8%
Actuators
7%
Dopamine
7%
Photoacoustic microscopy
7%
Adaptive filters
7%
Fatigue of materials
7%
Defibrillators
7%
Medicine & Life Sciences
Electroencephalography
53%
Heart Arrest
32%
Brain
26%
Electrodes
24%
Brain Injuries
23%
Brain-Computer Interfaces
20%
Hand
19%
Wounds and Injuries
19%
Fingers
18%
Computer Simulation
17%
Touch
17%
Neurons
16%
Action Potentials
15%
Prostheses and Implants
15%
Upper Extremity
15%
Hypothermia
15%
Ischemia
14%
Evoked Potentials
14%
Spinal Cord Injuries
13%
Amputees
13%
Extremities
13%
Electrocorticography
13%
Optical Imaging
13%
Entropy
11%
Equipment and Supplies
11%
Hand Strength
11%
Artificial Limbs
10%
Asphyxia
10%
Mental Fatigue
10%
Electric Stimulation
10%
Lasers
9%
Heart
9%
Brain Ischemia
9%
Rodentia
8%
Electrocardiography
8%
Ventricular Fibrillation
8%
Psychological Power
8%
Wavelet Analysis
8%
Technology
8%
Sensory Feedback
8%
Biomechanical Phenomena
8%
Workload
8%
Induced Hypothermia
8%
Axons
8%
Peripheral Nerves
7%
Thalamus
7%
Shock
7%
Resuscitation
7%
Nanoparticles
7%