Outline 
                            Outline 
      Introduction 
       Introduction 
      Cell repair Machines 
       Cell repair Machines 
      Features
       Features
      Applications of Cell Repair Machines 
       Applications of Cell Repair Machines 
      Limits and Feasibility of Cell Repair Machines 
       Limits and Feasibility of Cell Repair Machines 
      Nano Medicine 
       Nano Medicine 
      Respirocytes
       Respirocytes
      Ongoing Research 
       Ongoing Research 
      Nano Horrors 
       Nano Horrors 
                                    
                                    
           Cell Repair Machines
            Cell Repair Machines
     Medical Nano Robots (Molecular technology and AI)
      Medical Nano Robots (Molecular technology and AI)
                            
     Will change medicine at its foundations 
      Will change medicine at its foundations 
     A system including nanocomputers and molecular scale sensors 
      A system including nanocomputers and molecular scale sensors 
      and tools, programmed to repair damage to cells and tissues 
      and tools, programmed to repair damage to cells and tissues 
     A fundamental break through : these machines will free medicine 
      A fundamental break through : these machines will free medicine 
      from the reliance of self repair as the only path to healing 
      from the reliance of self repair as the only path to healing 
     Selective Destruction : example cancerous cells , recognize and 
      Selective Destruction : example cancerous cells , recognize and 
      destroy a specific kind of cell 
      destroy a specific kind of cell 
     Nature's own cell repair machines are limited in their ability 
      Nature's own cell repair machines are limited in their ability 
                            
                            
                                   Features 
                                   Features 
       Size 
          Size 
            micron scale robot with nano scale parts , parts would be from 
              micron scale robot with nano scale parts , parts would be from 
                1 to 100 nm , the actual machine would be 0.5 to 3 microns 
                1 to 100 nm , the actual machine would be 0.5 to 3 microns 
       Bio Compatibility 
          Bio Compatibility 
            Passive Diamond coating , because of its inert nature  , not attacked by 
              Passive Diamond coating , because of its inert nature  , not attacked by 
              the immune system 
              the immune system 
       Powering 
          Powering 
            Metabolize local glucose and oxygen for energy 
              Metabolize local glucose and oxygen for energy 
            Clinical environment acoustic energy 
              Clinical environment acoustic energy 
       Communication 
          Communication 
            Broadcast acoustic type messages 
              Broadcast acoustic type messages 
            Device similar to an Ultra Sound Probe
              Device similar to an Ultra Sound Probe
            Acoustic sensors 
              Acoustic sensors 
            Internal communication network
              Internal communication network
                                                 
                                                 
        Navigation :
           Navigation :
             a navigational network with station 
               a navigational network with station 
               keeping navigational elements 
               keeping navigational elements 
               providing high positional accuracy 
               providing high positional accuracy 
             Accurate  positions could be 
               Accurate  positions could be 
               reported to the physician using the 
               reported to the physician using the 
               internal communication network 
               internal communication network 
                                                       
                                                       
                       Applications of cell Repair 
                        Applications of cell Repair 
                                                Machines 
                                                Machines 
         Drug Delivery 
             Drug Delivery 
               Sophisticated ways
                   Sophisticated ways
                     •  Target specific ,enable the use of 
                        Target specific ,enable the use of 
                        lower doses of medicine 
                        lower doses of medicine 
                     •  Side effects may be minimized 
                        Side effects may be minimized 
                        and stronger medicine could be 
                        and stronger medicine could be 
                        used 
                        used 
                     •  Trigger based , will release 
                        Trigger based , will release 
                        medicine when needed  example 
                        medicine when needed  example 
                        Insulin delivery 
                        Insulin delivery 
         Correcting Genetic Disorders 
             Correcting Genetic Disorders 
                 Comparing the strand of nucleotides 
                   Comparing the strand of nucleotides 
                  segment by segment 
                   segment by segment 
                 Changing the nucleotides within a DNA 
                   Changing the nucleotides within a DNA 
                   so that it matches a correct pattern 
                    so that it matches a correct pattern