Sandbox Reserved 508: Difference between revisions

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A. Confocal microscope images of cardiomyocytes’ ROS production
A. Confocal microscope images of cardiomyocytes’ ROS production
Top row: ROS in myoctes which have been exposed to adenovirus without the UCP2 protein. Increased DCF fluorescence can be seen over time, representing the presence of a significant level of ROS. Bottom row: ROS in a myocytes exposed to an adenovirus producing the UCP2 protein.DCF fluorescence is barely visible, representing little to no ROS presence.
 
Top row: ROS in myoctes which have been exposed to adenovirus without the UCP2 protein. Increased DCF fluorescence can be seen over time, representing the presence of a significant level of ROS.    
 
Bottom row: ROS in a myocytes exposed to an adenovirus producing the UCP2 protein. DCF fluorescence is barely visible, representing little to no ROS presence.
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B. Quantitative representation of the changes in ROS levels corresponding to the fluorescence images in A using time-lapse confocal microscopy. The presence of UCP2 greatly reduces ROS levels, limiting damage to cardiac ventricular myocytes.
B. Quantitative representation of the changes in ROS levels corresponding to the fluorescence images in A using time-lapse confocal microscopy. The presence of UCP2 greatly reduces ROS levels, limiting damage to cardiac ventricular myocytes.