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Bio-Piezo (Piezoelectric Material (Collagen (Fish Waste, Bone, Onion Skin)…
Bio-Piezo
Piezoelectric Material
M13 Virus
Protein
Lysozyme
Amino Acids
Glycogen
Cartilage
Collagen
Fish Waste
Bone
Onion Skin
Crystal Structure
Thin Film
Amorphous Crystal
Protein Cross-links
Stability
Applications
Biomedical
Internal Energy Harvesting
Pacemaker
Functional Electro-Stimulation (muscle stimulation)
Insuline Pump
Dual Purpose
Sensor + Harvesting
Augmented Reality Contacts
External Energy Harvesting
Sensors and Actuators
Internal Drug Delivery
Detection / Lab on a Chip
Metabolite Detection
Pathogen Detection
Needle-less Drug Delivery
Imaging
Ultrasound
IV Imaging
Energy Harvesting
Roadways / Bridges
Floors
Waterfalls
Swings
Wind Vibrations
Ocean Waves
Imaging
Sonar
Ultrasound
Acoustic Measurement
Sensors
Mechanical Vibrations
Cardiac Sensor (EKG)
Chemical Assays
Precision Actuator
Sound Recording
Economics
Demand for product
Production Costs
Substrate to produce material
Advantage over traditional Piezoelectric
Society
GMO issues
Health risks associated with application
Toxicity
Stability of product
Consequence of application failure
Benefits
Quality of Life
Less Medical Interventions
Lower medical complication rate
Sustainability
Bio compatibility
Degradation
Energy
Source
Conscious
Joint Bending
Walking
Unconscious
Breathing
Heart Beat
Blood Pressure
Discrete
External
Continuous
Production Process