The field of Spatial Omics includes various analyses such as genomics, transcriptomics, proteomics, and metabolomics in a spatial context-dependent manner.
Single-Cell Spatial Omics: Transcriptomics and Genomics Read More »
Yokogawa has established a Swiss subsidiary based at the Switzerland Innovation Park Basel Area where Yokogawa Innovation Switzerland (YIS) started business operations in August 2020. This article focuses on their activities in the YIS shared lab.
YIS Shared Lab in Basel – Are You ready to co-innovate? Read More »
Learn in this post the definition of spatial omics and its significance for human disease and developmental biology.
Spatial Omics: Understanding Cell Biology Read More »
A single-cell analysis solution that revolutionizes efficiency in drug discovery research by automating the collection of specific cells and intracellular components.
Single Cellome System 2000 for Subcellular Sampling Read More »
Learn why the detailed analysis of discrete locations of tissue is an important approach for the biomedical field. From such analysis, you could understand the region-specific interaction between delivered drugs and host biomolecules. A practical example is the research of Professor Melanie Bailey (University of Surrey) and her working group.
Novel tissue imaging, profiling and single cell sampling approaches Read More »
At the NextGen Omics, Professor Melanie Bailey from the University of Surrey will talk about “Novel tissue imaging, profiling and single cell sampling approaches.” She is a Professorial Research Fellow in the Department of Chemistry at the University of Surrey. She had the exclusive chance to test a Yokogawa prototype for subcellular sampling. In this post, you will learn more details about the upcoming subcellular sampling system.
Subcellular Sampling System Read More »
Genome editing is a technology that enables the specific editing of any sequence of an organism’s genome. In order to knockout, knock-in, single nucleotide editing, etc. But the delivery of genome editing tools to knockout target genes can be very time-consuming and difficult.
Explore the new Way of Single-Cell Delivery Read More »
To explore the dynamics of living cells, live-cell imaging is one of the major techniques. It supports your study of the cell behavior towards external stimuli.
The main challenge for live-cell imaging is to get high-quality images in a minimal time frame with reduced phototoxicity for living cells.
Live-Cell Imaging: Highspeed with minimal Photobleaching Read More »
Today, Dr. Erika Zernickel had the honor to conduct an interview with Nader Pourmand who is a Professor of Molecular Engineering at the University of California Santa Cruz. He has been also the co-founder and Chief Scientific Officer of Bio Stinger Inc.
“Bioengineering is an Emerging Field!” Read More »
