Figure 5.
Sickle cell RBCs retain mitochondria. Confocal imaging of blood cells from a patient who was SCD-Baseline stained with mitochondrial (MTG; green), and nuclear (Hoechst; blue) markers. The stained live cells were plated onto 35-mm No. 1.5 poly-d-lysine–coated glass-bottom Petri dishes, and superresolution imaging was performed on the instant SIM. Note that the majority of cells that stained with MTG are anucleate (Hoechst negative). A 3-dimensional superresolution imaging of this figure showing mitochondrial retention in red cells is shown in supplemental Video 1 containing cells that are stained with mitochondrial markers MTG (green), and TMRM (red), markers that stain inactive (depolorized) and active (polarized) mitochondria respectively, and nuclear marker Hoechst (blue).

Sickle cell RBCs retain mitochondria. Confocal imaging of blood cells from a patient who was SCD-Baseline stained with mitochondrial (MTG; green), and nuclear (Hoechst; blue) markers. The stained live cells were plated onto 35-mm No. 1.5 poly-d-lysine–coated glass-bottom Petri dishes, and superresolution imaging was performed on the instant SIM. Note that the majority of cells that stained with MTG are anucleate (Hoechst negative). A 3-dimensional superresolution imaging of this figure showing mitochondrial retention in red cells is shown in supplemental Video 1 containing cells that are stained with mitochondrial markers MTG (green), and TMRM (red), markers that stain inactive (depolorized) and active (polarized) mitochondria respectively, and nuclear marker Hoechst (blue).

Close Modal

or Create an Account

Close Modal
Close Modal