Reversible protein carbonylation in-vivo biosensor
Optical Sensors, 2019•opg.optica.org
… Abstract: We show preliminary results of an optical fiber based reversible in-vivo biosensor
for understanding redox balance within living systems. The biosensor measured protein
carbonyls (oxygen metabolism marker) in pig-skin, live mouse, and wheat plant. © 2019 The
Authors … This work shows the development of an optical fiber-based protein carbonylation
in-vivo sensor and preliminary in-vivo measurements of protein carbonyls within pig-skin, live
mouse and wheat plant. Work is continuing to characterize the sensor and repeated …
for understanding redox balance within living systems. The biosensor measured protein
carbonyls (oxygen metabolism marker) in pig-skin, live mouse, and wheat plant. © 2019 The
Authors … This work shows the development of an optical fiber-based protein carbonylation
in-vivo sensor and preliminary in-vivo measurements of protein carbonyls within pig-skin, live
mouse and wheat plant. Work is continuing to characterize the sensor and repeated …
Abstract
We show preliminary results of an optical fiber based reversible in-vivo biosensor for understanding redox balance within living systems. The biosensor measured protein carbonyls (oxygen metabolism marker) in pig-skin, live mouse, and wheat plant.
opg.optica.org
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