View source for 20240032843. INTRAOPERATIVE ALARM MONITOR simplified abstract (Libra Science Ltd.)

=INTRAOPERATIVE ALARM MONITOR=


==Organization Name==

[[:Category:Libra Science Ltd.|Libra Science Ltd.]]


[[Category:Libra Science Ltd.]]

==Inventor(s)==

[[:Category:Shlomo Ben-haim of Milan (IT)|Shlomo Ben-haim of Milan (IT)]][[Category:Shlomo Ben-haim of Milan (IT)]]

==INTRAOPERATIVE ALARM MONITOR - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240032843 titled 'INTRAOPERATIVE ALARM MONITOR

==Simplified Explanation==

The patent application describes a system for automatically monitoring new onset conduction disturbances (NOCD) during surgery. The system compares metric values derived from an ECG signal recording to reference values and raises an alarm if a new onset conduction disorder is detected. The comparison can also indicate other indications. The reference values can be obtained from a baseline ECG signal recording or from a database of previously observed associations between ECG signals and NOCD. In some cases, the comparison is also made to threshold values defined by clinical heart block criteria. The comparison can combine ranges using boolean logic. The system can also use a database of previously observed associations between non-ECG data and NOCD to modulate the comparison and alarm triggering. Additionally, the system allows users to select alarm triggering conditions through a user interface.

* The system automatically monitors new onset conduction disturbances during surgery.
* It compares metric values derived from an ECG signal recording to reference values.
* An alarm is raised if a new onset conduction disorder is detected.
* The comparison can also indicate other indications.
* The reference values can come from a baseline ECG signal recording or a database of previously observed associations.
* The comparison can also be made to threshold values defined by clinical heart block criteria.
* The comparison can combine ranges using boolean logic.
* The system can use a database of previously observed associations between non-ECG data and NOCD to modulate the comparison and alarm triggering.
* Users can select alarm triggering conditions through a user interface.

== Potential Applications ==
* Intraoperative monitoring of new onset conduction disturbances during surgery.
* Early detection of conduction disorders to prevent complications.

== Problems Solved ==
* Manual monitoring of conduction disturbances during surgery is time-consuming and prone to human error.
* Delayed detection of conduction disorders can lead to complications and adverse outcomes.

== Benefits ==
* Automatic monitoring allows for real-time detection of new onset conduction disturbances.
* Early detection can prompt timely interventions and prevent complications.
* Reduces the need for manual monitoring and potential human error.


==Original Abstract Submitted==

automatic intraoperative monitoring of new onset conduction disturbances (nocd) comprising comparison of metric values derived from an ecg signal recording to reference values. an alarm is raised when the comparison result indicates a new onset conduction disorder. other indications of the comparison may also be presented. reference values may derive, for example, from a baseline ecg signal recording, and/or from a database of previously observed associations between ecg signals and nocd. in some embodiments, comparison is also made to threshold values defined by clinical heart block criteria. baseline and clinical threshold values may define a range used in the comparison. comparison may combine ranges; for example, using boolean logic. comparison and/or alarm triggering is optionally modulated by a database of previously observed associations between non-ecg data and nocd. optionally, a user is enabled to select alarm triggering conditions through a user interface.



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