Keyphrases
Mesh Electronics
100%
Syrinx
51%
Injectable Electronics
46%
Tissue-like
43%
Immune Response
37%
3D-printable
35%
DNA Dendrimer
30%
Self-powered
30%
Mechanical Properties
30%
Neuroscience
26%
Chronic Recording
23%
Multiplexing
21%
Single-unit Recording
19%
Local Field Potential
19%
Age-related Illnesses
19%
Freely Moving Mice
19%
Neurodegenerative Diseases
19%
Mesh Design
19%
Spatiotemporal Resolution
17%
Targeted Delivery
17%
Biomedical Applications
17%
Soft Materials
17%
Frame-guided Assembly
15%
Leading Hydrophobic Groups
15%
Tough Hydrogels
15%
Shearing Motion
15%
High Performance
15%
Opto-electro Stimulation
15%
Continuous Imaging
15%
Y-junction
15%
Platform-Based
15%
Design Application
15%
Brain Circuits
15%
Structural Flexibility
15%
Human Interface
15%
Flexible Electronics
15%
Input-output
15%
In Vitro Activation
15%
Chronic Stimulation
15%
Brain Electrophysiology
15%
Long-term Recording
15%
Brain Mapping
15%
Awake Mice
15%
Neuron Circuit
15%
PH-responsive
15%
Robust Tracking
15%
Gelation
15%
Retina
15%
Extended Period
15%
Tetrahedron DNA
15%
Engineering
Hydrogel
43%
Electrospinning
20%
Optoelectronics
20%
Fiber Optics
15%
Flexible Electronics
15%
Single Neuron
15%
Brain Activity
15%
Two Dimensional
15%
Self-Powered
15%
Elastomer
15%
Conductive Fiber
15%
High Quality Factor
15%
Metastable State
15%
Electrospun
15%
Nanomaterial
15%
Subcellular
15%
Theranostics
15%
One Dimensional
15%
Strand
15%
Device Performance
15%
Gelation
15%
Polymer Chain
15%
Model System
15%
Electronic Design
10%
Nanofiber
10%
Printing Process
7%
Powerful Tool
7%
Polymer Fiber
7%
Process Yield
7%
Capacitive
7%
Regenerative Medicine
7%
Chip Bonding
7%
Crack Repair
7%
Prosthetics
7%
Optimal Condition
7%
Injection Process
7%
Measurement Noise
7%
Brain Tissue
7%
Proof-of-Concept
7%
Electrical Measurement
7%
Line Width
7%
Biomimetics
7%
Conformability
7%
Optoelectronic Device
7%
Carbon Nanotube
7%
Bonding Technology
7%
Polar Group
7%
Customisation
7%