Skip to main content

用户反馈

Colin Hisey, Vesi-Ref CD63-GFP, June 2024 用户反馈

Colin Hisey, Vesi-Ref CD63-GFP, June 2024

We used Vesi-Ref CD63-GFP to validate our Light-induced Extracellular Vesicle Adsorption (LEVA) technique, which rapidly and selectively modifies the chemistry of surfaces at the microscale, allowing the precise adsorption of EVs from various sources. Vesi-Ref CD63-GFP were patterned onto coverslips using different templates including both circular and microtrack-shaped resolution tests,…
jacobkirk
6 月 4, 2024
Christian Preußer博士,马尔堡菲利普大学,2024年4月 用户反馈

Christian Preußer博士,马尔堡菲利普大学,2024年4月

The EV Core facility is engaged in a wide range of research activities related to extracellular vesicles (EVs) with a primary focus on developing and applying advanced technologies and methodologies. A key aspect of our research involves the phenotypic characterization of EVs using fluorescence-labeled antibodies, which are crucial for our…
jacobkirk
4 月 22, 2024

Richard Kelwick and Alexander Webb伦敦帝国学院,20241

用户反馈

Richard Kelwick and Alexander Webb伦敦帝国学院,20241

Our research is focused on developing new ways to engineer and manufacture mammalian and bacterial extracellular vesicles using synthetic biology approaches. Vesiculab’s Vesi-SEC micro columns are a recent and useful addition to our nanoflow cytometry workflow as part of our ongoing bacterial EV engineering project. Usefully, the Vesi-SEC micro columns…
jacobkirk
1 月 24, 2024
zh_CN中国人