IMPLANTABLE MEDICAL DEVICE SYSTEM AND METHOD FOR ADAPTING FUNCTIONS OF THE CLINICIAN'S WORKSTATION THEREOF

• US 20090187426A1
• Filed: 05/31/2006
• Published: 07/23/2009
• Est. Priority Date: 05/31/2006
• Status: Abandoned Application

• Current Assignee: St. Jude Medical AB (Abbott Laboratories Incorporated)
• Original Assignee: St. Jude Medical AB (Abbott Laboratories Incorporated)
• Inventors: Kerstna, Jürgen, Hedberg, Sven-Erik, Lychou, Leif, Malmberg, Patrik
• Application Number:
  US12/301,691
• Publication Number:
  US 20090187426A1
• Time in Patent Office: Days
• US Class Current: 705/3
• CPC Class Codes: A61N 1/37282 characterised by communication with experts in remote locations using a network
• CPC Class Codes: G16H 40/63 for local operation

Abstract

Functions of a clinician'"'"'s workstation, which is a part of an implantable medical system that also includes an implantable medical device, are dynamically adapted dependent on collected patient data and/or collected data relating to operation of the implantable medical device. The adaptation can take place based on instructions provided to the workstation from a server, that is supplied with the collected data, and that processes the collected data to produce the instructions.

Claims

1-25. -25. (canceled)

26. A method for adapting functions of a clinician'"'"'s workstation in an implantable medical device system that includes at least one implantable medical device implanted in a patient, comprising the steps of:

at the clinician'"'"'s workstation, collecting collected data selected from the group consisting of patient data and data relating to operation of said implantable medical device; and

automatically dynamically adapting functions of the clinician'"'"'s workstation dependent on said collected data.

27. A method as claimed in claim 26 comprising:

from said collected data, dividing an indication of a status of said patient; and

automatically dynamically adapting said functions of said clinician'"'"'s workstation dependent on said patient status.

28. A method as claimed in claim 26 comprising:

forwarding said collected data from said clinician'"'"'s workstation to a server in communication with said clinician'"'"'s workstation;

at said server, processing said collected data to produce instructions for adapting said functions of said clinician'"'"'s workstation dependent on said collected data; and

transmitting said instructions from said server to said clinician'"'"'s workstation and dynamically adapting the functions of the clinician'"'"'s workstation according to said instructions.

29. A method as claimed in claim 28 wherein the step of collecting said collected data includes periodically collecting new patient data, and wherein the step of forwarding said collected data to said server comprises forwarding said collected data, including said new patient data, to said server upon each occurrence of collection of new patient data.

30. A method as claimed in claim 26 comprising collecting said collected data at said clinician'"'"'s workstation from a source selected from the group consisting of said implanted medical device, a clinician, external measurement equipment that interacts with the patient, and data sources remote from said clinician'"'"'s workstation.

31. A method as claimed in claim 26 wherein said collected data include said patient data, and comprising:

classifying said patient data into different patient status category; and

dynamically adapting said functions of said clinician'"'"'s workstation differently for each of said patient status categories.

32. A method as claimed in claim 26 wherein said collected data include patient data, and comprising:

making said data available to a clinician to generate a categorization of a patient status of said patient made by said clinician; and

dynamically adapting said functions of said clinician'"'"'s workstation according to said patient status categorization.

33. A method as claimed in claim 26 wherein the step of collecting said collected data comprises retrieving stored patient data from a knowledge base, and acquiring new patient data, and using the stored patient data in combination with said new patient data to dynamically adapt the functions of the clinician'"'"'s workstation, and updating said knowledge base with said new patient data.

34. A method as claimed in claim 26 comprising:

deriving a patient status of said patient from said collected data; and

providing different displayable pages at said clinician'"'"'s workstation respectively for different patient statuses; and

respectively dynamically adapting said pages, as said functions of said clinician'"'"'s workstation, dependent on said patient statuses derived from said collected data.

35. A method as claimed in claim 26 comprising dynamically adapting a function of said clinician'"'"'s workstation dependent on said collected data, selected from the group consisting of at least one new test to be performed on said patient, an updated test to be performed on said patient, an algorithm for interpreting data from said implanted medical device, a user interface, and a workflow of treatment being administered to the patient by said implantable medical device.

37. A clinician'"'"'s workstation as claimed in claim 26 wherein said processor is configured to, from said collected data, divide an indication of a status of said patient, and to automatically dynamically adapt said functions of said clinician'"'"'s workstation dependent on said patient status.

36. A clinician'"'"'s workstation for adapting functions of a clinician'"'"'s workstation in an implantable medical device system that includes at least one implantable medical device implanted in a patient, comprising:

a data reception unit that collects collected data selected from the group consisting of patient data and data relating to operation of said implantable medical device; and

a processor configured to automatically dynamically adapt functions of the clinician'"'"'s workstation dependent on said collected data.

38. A clinician'"'"'s workstation as claimed in claim 36 comprising:

a server communication unit configure to forward said collected data from said clinician'"'"'s workstation to a server in communication with said clinician'"'"'s workstation, and to receive instructions from said server, that were produced at said server from said collected data for adapting said functions of said clinician'"'"'s workstation dependent on said collected data, and to provide said instructions to said processor, said processor being configured to dynamically adapt the functions of the clinician'"'"'s workstation according to said instructions.

39. A clinician'"'"'s workstation as claimed in claim 38 wherein said data reception unit is configured to periodically collect new patient data, and wherein said server communication unit is configured to forward said collected data, including said new patient data, to said server upon each occurrence of collection of new patient data.

40. A clinician'"'"'s workstation as claimed in claim 36 wherein said data reception unit is configured to receive collected data from a source selected from the group consisting of said implanted medical device, a clinician, external measurement equipment that interacts with the patient, and data sources remote from said clinician'"'"'s workstation.

41. A clinician'"'"'s workstation as claimed in claim 36 wherein said collected data include said patient data, and wherein said processor is configured to classify said patient data into different patient status category, and to dynamically adapt said functions of said clinician'"'"'s workstation differently for each of said patient status categories.

42. A clinician'"'"'s workstation as claimed in claim 36 wherein said collected data include patient data, and wherein:

said data reception unit is configured to receiver a categorization of a patient status of said patient made by a clinician; and

said processor is configured to dynamically adapt said functions of said clinician'"'"'s workstation according to said patient status categorization.

43. A clinician'"'"'s workstation as claimed in claim 36 wherein said data collection unit is configured to retrieve stored patient data from a knowledge base, and to receive new patient data, and wherein said processor is configured to use the stored patient data in combination with said new patient data to dynamically adapt the functions of the clinician'"'"'s workstation, and to update said knowledge base with said new patient data.

44. A clinician'"'"'s workstation as claimed in claim 36 comprising a display, and wherein said processor is configured to derive a patient status of said patient from said collected data, and to provide different displayable pages at said display respectively for different patient statuses, and to respectively dynamically adapt said pages, as said functions of said clinician'"'"'s workstation, dependent on said patient statuses derived from said collected data.

45. A clinician'"'"'s workstation as claimed in claim 36 wherein said processor is configured to dynamically adapt a function of said clinician'"'"'s workstation dependent on said collected data, selected from the group consisting of at least one new test to be performed on said patient, an updated test to be performed on said patient, an algorithm for interpreting data from said implanted medical device, a user interface, and a workflow of treatment being administered to the patient by said implantable medical device.

46. A server comprising:

a server input configured for communication with a clinician'"'"'s workstation of an implantable medical device system, that also includes an implantable medical device, to receive collected data from said clinician'"'"'s workstation selected from the group consisting of data concerning a patient in whom the implantable medical device is implanted, and data concerning operation of the implantable medical device;

a processor configured to analyze said collected data to derive instructions therefrom for dynamically adapting functions of the clinician'"'"'s workstation dependent on said collected data; and

a forwarding unit configured to forward said instructions from said server to said clinician'"'"'s workstation.

47. A server as claimed in claim 46 wherein said collected data include patient data, and wherein said processor is configured to derive said instructions by classifying said patient data into one of a number of predetermined patient status classes;

and to generate said instructions dependent on the classification of said patient data.

48. A server as claimed in claim 46 wherein said server has access to stored patient data from a knowledge base, and wherein said processor is configured to derive said instructions using stored data retrieved from said knowledge base together with said collected data.

49. A server as claimed in claim 46 wherein said forwarding unit is configured to formulate and forward said instructions as adapted software for operating said clinician'"'"'s workstation.

50. A server as claimed in claim 46 wherein said processor is configured to generate different displayable pages respectively containing different information dependent on different patient statuses derived from said collected data, and to formulate said instructions as a designation as to which of said displayable pages is to be displayed at said clinician'"'"'s workstation.

51. A server as claimed in claim 46 wherein said processor is configured to formulate said instructions as instructions selected from the group consisting of instructions to execute a new test on the patient, instructions to execute an updated test on the patient, instructions for interpreting data from said implantable medical device, instructions for adapting a user interface of said clinician'"'"'s workstation, and instructions for adapting a workflow of a treatment administered by said implantable medical device.