Customer Spotlights and Case Studies
Customers are using our products and technologies to solve real-world research problems. Learn from their stories and browse case studies to see how we can help you tackle your biggest challenges.
Customer Spotlights
Autophagy
![alan-richardson-video-tile-215x121](https://scv10mr-cdnpre-p-cus-00.azureedge.net/-/media/images/resources/articles-and-publications/pubhub/customer-spotlights/alan-richardson-video-tile-215x121.jpg?rev=75caceffa28043d287421a80c138e2bc&sc_lang=es-es)
Dr. Alan Richardson, Keele University
Dr. Richardson’s lab uses the NanoBiT® Protein:Protein Interaction System to measure the association of two proteins involved in autophagosome formation in live cells.
Immunotherapy
![aldo-pourchet-video-tile-215x121](https://scv10mr-cdnpre-p-cus-00.azureedge.net/-/media/images/resources/articles-and-publications/pubhub/customer-spotlights/aldo-pourchet-video-tile-215x121.jpg?rev=5391a2960b2345639d31634cec80e72c&sc_lang=es-es)
Dr. Aldo Pourchet, Omios Biologics
Dr. Pourchet explains the power of recruiting viruses for immunotherapy, and how real-time monitoring assays are key to developing this approach.
Live-Cell Imaging
![lifang-chu-video-tile-215x121](https://scv10mr-cdnpre-p-cus-00.azureedge.net/-/media/images/resources/articles-and-publications/pubhub/customer-spotlights/lifang-chu-video-tile-215x121.jpg?rev=f46c70140e21405d8ca8a1861fbd94d7&sc_lang=es-es)
Dr. Li-Fang Chu, University of Calgary
Using bioluminescence live-cell imaging in a stem-cell model, Dr. Chu’s group studied a gene involved in human embryonic development.
Three-D Cell Assays
![samantha-llewellyn-video-tile-215x121](https://scv10mr-cdnpre-p-cus-00.azureedge.net/-/media/images/resources/articles-and-publications/pubhub/customer-spotlights/samantha-llewellyn-video-tile-215x121.jpg?rev=56c94a683c3c4a419d665d44155fe364&sc_lang=es-es)
Samantha Llewellyn, Swansea University
Samantha Llewellyn uses the CellTiter-Glo® 3D Assay as part of her work to develop predictive 3D liver models for nanomaterial safety assessment.
Viral Research
![claudia-bagutti-video-tile-215x121](https://scv10mr-cdnpre-p-cus-00.azureedge.net/-/media/images/resources/articles-and-publications/pubhub/customer-spotlights/claudia-bagutti-video-tile-215x121.jpg?rev=426278a37e224b1399cd55d96370e893&sc_lang=es-es)
Dr. Claudia Bagutti, State Laboratory of Basel
Dr. Claudia Bagutti, microbiologist and molecular biologist in the State Laboratory of Basel-City, Switzerland, discusses tracking SARS-CoV-2 in wastewater samples.
![Metagenomics, Microbes and the Meaning of Life](https://scv10mr-cdnpre-p-cus-00.azureedge.net/-/media/images/resources/articles-and-publications/pubhub/featured-articles/featured-article-tiles/metagenomics-mason-tile-215x123.jpg?rev=c4c658c3808749fbb21f49895de9ea3d&sc_lang=es-es)
Dr. Xuping Xie, University of Texas Medical Branch
Dr. Xie’s group developed a NanoLuc® SARS-CoV-2 reporter virus to identify selective inhibitors of SARS-CoV-2.
Case Studies
![Increased throughput for processing ffpe samples](https://scv10mr-cdnpre-p-cus-00.azureedge.net/-/media/images/resources/articles-and-publications/pubhub/case-studies/rennes-hospital-cs-tile-600x343.jpg?rev=25e58b0d5bad46368e4509074ee5ed97&sc_lang=es-es)
Increased Throughput for Processing FFPE Clinical Samples
Rennes University Hospital needed a solution for extracting high-quality DNA and RNA from FFPE samples. An automated workflow using Maxwell® HT extraction solutions helped to increase their throughput.
![UniPath’s Move to a High-Throughput Extraction Process](https://scv10mr-cdnpre-p-cus-00.azureedge.net/-/media/images/resources/articles-and-publications/pubhub/case-studies/unipath-cs-tile-600x343.jpg?rev=82ef26d69b7044b5aba7bef8c7f3f48c&sc_lang=es-es)
UniPath’s Move to a High-Throughput Extraction Process
When UniPath needed to expand their nucleic acid extraction capacity, they turned to a custom automated workflow using the Maxwell® HT Viral TNA Kit.
![drinking water microbial testing](https://scv10mr-cdnpre-p-cus-00.azureedge.net/-/media/images/resources/articles-and-publications/pubhub/case-studies/drinking-water-cs-tile-600x343.jpg?rev=c2081a0bdc864a059a6f4ee609bd6fa6&sc_lang=es-es)
Batch Processing of Drinking Water Samples for Microbial Testing
Zurich Water Works used a single-sample microbial testing method for their water distribution system. The Water-Glo™ 96-well batch method allowed them to process 90 samples at once and get results within an hour.
![lumiradx-case-study-600x343](https://scv10mr-cdnpre-p-cus-00.azureedge.net/-/media/images/resources/articles-and-publications/pubhub/case-studies/lumiradx-case-study-600x343.jpg?rev=415ecfb55e294642a22da65f36697ef3&sc_lang=es-es)
How a Custom Partnership Helped One Diagnostics Company Grow Globally During the COVID-19 Pandemic
This paper summarizes LumiraDx’s move to meet global demands for SARS-CoV-2 testing in response to the COVID-19 pandemic, assisted by our Custom Manufacturing team