-
Webinar
Using MDS to observe protein oligomerizationIn this webinar we explore protein oligomerization, and look at two case studies where microfluidic diffusional sizing (MDS) was used to observe changing oligomeric states.
-
List
5 exciting papers on membrane proteinsThis list gives a summary and link to 5 excellent papers which highlight some of the most recent and exciting work taking place in the field of membrane proteins.
-
Infographic
The cost of poor quality proteinThis infographic explores what is meant by "protein quality" - and where it can cause problems in research.
-
Blog
Protein analysis techniques - a history and timelineProteins were discovered in the late 18th century, but analytical methods to observe them were not developed until more than 100 years later. This timeline shows when different techniques were developed.
-
Infographic
The KD cheat sheetThis printable "cheat sheet" gives an overview of what KD, the dissociation constant, means, how to calculate it, and how to experimentally measure it.
-
Publication
α-Synuclein-derived lipoparticles in the study of α-Synuclein amyloid fibril formationThis paper probes the interactions of α-synuclein with lipid particles using the Fluidity One and various other methods, to investigate the link between these interactions and α-synuclein aggregation.
-
Blog
The importance of pre-crystallization screening of membrane proteins - and how to do itWe investigate the importance of pre-screening membrane proteins before crystallization, with examples and comments from the literature, and take a look at 4 methods which can be used to do this.
-
Blog
Sources of inaccuracy in protein aggregation measurementThis blog explores the points to look out for when measuring protein aggregation through a variety of techniques that can reduce the accuracy of your results.
-
Blog
Gatekeeping your protein analysesThis blog explores how "gatekeeper" techniques can save time, cost and resources in your protein analyses and gives three golden rules to keep in mind when placing gatekeepers in your lab.
-
Blog
Understanding the cost of poor quality protein preparationsPoor quality protein preparations can dramatically impact downstream analyses, confounding results and wasting significant time and money. This blog explores just what protein quality means, and where poor quality can impact your research.
-
Infographic
Views from the lab 2019This infographic captures the results of our recent survey, asking researchers in protein science what research areas are important, and how they conduct their analyses.
-
Webinar
5 things size analysis can reveal about your protein - and how to measure for themWatch this webinar on-demand now, and find links to the articles and sources where you can find out more.
-
Blog
Protein DLS result not as expected? Try these troubleshooting tipsIf your DLS result for a protein sample is not what you expected, it could be down to one of these common reasons. Use this list to troubleshoot your DLS protein results fast.
-
Documentation
Fluidity One quick start guideThis handy quick start guide will have you running tests and interpreting results on the Fluidity One as soon as possible.
-
Documentation
Fluidity One and One-W comparatorThis overview document quickly outlines the differences between our Fluidity One and Fluidity One-W instruments.
-
Blog
Born Slippy; Protein-Lipid interactions around the human bodyThere are many proteins which interact with lipids in vivo, in complex relationships that have crucial impacts on organism health. These are often thought of as disease causing, but can also play roles in normal biochemical functions. Here are some examples of protein-lipid interactions from around the human body, which play a part in healthy activity in cells.
-
Blog
Protein aggregation - why it matters, and how to study itA growing field of research is dedicated to protein aggregation, which can be useful, functional or unwanted. This article explores some of the reasons why proteins aggregate, and details the techniques available to study it.
-
Blog
Biophysics for BiologistsProtein X is a key suspect in causing disease Y. So how do you study protein X? Here we look at biophysics from a biologist's point of view; asking why is biophysics important? What can biophysics contribute to biology? And what biophysics techniques should biologists know about, and use?
-
Documentation
Fluidity One User ManualThe Fluidity One user manual with full safety and operation information.
-
Blog
The role of analytics in the discovery and development of biopharmaceuticalsAs the biopharmaceuticals market continues to grow, how do laboratory analysis methods support discovery and development? And what should be considered when selecting an analysis method?