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Need Statement, Need Statement - Coggle Diagram

- - - - Regrow bone
      - Regrow Disks
    - - Increase Osteoblasts
      - Decrease osteoclasts
    - - Optimize the enzymes secreted by the cells
      - 3D printed bone
      - 3D printed disks
      - Bone to regrow itself
- - - - Artificial Disks - Replacement material
      - 3D print bone
      - 3D printed disk material
      - Vertebrae replacement
      - Remove vertebrae and have a gap --> rod replacement
      - Replace disks adjacent to fused segment with flexible rods (maintaining flexibility while avoiding friction and pain)
    - - Artificial Disks - Mesh that protects adjacent
      - Artificial Disks - Cage or encapsulment that protects it
      - Artificial Disks - Biofilm that protects adjacent disc from degeneration
      - Artificial Disks - Cushion for artificial disks
      - Artificial disks - Artificial biomaterial with fiber cartillege
      - Padding between disc and vertebrae -- impeding friction between fused disc and IVD
    - - Injectable bone tissue to replace degenerated disks (like wall putty)
    - - Rods flexible/less rigid or better material
      - Implanted spring reducing
      - "Secondary Spine" - Implant that suspend vertebrae
    - - Optogentics stopping pain receptors
      - Optogenetics adding osteoblasts
- - - - ML model that uses patient features to predict ASD risk
      - Statistical model on health stats
      - Neural network on health stats
      - NLP + ML including doctors notes
    - - 3d model of spine is created in order to run through stress tests under various simulations to understand whether or not complications will arise - speed up the process via a simulated environment, dynamically.
      - Phone app (android/ios) to monitor pain and track health
      - Identify non-ideal patients
- - - - different material rods
      - Rods with additional flexibility
- - - - Rods
        
        Rods excreting lubricant
        
        Segmented Rod structure that allows stability control
        
        Remove vertebrae and have a gap --> rod replacement
        
        Replace disks adjacent to fused segment with flexible rods (maintaining flexibility while avoiding friction and pain)
      - Springs reducing force on adjacent disks
      - Artificial Disks - Cushion for artificial disks
- - - - Stimulate bone growth
      - Reduce pain
    - - Stem cells
        
        Optimize the enzymes secreted by the cells
      - 3D printing
        
        3D printed bone
        
        3D printed disks with biomaterials
      - Injectable bone tissue to replace degenerated disks (like wall putty)
      - Artificial Disks - Biofilm that protects adjacent disc from degeneration
    - - Medication that decrease degeneration
    - - Nanotechnology engineered mechanoreceptors providing analytics on disc movement, pressure, and pain
      - Nanotech releasing pain drugs
      - Nanotech stopping pain stimulus