Modified host bio-data management

• US 8,271,202 B1
• Filed: 10/26/2006
• Issued: 09/18/2012
• Est. Priority Date: 02/11/2002
• Status: Expired due to Fees

• Current Assignee: Dennis Fernandez
• Original Assignee: Dennis Fernandez
• Inventors: Fernandez, Dennis S.
• Primary Examiner(s): Riggs, II, Larry D
• Application Number:
  US11/588,529
• Time in Patent Office: 2,154 Days
• Field of Search: None
• US Class Current: 702/19
• CPC Class Codes: G01N 33/54366 Apparatus specially adapted for solid-phase testing

Abstract

Modified host bio-data includes biogenetic modeling, sequence engineering, material manufacturing, gene therapy, embedded sensing, programmable operation, tissue scaffolding, clinical trials, contamination checks, and host monitoring. Bio-data are managed for device malfunction or infectious release. Genetically programmable finite state module having partitions or multi-cavity may be accessed for embedded host biometric application. Electronic computer or functionally equivalent system or distributed systems for processing digital data serves to manage modified host data. Unique host identifier and modification indication are stored or accessed in authenticated manner. Modification may be structural tissue regeneration or genetic therapy. Host condition is monitored by accessing host identifier and modification indication, per sensor signal generated by embedded sensors, accessible by wireless communication, generated per request signal, and generated by silicon or quantum dot devices, each sensor partitioned separately in multi-partition device. Device is programmed to switch states of partitions. Sensor signal may indicate contamination. Sensor set corresponds with state device set of finite state machine, so state device indicates state per first sensor sensing host modification, and other state device indicates other state in response to second sensor sensing modification.

Claims

1. Integrated sensor platform for multiple modified-host data comprising:

first sensor comprising semiconductor-based nanocrystal for sensing first host to generate first signal;

second sensor comprising semiconductor-based quantum device for sensing second host to generate second signal;

network interface coupled to first and second sensors; and

network accessible information repository coupled to said first and second sensors via said network interface;

wherein a functionally integrated platform couples the first and second sensors via the network interface to a network accessible information repository that collects modified-host data that is data associated, logically linked, or otherwise deterministically identifiable with one or more unique modified-host, such modified-host data being identifiable uniquely to such one or more host and comprising biogenetic modeling data, sequence engineering data, material manufacturing data, gene therapy data, embedded sensing data, programmable operation data, tissue scaffolding data, clinical trials data, contamination check data, and host monitor data structure, such modified-host data storage structure being identifiable uniquely to such one or more host.

2. Platform of claim 1 wherein:

the first or second sensor comprises multi-cavity finite-state machine having pair of bi-stable registers;

wherein said finite-state machine provides binary detection state signal to be stored on said network accessible information repository.

3. Platform of claim 1 wherein:

the first or second sensor is implanted in host tissue scaffold.

4. Platform of claim 1 wherein:

the first or second signal is accessed using Bayesian network software or firmware.

5. Platform of claim 1 wherein:

computer-assisted simulation or modeling is performed using the first or second sensor signal data generated in response to biological host system perturbation.

6. Platform of claim 1 wherein:

the first or second host is modified structurally or genetically.

7. Integrated sensing method for multiple host data comprising steps:

sensing by first sensor comprising semiconductor-based nanocrystal coupled to first host to generate first signal; and

sensing by second sensor comprising semiconductor-based quantum device coupled to second host to generate second signal;

wherein network interfaces to first and second sensors, communicating signal from said first and second sensor;

storing said first and second signal;

wherein a functionally integrated platform couples the first and second sensors via the network interface to a network accessible information repository that collects modified-host data that is unified data associated, logically linked, or otherwise deterministically identifiable with one or more unique modified-host, such modified-host data being identifiable uniquely to such one or more host and comprising biogenetic modeling data, sequence engineering data, material manufacturing data, gene therapy data, embedded sensing data, programmable operation data, tissue scaffolding data, clinical trials data, contamination check data, and host monitor data structure, such modified-host data storage structure being identifiable uniquely to such one or more host.

8. Method of claim 7 wherein:

the first or second sensor comprises multi-cavity finite-state machine having pair of bi-stable registers;

wherein said finite-state machine provides binary detection state signal to be stored on said network accessible information repository.

9. Method of claim 7 wherein:

the first or second sensor is implanted in host tissue scaffold.

10. Method of claim 7 wherein:

the first or second signal is accessed using Bayesian network software or firmware.

11. Method of claim 7 wherein:

computer-assisted simulation or modeling is performed using the first or second sensor signal data generated in response to biological host system perturbation.

12. Method of claim 7 wherein:

the first or second host is modified structurally or genetically.

13. Computer-aided attribute collection apparatus comprising:

computer-aided means for collecting modified host data structure;

sensing means coupled to collecting means, such sensing means comprising semiconductor-based nanocrystal or quantum device for sensing one or more host to generate modified host data;

wherein a functionally integrated platform couples the sensing means via a network interface to the collecting means comprising a network accessible information repository that collects modified-host data that is data associated, logically linked, or otherwise deterministically identifiable with one or more unique modified-host, such modified-host data being identifiable uniquely to such one or more host and comprising biogenetic modeling data, sequence engineering data, material manufacturing data, gene therapy data, embedded sensing data, programmable operation data, tissue scaffolding data, clinical trials data, contamination check data, and host monitor data structure, such modified-host data storage structure being identifiable uniquely to such one or more host.

14. Apparatus of claim 13 wherein:

said sensing means comprises multi-cavity finite-state machine having one or more bi-stable register;

wherein said finite-state machine provides binary detection state signal to be stored on said network accessible information repository.

15. Apparatus of claim 13 wherein:

said sensing means is implanted in host tissue scaffold.

16. Apparatus of claim 13 wherein:

collected data structure is accessed using Bayesian network software or firmware.

17. Apparatus of claim 13 wherein:

computer-assisted simulation or modeling is performed using the first or second sensor signal data generated in response to biological host system perturbation.

18. Apparatus of claim 13 wherein:

at least one host is modified structurally or genetically.