Gilson Connect
Processing thousands of wildlife samples for next-generation sequencing can overwhelm manual workflows. This case study shows how the Peery Wildlife Ecology and Conservation Lab automated key NGS steps with PIPETMAX® 268, reducing errors, doubling throughput, and enabling their team to scale conservation genomics research more efficiently.
To validate a novel, non-targeted diagnostic method for preeclampsia, researchers at UTCBS needed to process 263 clinical samples across 16,000+ wells. With PIPETMAX® 268, they successfully automated their liquid handling workflow, improving throughput, conserving sample volume, and enabling the statistical reproducibility necessary for meaningful machine learning analysis.
The Institute for Research and Innovation in Biomedicine (IRIB) focuses on developing innovative technologies for diagnosing, treating, and preventing diseases. In this case study, we explore how the researchers at IRIB are using preparative HPLC in their peptide purification drug discovery applications.
The University of Oxford reduces pipetting time by 75% with Gilson’s TRACKMAN® Connected system. Read more about their workflow and how they use connected tools to make their DNA normalization workflow more efficient.
Wastewater surveillance for COVID-19 outbreak detection is helping researchers speed up the identification of population-wide infections. Here’s how.
We recently sat down with Dr. Chung-Ho Lin from the University of Missouri to discuss his method and how Gilson PIPETMAX® 268 was incorporated into their wastewater surveillance workflow, and how this approach impacts efforts to mitigate the spread of COVID-19.
There are several factors to consider when entering into an OEM partnership, such as the expertise, manufacturing capabilities, and reliability of the potential partner, as well as branding considerations and product quality standards. This article discusses how we partnered with a Brazilian company to help them expand their product portfolio to include liquid handling tools.
Solutions that increase workflow efficiency for COVID-19 testing can help diagnostic laboratories improve productivity by increasing sample processing capacity and accuracy. Here we describe a lab's test method and how they have incorporated Gilson liquid handling tools into their workflow to help improve efficiency and increase testing throughput.
I-COVID is a rapid saliva-based COVID-19 test developed by the University of Illinois at Urbana-Champaign. We had the opportunity to interview Christian Messmacher, Chief Operating Officer of SHIELD T3, about the company, how their I-COVID test is expanding testing, and how he uses Gilson liquid handling tools to help facilitate the testing workflow.
Here, we discuss SHIELD T3, an organization founded by the University of Illinois to help expand the use of the I-COVID test. We describe their testing method and how Gilson liquid handling products are used to facilitate the workflow.
