This paper carries out the implementation of a Raspberry-controlled bioreactor. The previously proposed model was analyzed and assembled to determine its effectiveness and solutions to the problems that emerged during construction were highlighted. The realization of the project is possible, as now some elements can be replaced. Overall, these modifications on this miniature rotary bioreactor make the apparatus exceptionally easy to build following designated guidelines. This updated device is susceptible to various experiments of varying lengths without having to worry about possible malfunctions such as unexpected events or hardware and software problems.
UPDATED MODIFICATIONS ABOUT SPIN BIOREACTOR
Capuzzo Arnaud Martino
Investigation
;
2020-01-01
Abstract
This paper carries out the implementation of a Raspberry-controlled bioreactor. The previously proposed model was analyzed and assembled to determine its effectiveness and solutions to the problems that emerged during construction were highlighted. The realization of the project is possible, as now some elements can be replaced. Overall, these modifications on this miniature rotary bioreactor make the apparatus exceptionally easy to build following designated guidelines. This updated device is susceptible to various experiments of varying lengths without having to worry about possible malfunctions such as unexpected events or hardware and software problems.
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Updated modifications about Spin Bioreactor.pdf
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