CARE-PCR: A Portable OpenPCR Thermocyler

Environmental monitoring applications often employ an RT-PCR assay step in their methodologies, and often collect samples in the field, far away from a laboratory. In this setting, such fieldwork would benefit greatly from a device that can carry out the reaction. This project involved the construction of a custom RT-PCR thermocycler based on OpenPCR's open source design with the objective of portability, achieved through battery operation. Design changes were made to both scale back the power consumption of the device to 50W, while managing the tradeoffs that come with this miniaturization in order to achieve battery powered operation. A heating element was introduced to improve temperature ramp rate performance, alongside a custom power module to facilitate battery operations. Portability is supplemented by LCD-keypad standalone user interfacing, alongside logging and real time clock features for user accessibility.

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Publication Details

Published
2024-12-01
DOI
https://doi.org/10.1109/tencon61640.2024.10902898
Primary Topic
Viral gastroenteritis research and epidemiology
Type
article
Field-Weighted Citation Impact
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article

CARE-PCR: A Portable OpenPCR Thermocyler

Angelo I. Aquino, Paul Jason Co, Maria Theresa de Leon, Marc Rosales et al.
Viral gastroenteritis research and epidemiology
article

CARE-PCR: A Portable OpenPCR Thermocyler

Angelo I. Aquino, Paul Jason Co, Maria Theresa de Leon, Marc Rosales, Eduardo Mendoza, John Richard E. Hizon
article en

Abstract

Environmental monitoring applications often employ an RT-PCR assay step in their methodologies, and often collect samples in the field, far away from a laboratory. In this setting, such fieldwork would benefit greatly from a device that can carry out the reaction. This project involved the construction of a custom RT-PCR thermocycler based on OpenPCR's open source design with the objective of portability, achieved through battery operation. Design changes were made to both scale back the power consumption of the device to 50W, while managing the tradeoffs that come with this miniaturization in order to achieve battery powered operation. A heating element was introduced to improve temperature ramp rate performance, alongside a custom power module to facilitate battery operations. Portability is supplemented by LCD-keypad standalone user interfacing, alongside logging and real time clock features for user accessibility.

University of the Philippines Diliman (PH)
Openalex Percentile: Top 68%
Viral gastroenteritis research and epidemiology
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