Spatial and Single-Cell Seminar
Spatially resolved omics: a new era in cellular analysis
Single-cell sequencing revolutionized our ability to understand disease processes by deconvoluting heterogeneity within organs and tissues. The rise of multiomics has empowered the simultaneous exploration of many aspects of cellular mechanisms. Add spatial data with Trekker™ Single-Cell Spatial Mapping Kits for an expanded, multidimensional understanding of complex tissue biology. Explore the genome and transcriptome at single-cell resolution with high-throughput Shasta™ sequencing technologies. Unlock deeper insights into transcriptome complexity from diverse RNA inputs with the UMI-powered accuracy of our high-quality RNA-seq kits.
Join us to discover how to gain an unprecedented view into cellular mechanisms and interactions, and their implications in biological processes. Take your biomarker discovery research to the next level with the latest single-cell, RNA-seq, and spatial mapping tools.
Register for our seminar to learn about these transformative technologies:
Trekker Single-Cell Spatial Mapping Kits
Integrate spatial mapping into existing single-cell workflows by adding a one-hour protocol that requires no complex instruments to achieve high molecular sensitivity
Shasta Total RNA-Seq Kit
Obtain single-cell RNA-seq libraries for up to 100,000 cells per run with full gene-body coverage and dive into novel types of biomarkers such as long noncoding RNAs
SMART-Seq mRNA Long Read Kit
Capture full-length mRNA transcripts up to 8 kb and longer with exceptional sensitivity from low-input samples and single cells
See how single-cell analysis with full gene-body coverage, high cell throughput, and additional spatial context can give you the power to detect biomarkers for your translational research. Register below to join our biomarker discovery discussion, paired with food, drink, and giveaways!
Talks:
- Introducing Trekker: A transformative approach to single-cell and spatial omics
- The power of sensitivity and coverage at scale
- Plate-based library prep with UMI-powered accuracy for diverse RNA inputs
Angie Dorigatti, PhD
Field Applications Scientist III, Takara Bio USA, Inc.
Angie Dorigatti holds a PhD in the Biology of Aging from the University of Texas Health at San Antonio, where her research focused on Alzheimer’s disease, brain aging, and cellular senescence in astrocytes. She is a subject matter expert in sample preparation, nuclei isolation, and spatial transcriptomics. Passionate about advancing innovative scientific discovery, Angie is committed to helping researchers generate high-quality data to drive meaningful insights in their projects.
Shuwen Chen, PhD
Senior Product Manager, Takara Bio USA, Inc.
Dr. Shuwen Chen completed her graduate studies in molecular biology and immunology at UC San Diego in Cornelis Murre's lab. She previously provided technical support for single-cell NGS technologies and now is the Senior Product Manager overseeing the NGS RNA-seq portfolio at Takara Bio USA, Inc.
Amber Jorgensen
Account Manager II, Takara Bio USA, Inc.
Amber Jorgensen holds a degree in Biochemistry from the University of California, Santa Barbara. She began her career in biotech research at Mammoth Biosciences, where she gained hands-on experience in cutting-edge molecular biology. For the past two years, Amber has been an Account Manager at Takara Bio, supporting researchers across the East Bay and, more recently, San Francisco. She brings a comprehensive understanding of molecular and cellular biology tools, and is passionate about helping scientists advance their research through tailored reagent solutions.
Takara Bio USA, Inc.
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