View source for 20240027397. Systems and Methods for Capturing Full Resolution Ion Mobility Data and Performing Multi-Analyte Targeted Data Acquisition simplified abstract (MOBILion Systems, Inc.)

=Systems and Methods for Capturing Full Resolution Ion Mobility Data and Performing Multi-Analyte Targeted Data Acquisition=


==Organization Name==

[[:Category:MOBILion Systems, Inc.|MOBILion Systems, Inc.]]


[[Category:MOBILion Systems, Inc.]]

==Inventor(s)==

[[:Category:John Daniel Debord of West Grove PA (US)|John Daniel Debord of West Grove PA (US)]][[Category:John Daniel Debord of West Grove PA (US)]]

[[:Category:Liulin Deng of Chester Springs PA (US)|Liulin Deng of Chester Springs PA (US)]][[Category:Liulin Deng of Chester Springs PA (US)]]

[[:Category:Zongyuan Chen of Claymont DE (US)|Zongyuan Chen of Claymont DE (US)]][[Category:Zongyuan Chen of Claymont DE (US)]]

==Systems and Methods for Capturing Full Resolution Ion Mobility Data and Performing Multi-Analyte Targeted Data Acquisition - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240027397 titled 'Systems and Methods for Capturing Full Resolution Ion Mobility Data and Performing Multi-Analyte Targeted Data Acquisition

==Simplified Explanation==

The patent application describes a system for capturing full resolution ion mobility data. It includes an ion mobility separation device that receives ions, guides a portion of them, and separates them based on their mobility. An ion detector receives the ions and detects ions with a predefined mass-to-charge ratio during a specific time period, generating a responsive signal. A data acquisition system receives the signal from the detector and generates a time-dependent ion signal representing the intensity of the signal at different arrival time periods during the time period. 

* The system captures full resolution ion mobility data.
* It separates ions based on their mobility using an ion mobility separation device.
* An ion detector detects ions with a specific mass-to-charge ratio during a defined time period.
* A data acquisition system generates a time-dependent ion signal representing the intensity of the detected ions at different arrival time periods.

Potential applications of this technology:

* Analyzing complex mixtures of ions in fields such as proteomics, metabolomics, and environmental analysis.
* Identifying and characterizing unknown compounds in various samples.
* Enhancing the accuracy and sensitivity of ion mobility measurements.

Problems solved by this technology:

* Overcoming limitations in traditional ion mobility techniques that may result in loss of resolution or sensitivity.
* Enabling the capture of full resolution ion mobility data, providing more detailed information about the analyzed ions.

Benefits of this technology:

* Improved understanding of complex mixtures of ions.
* Enhanced identification and characterization of unknown compounds.
* Increased accuracy and sensitivity in ion mobility measurements.


==Original Abstract Submitted==

a system for capturing full resolution ion mobility data includes an ion mobility separation device that receives ions, guides a portion thereof, and separates the guided ions based on mobility. an ion detector receives the ions, detects ions having a predefined mass-to-charge ratio during a time period, and generates a responsive signal(s). a data acquisition system receives the signal(s) from the detector and generates a time dependent ion signal representing intensity of the signal(s) at different arrival time periods during the time period. a system for performing multi-analyte targeted data acquisition includes an ion mobility separation device that receives a stream of ions, guides a portion of the ions, and separates the ions based on mobility. an ion detector receives the ions and switches from detecting a first mass-to-charge ratio during a first arrival time to detecting a second mass-to-charge ratio during a second arrival time of a first scan.



[[Category:G01N27/623]]
[[Category:H01J49/00]]