Laboratory Conferences - Chemistry Events

A Critical Review of Reproducibility and Replicability from the NAS in 2019
Data integrity is key to the advancement of science and to everyday commercial transactions. read more
Theory and Practical Applications of Automation Solutions in Analytical Measurements
Automated systems for sample preparation and analytical measurements must follow special protocols due to their complex process structure with multiple subprocesses. read more
Adding Humans to Computational Repeatability
Discussion about non-replicability and what can be done to mitigate it. read more
Improving Reproducibility and Replicability in the Sciences: Part 3
This installment is the third to examine the report on Reproducibility and Replicability by the National Academies of Science, Engineering, and Medicine. read more
Rapid and Automatable Desalting of Proteins and Protein Complexes by Size Exclusion Chromatography for On-Line Detection by Native Mass Spectrometry
Online buffer exchange is an effective screening tool that bridges the gap between protein expression and time-consuming structural biology methods. read more
Mass Spectrometric Detection for the Masses
The LC/MSD iQ is a major design step forward that will make MS detection in applied labs much more affordable and available. read more
STEM Reproducibility by the Numbers
When we hear attacks on the lack of reproducibility in science, we can respond with a thoughtful defense based upon our choice of subjects and the tools we use. read more
Pressurized Capillary Electrochromatography: A New Tool for Quantitative Analysis
Pressurized capillary electrochromatography should be useful in quantitative analysis, especially of complex mixtures such as tryptic digests, metabolomics, disinfection by-products, and pesticide ... read more
Facilitating Reproducibility in Data-Rich Sciences
Reproducibility is the bedrock by which scientific validity can be established and one of the central principles underlying scientific practice. This article looks to shed light on best practices ... read more
Accelerating biomarker development in translational cancer research: How the latest proteomics workflows offer enhanced reproducibility and scalability
This article investigates how the latest MS techniques are improving the accuracy, consistency and throughput of methods used throughout the translational proteomics pipeline, and highlight how a ... read more
Ultra-Low Temperature Freezer Storage in the Connected Lab
This article offers a comprehensive look at the evolution of ultra-low temperature freezers: from remote monitoring to predictive analytics to enhance sample safety. read more
Creating Intelligent Labs Through the Internet of Things
A detailed look into how intelligent laboratories through the Internet of Things (IoT) have been improved and how IoT is being utilized to accelerate workflow efficiency, enhance employee productivity... read more
The New Era of the Laboratory
The ability to gather data from lab equipment, via the Internet of Lab Things (IoLT) and software solutions, enables researchers to simply access complete and accurate data from lab equipment. But as ... read more
A Useful Tool for the Determination of Consistency in Semi-Solid Substances
This article focuses on the penetrometer, a newly designed tool for measuring the viscosity of semi-solid substances that is inexpensive and easy to use. read more
DOZN™ 2.0: A Quantitative Green Chemistry Evaluator
The DOZN™ 2.0 web-based, quantitative greener alternative scoring matrix is based on the 12 Principles of Green Chemistry developed by Paul Anastas and John Warner. Its adoption by the American ... read more