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BMET1960 Mindmap - Coggle Diagram

- - - - Biofabrication
      - 3D Bioprinting
        
        By combining imaging technology and 3D printed, biomedical engineers have been able to developed ground-breaking patient specific implants. These implant are perfectly sized and shaped for the patients body and are comparatively low cost.
      - Stem cells differentiation
        
        Stem cells are being researched as potential solutions for Cerebal Palysy. The stem cells are transplantated in the brain and have the potential to replace the damaged and non-functional cells in the brains of CP patients
      - Additive manufacturing and bioprinting are used to treat bone injuries and damage. This is done by 3D bone scaffolding to support bone regrowth.
- - - - nanobiolectronics
      - Bioelectronics can be used in many applications including nanotechnology and disability engineering solutions.
- - - - Accelerometry
      - Polysomnography
- - - - Imaging technology allows for the prevention and diagnosis of most diseases. Including Cerebral Palsy which is talked about in this example.
      - Nanoparticles is another technology that can help prevent and diagnose illness' through biosensing.
  - - - Measurement of newborn fat to test for malnutrition
- - - - Required Inputs
      - Limitations
      - Discretisation
        
        Element Types
      - Case Studies
- - - - Biomedical Engineering solutions to fix bone problems
      - Osteoporosis
- - - - Nanoparticles that get into the wrong organs and cells, can significantly damage the patients health. Therefore it is important that potentially dangerous medical innovations are effectively tested by Regulatory bodies to ensure public safety.