Abstract: A method of autoverifying clinical test results comprises displaying an autoverification process as a flowchart on a graphical user interface. The autoverification process is defined by a plurality of nodes and a plurality of edges connecting the nodes. The autoverification process is configured to evaluate a result and determine if the test result meets a predetermined criteria. The method further comprises receiving the test result and automatically performing the autoverification process on the test result. A system for creating and implementing the autoverification processes comprises a graphical user interface configured to display the autoverification process as a flowchart. The system includes an input configured to receive the clinical test result from a laboratory analyzer. The system also includes a processor configured to analyze the clinical test result according to the defined autoverification process.

Abstract: A method of testing an autoverification rule comprises providing a rule check including a example test result. After the rule check is provided, the autoverification rule is automatically performed on the rule check. Performance of the autoverification rule on the rule check provides a rule check output. It is then determined whether the rule check output is an expected output. A system for testing the autoverification rules comprises a graphical user interface configured to display an autoverification rule and receive the rule check for the autoverification rule. The system further includes a processor configured to automatically perform the autoverification rule on the rule check and provide a rule check output. The processor is further configured to receive an input indicating whether the rule check output is an approved output for the autoverification rule.

Abstract: A method of autoverifying clinical test results comprises displaying an autoverification process as a flowchart on a graphical user interface. The autoverification process is defined by a plurality of nodes and a plurality of edges connecting the nodes. The autoverification process is configured to evaluate a result and determine if the test result meets a predetermined criteria. The method further comprises receiving the test result and automatically performing the autoverification process on the test result. A system for creating and implementing the autoverification processes comprises a graphical user interface configured to display the autoverification process as a flowchart. The system includes an input configured to receive the clinical test result from a laboratory analyzer. The system also includes a processor configured to analyze the clinical test result according to the defined autoverification process.

Abstract: A method of autoverifying clinical test results comprises displaying an autoverification process as a flowchart on a graphical user interface. The autoverification process is defined by a plurality of nodes and a plurality of edges connecting the nodes. The autoverification process is configured to evaluate a result and determine if the test result meets a predetermined criteria. The method further comprises receiving the test result and automatically performing the autoverification process on the test result. A system for creating and implementing the autoverification processes comprises a graphical user interface configured to display the autoverification process as a flowchart. The system includes an input configured to receive the clinical test result from a laboratory analyzer. The system also includes a processor configured to analyze the clinical test result according to the defined autoverification process.

Abstract: A method of testing an autoverification rule comprises providing a rule check including a example test result. After the rule check is provided, the autoverification rule is automatically performed on the rule check. Performance of the autoverification rule on the rule check provides a rule check output. It is then determined whether the rule check output is an expected output. A system for testing the autoverification rules comprises a graphical user interface configured to display an autoverification rule and receive the rule check for the autoverification rule. The system further includes a processor configured to automatically perform the autoverification rule on the rule check and provide a rule check output. The processor is further configured to receive an input indicating whether the rule check output is an approved output for the autoverification rule.

Abstract: A method of autoverifying clinical test results comprises displaying an autoverification process as a flowchart on a graphical user interface. The autoverification process is defined by a plurality of nodes and a plurality of edges connecting the nodes. The autoverification process is configured to evaluate a result and determine if the test result meets a predetermined criteria. The method further comprises receiving the test result and automatically performing the autoverification process on the test result. A system for creating and implementing the autoverification processes comprises a graphical user interface configured to display the autoverification process as a flowchart. The system includes an input configured to receive the clinical test result from a laboratory analyzer. The system also includes a processor configured to analyze the clinical test result according to the defined autoverification process.

Abstract: A software architecture includes a router that receives all messages from modules in a software system. Each message is associated with one of several pre-defined message translations, including message attributes, which are maintained by a Keeper database. Individual modules may send messages to the Router requesting that they receive messages having message attributes that match specified criteria. A common messaging control is encodes each message according to a hierarchical format so that any module receiving a message can decode the message and receive data elements from it without knowledge of the precise structure or sequence of data elements in the message.