Seeing Biology in Space: Integrating Spatial Transcriptomic and Multiomic Data to Dissect Brain Function

April 21st 2026 | Cajal Neuroscience Center, CNC-CSIC – Alcalá de Henares, Madrid Understanding the brain requires more than just identifying genes—it demands insight into how molecular activity is organized across space. Recent advances in spatial transcriptomics and multiomic technologies are transforming neuroscience by enabling researchers to map gene expression within the ...

Xenium Protein Panels expand spatial biology capabilities

Spatial biology technologies continue to transform how researchers study tissues in their native context. By preserving spatial information, these approaches allow scientists to understand how cellular organization and molecular interactions shape biological function and disease. The Xenium platform from 10x Genomics already enables high resolution spatial transcriptomics through in situ detection of RNA ...

10x Genomics Technical Day GIMM

March 17th, 2026 | GIMM, polo Oeiras  BonsaiLab is pleased to invite researchers, clinicians and life sciences professionals to a new 10x Genomics Technical Day at the Gulbenkian Institute for Molecular Medicine (GIMM), focused on the latest advances in Single Cell and Spatial Biology. This event is designed to showcase how cutting-edge genomic ...

10x Genomics Technical Day IDIBAPS

February 23rd, 2026 | Instituto de Investigaciones Biomédicas August Pi i Sunyer (IDIBAPS) BonsaiLab is pleased to invite researchers, clinicians and life sciences professionals to a new 10x Genomics Technical Day at the Instituto de Investigaciones Biomédicas August Pi i Sunyer (IDIBAPS), focused on the latest advances in Single Cell Biology. This ...

10x Genomics Technical Day CRG

February 24th, 2026 | Centre de Regulació Genòmica BonsaiLab is pleased to invite researchers, clinicians and life sciences professionals to a new 10x Genomics Technical Day at the Centre de Regulació Genòmica, focused on the latest advances in Single Cell and Spatial Biology. This event is designed to showcase how cutting-edge genomic ...

Technical Day Centro de Investigación del Cáncer (CSIC-USAL)

February 24th, 2026 | Centro de Investigación del Cáncer (CIC) BonsaiLab is pleased to invite researchers, clinicians and life sciences professionals to a new 10x Genomics Technical Day at the Centro de Investigación del Cáncer (CSIC-USAL), focused on the latest advances in Single Cell and Spatial Biology. This event is designed to ...

Pipettes are only as reliable as the checks behind them

Here’s a clear, lab friendly routine you can use between annual calibrations to stay confident in your data: 1. Start with the right environment Draft‑free room, constant temperature between 15–30 °C with no more than ±0.5 °C variation during the test. Use a balance with draft protection and an evaporation trap, plus a ...

How many “bad results” are really just bad pipetting?

In most labs, pipettes are used thousands of times a day, but technique is almost never revisited. A few microliters off can flatten your standard curves, destroy reproducibility, and make you question perfectly good science. Here are the key principles of correct pipette operation (air-displacement pipettes): Set the volume properly: always approach the desired ...

Webinar: New Plate-Based Flex Single Cell Assay

Join Us for a Comprehensive Webinar on the New Plate-Based Flex Single Cell Assay! We invite you to attend our upcoming webinar, where you will learn how to scale your experiments with our new plate-based Flex single cell assay without compromising data quality or budget. This session will equip you with the technical knowledge ...

What happens when we combine single cell data and machine learning?

Transcriptional regulation is a key component in the downstream response to neuronal stimulation. Although several techniques exist to identify active neurons, however, there is currently no method available to estimate neuronal activity from whole transcriptome gene expression data. A recent study introduces NEUROeSTIMator, a powerful and broadly applicable bioinformatics tool that quantifies neuronal activation. ...

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