videos
Lumencor Company Overview and Product Demo
A brief overview of Lumencor's mission, value proposition and newest product offerings is presented. Included are the newest line of multi-band solid state light engines™ and the CORE products, customizable breadboard systems that embody the complete illumination and emission optical train for fluorescence based bioanalytical instruments. The demonstration employs oscilloscope traces to show bright color bands, fast switching times and stable power levels from the solid state sources.
AURA light engine demo
A four color, AURA light engine TM, demonstration unit was presented at PITTCON 2009 in Chicago, IL. Oscilloscope traces show high power outputs, fast switching and stabililty with complete electronic control of the solid state lighting subsystem.
*YouTube video courtesy of AZoNano.com.
Two color male pig kidney epithelial cells (LLC-PK1) undergoing mitosis
A culture of male pig kidney epithelial cells (LLC-PK1 line) expressing mCherry and mEmerald fluorescent proteins fused to human histone H2B and alpha-tubulin, respectively. The video was captured using a Nikon Eclipse TE2000 microscope and Lumencor AURA light engine™ using Elements software.
Tri color male pig kidney epithelial cells video
A culture of male pig kidney epithelial cells (LLC-PK1 line) transfected with TagBFP, mCherry and mEmerald Fluorescent Proteins highlights the H2B histone protein, peroxisome and mitochondria, respectively. This three color time lapsed video was collected on Nikon Elipse TE microscope using Elements Software.
Dual color human osteosarcoma video
Human osteosarcoma (bone cancer, U2 line) was transfected with mCherry and monomeric Enhanced Green Fluorescent Proteins to highlight H2B histone protein and transferrin receptor, respectively in a dual color video driven by a Lumencor light engine on a Nikon Eclipse TE microscope with Elements Drivers.
Dual color male pig kidney epithelial cells II
A culture of male pig kidney epithelial cells (LLC-PK1 line) transfected with mEmerald and mRuby Fluorescent Protein to show H2B histone protein and microtubule-associated EB3 protein, respectively in a dual color video driven by a Lumencor light engine on a Nikon Eclipse TE microscope with Elements Drivers.
**Live Cell Video data kindly provided by Michael W. Davidson, Florida State University.
