View source for 20240043784. BIOLOGICAL SPECIMEN INCUBATOR simplified abstract (Analog Devices, Inc.)

=BIOLOGICAL SPECIMEN INCUBATOR=


==Organization Name==

[[:Category:Analog Devices, Inc.|Analog Devices, Inc.]]


[[Category:Analog Devices, Inc.]]

==Inventor(s)==

[[:Category:Max Marcel Marcel Shulaker of Cambridge MA (US)|Max Marcel Marcel Shulaker of Cambridge MA (US)]][[Category:Max Marcel Marcel Shulaker of Cambridge MA (US)]]

[[:Category:Alicia Ann Coto of Boston MA (US)|Alicia Ann Coto of Boston MA (US)]][[Category:Alicia Ann Coto of Boston MA (US)]]

[[:Category:Graham E. Mcgrath of Boston MA (US)|Graham E. Mcgrath of Boston MA (US)]][[Category:Graham E. Mcgrath of Boston MA (US)]]

[[:Category:Samuel H. Fuller of Wellesley MA (US)|Samuel H. Fuller of Wellesley MA (US)]][[Category:Samuel H. Fuller of Wellesley MA (US)]]

==BIOLOGICAL SPECIMEN INCUBATOR - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240043784 titled 'BIOLOGICAL SPECIMEN INCUBATOR

==Simplified Explanation==

The abstract describes an incubation system for gas detection of a biological specimen. Here is a simplified explanation of the patent application:

* An incubation system for gas detection of a biological specimen is disclosed.
* The system includes a gas or optical sensor that can be placed in communication with a biological specimen vessel.
* The sensor generates an electrical response signal indicating a chemical characteristic associated with the specimen.
* The specimen is incubated in a temperature-controlled chamber, such as within a shelf with multiple receptacles.
* Processing circuitry is used to connect the sensor and the biological specimen vessel.

Potential Applications:

* Medical diagnostics: The system can be used in medical laboratories or healthcare facilities to detect gases emitted by biological specimens, aiding in the diagnosis of diseases or infections.
* Environmental monitoring: The system can be utilized in environmental monitoring to detect gases emitted by biological samples, helping to assess the health of ecosystems or identify pollution sources.
* Biotechnology research: The system can be employed in biotechnology research to analyze the gas emissions of biological specimens, enabling the study of metabolic processes or the development of new drugs.

Problems Solved:

* Non-invasive detection: The system provides a non-invasive method for detecting chemical characteristics of biological specimens, eliminating the need for invasive procedures.
* Real-time monitoring: The system allows for real-time monitoring of gas emissions from biological specimens, providing timely information for analysis and decision-making.
* Controlled incubation: The temperature-controlled chamber ensures that the biological specimens are incubated under optimal conditions, enhancing the accuracy and reliability of the gas detection process.

Benefits:

* Improved accuracy: The system provides accurate detection of chemical characteristics associated with biological specimens, leading to more reliable diagnostic results or research findings.
* Time and cost savings: The non-invasive nature of the system reduces the need for complex sample preparation procedures, saving time and resources.
* Versatility: The system can be used with various types of biological specimens and can be easily integrated into existing laboratory equipment or systems.


==Original Abstract Submitted==

an incubation system for gas detection of a biological specimen can include a gas or optical sensor. the sensor can be arranged to be placed in communication with at least one biological specimen vessel for generating an electrical response signal indicating a chemical characteristic associated with the specimen. the specimen can be incubated in a temperature-controlled chamber, such as within a shelf defining a plurality of receptacles. processing circuitry can be included or used such as to place the sensor and at least one biological specimen vessel in communication with each other.



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