Advertisement · 728 × 90
#
Hashtag
#LAMP1
Advertisement · 728 × 90

Lysosomal #LAMP1 in red, #cytoskeleton #tubulin in cyan, nuclear #DNA staining in blue and the #PlasmaMembrane in gray.
While each cellular #organelle has specialized roles in the cell, their activities are well coordinated and are under a tight cross-regulation.

0 0 1 0
Microscopy image taken with ONI's Aplo Scope. The image is composed of 5 different colors showing 5 different targets: mitochondria and lysosomes in dSTORM and the plasma membrane, the cytoskeleton and the nucleus in diffraction-limited imaging. Each target is shown separately next to an overlay of all targets.

Microscopy image taken with ONI's Aplo Scope. The image is composed of 5 different colors showing 5 different targets: mitochondria and lysosomes in dSTORM and the plasma membrane, the cytoskeleton and the nucleus in diffraction-limited imaging. Each target is shown separately next to an overlay of all targets.

It's #FluorescenceFriday and this week we are sharing a beautiful 5-color image taken by ONI's senior scientists Dr Stefan Balint using our #AploScope. In this image, we have 2 detailed #dSTORM channels, showing the mitochondrial protein #Tomm20 and the lysosomal protein #LAMP1.

2 0 1 0
U2OS cells with two #SMLM channels - mitochondrial #Tomm20 in yellow and lysosomal #LAMP1 in red, and two diffraction-limited channels, tubulin in cyan and the plasma membrane (CellMask™ Green) in gray.

U2OS cells with two #SMLM channels - mitochondrial #Tomm20 in yellow and lysosomal #LAMP1 in red, and two diffraction-limited channels, tubulin in cyan and the plasma membrane (CellMask™ Green) in gray.

🌟 It's #FluorescenceFriday and we are proud to share an image we produced using #AploScope: U2OS cells with two #SMLM channels - mitochondrial #Tomm20 in yellow and lysosomal #LAMP1 in red, and two diffraction-limited channels, tubulin in cyan and the plasma membrane (CellMask™ Green) in gray.🔬

8 0 1 0