Antibiotic resistance is a growing global concern. Overprescribing and overusing various drugs contributes to the deepening of this problem. One of the model microorganisms in which this phenomenon is of a high importance is Helicobacter pylori, a common bacterium that causes a variety of gastric pathologies.
Slow. Painstaking. Frustrating. Repetitive. Inefficient.
These are the themes we hear from researchers all across the world as they genetically modify cells. Whether you electroporate, transfect, or infect, it can take months or even years to be successful.
We recognize that your time and your money are valuable, more so now than ever. Learn how our customers have put these struggles behind them to maximize their resources, minimize their time, and make cell lines from even the most challenging cell types.
Come Learn How:
• Sorting single cells into a shared media environment is optimal for gene editing
• Colony pickingSelecting and transferring a colony of interest (by morphology/fluorescence/genotype) into a new vessel for expansion. outperforms single cell deposition
• Hundreds of single cell clones can be grown in less than 5mL of media
• Automated identification and colony picking streamlines your workflow and reduces time and effort
A live demonstration of a BioFlux Shear Flow SystemA shear-flow platform compatible with inverted microscopes designed for running multiple parallel experiments in microfluidic plates with controlled flow. flowing florescent cells.
The rise of antibiotic-resistant bacteria, so-called ‘superbugs’, is one of the greatest threats to human health. As a society, if we fail to rapidly create
Learn how researchers from Johns Hopkins, Stanford, and the Lineberger Comprehensive Cancer Center have tackled tough challenges in cell line development. This webinar will present
Antibiotic resistance is a growing global concern. Overprescribing and overusing various drugs contributes to the deepening of this problem. One of the model microorganisms in which this phenomenon is of a high importance is Helicobacter pylori, a common bacterium that causes a variety of gastric pathologies.
Slow. Painstaking. Frustrating. Repetitive. Inefficient.
These are the themes we hear from researchers all across the world as they genetically modify cells. Whether you electroporate, transfect, or infect, it can take months or even years to be successful.
We recognize that your time and your money are valuable, more so now than ever. Learn how our customers have put these struggles behind them to maximize their resources, minimize their time, and make cell lines from even the most challenging cell types.
Come Learn How:
• Sorting single cells into a shared media environment is optimal for gene editing
• Colony picking outperforms single cell deposition
• Hundreds of single cell clones can be grown in less than 5mL of media
• Automated identification and colony picking streamlines your workflow and reduces time and effort
A live demonstration of a BioFlux Shear Flow System flowing florescent cells.
The rise of antibiotic-resistant bacteria, so-called ‘superbugs’, is one of the greatest threats to human health. As a society, if we fail to rapidly create
Learn how researchers from Johns Hopkins, Stanford, and the Lineberger Comprehensive Cancer Center have tackled tough challenges in cell line development. This webinar will present
