Skip to main content
Menu
US
Cell Counting and Image Cytometry

CPE of ECMV on Baby Hamster Kidney Cells

Section
Modern Virology Assays
Celigo Applications
Cell Counting Method Selection
Cell Counting and Image Cytometry FAQs
Cell-based Assays for Bioprocessing
Cell-based Assays for Gene Therapy Development
Cellometer Applications
Modern Virology Assays
Sub Section
Cytopathic Effects
Antibody Binding Inhibition
Antibody Neutralization
Cytopathic Effects
Viral Titre
Topic
CPE of ECMV on Baby Hamster Kidney Cells
CPE of ECMV on Baby Hamster Kidney Cells
CPE of SV-5 Virus on CHO-K1 Cells
CPE of Zika Virus on HMC3 and JEG-3 Cells
CPE of Measles Virus on MRC-5 Cells
CPE of PI3 Virus on Vero Cells

Cytopathic effects (CPE) of encephalomyocalditis virus (ECMV) on baby hamster kidney cells (BSR)

The BSR host cells are seeded in a 96-well plate and allowed to reach 100% confluence in the wells. The host cells are then infected with ECMV and a mock virus at 1:10 titrations following the plate map shown below. After the incubation, the monolayer of cells is fixed and stained with crystal violet. As the virus concentration increase, the host cells are killed and reducing the monolayer in the wells. The Celigo™ image cytometer automatically quantifies the percentage of host cells remaining in each well which, in this example, contain serial dilutions of ECMV.

CPE of ECMV on baby hamster kidney cells-1

Plate map showing host cells infected with ECMV and a mock virus at 1:10 titrations

CPE of ECMV on baby hamster kidney cells-2

Virus concentration-dependent CPE response showing a reduction in host cell confluence as virus concentration increases. From left, monolayer remaining is 99%, 40% and 10%.

CPE of ECMV on baby hamster kidney cells-3

Celigo generated heat-map for immediate viewing of trends and reproducibility

CPE of ECMV on baby hamster kidney cells-4

The confluence percentage data can be plotted to produce viral titer curves and determine TCID50s

For research use only. Not for use in diagnostic procedures.

ON THIS PAGE