Latest How To Guides
Nine Ways To Improve Your Data Reproducibility
Download this guide to discover tips on improving your data reproducibility such as checking guidelines specific to your field, maintaining equipment and understanding analysis software.
Achieving Data Compliance: What Not To Do
Download this guide to learn how to avoid remediations for citations such as loss of electronic records, uncontrolled and unvalidated spreadsheets and conflict of interest.
A Guide to Build Laboratory Success
Building a new or relocated lab without infrastructure can be a daunting task. Not only understanding which boxes to check, but which lists to write can be overwhelming.
Lab Automation for Synthetic Biology Workflows
Download this guide to learn more about how automation can reduce human errors and increase the variety and number of experiments that can be conducted simultaneously.
How To Optimize Next-Generation Sequencing Workflows
Download this guide to learn more about techniques such as bulk tissue RNA sequencing, single-nucleus RNA sequencing and whole-genome DNA sequencing.
Best Practices for Returning to the Lab
Download this free how to guide to learn more about the tips and best practices for returning to the lab after an unexpected shutdown.
How To Implement a LIMS Successfully
Download this guide to learn about designing and building the LIMS IT platform, interfacing core analytical instruments, training the LIMS project team and LIMS implementation do's and don'ts.
Five Top Tips for High-Content Screening in 3D
Download this guide to learn how you can generate uniform 3D cell models, get the best quality images, minimize imaging time and volume of data as well as avoid unnecessary data transfer steps.
Automation That Connects Your Drug Discovery Workflow
With the laboratory of the future in mind, a flexible and fully integrated solution can help you to seamlessly connect workflows and data to effectively automate your science. Download this guide to discover how to improve reproducibility and productivity without compromising data quality.
How To Achieve High-Quality and Reproducible Flow Cytometry Data
Flow cytometry is an extremely widespread technique in the biomedical field as it has a large range of applications and is applicable to many cell types. Access this guide to discover the stages involved in achieving high-quality and reproducible flow cytometry data.