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 ...

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. ...

iconPCR: Adaptive amplification for high integrity NGS workflows

Bonsai Lab becomes the official distributor of N6 Technologies in Spain and Portugal We are pleased to announce that Bonsai Lab is now the official distributor of N6 Technologies in Spain and Portugal. This partnership strengthens our portfolio of solutions for next generation sequencing and supports our commitment to improving data quality and workflow ...

Webinar: Precision Oncology – The Power of Single Cell RNA-seq and Spatial Transcriptomics

November 12th, 2025 10:00 (COL) | 11:00 (MEX, ARG, BRA) | 17:00 (CET) Bonsai Lab and 10x Genomics invite you to an insightful webinar on “Precision Oncology: The Power of Single Cell RNA-seq and Spatial Transcriptomics.” This session will explore how these cutting-edge technologies are transforming cancer research by revealing the complex cellular architecture of ...

Unraveling COVID-19: Single-Cell Genomics Reveals Host Factors for SARS-CoV-2 Infection

We're excited to spotlight a landmark study that leveraged 10x Genomics single-cell technology to identify the key human cell factors required for SARS-CoV-2 infection. Scientific Context: Understanding which host genes and pathways enable SARS-CoV-2 to infect human cells is crucial for developing targeted therapies and improving our response to COVID-19. This study set ...

MYRA+: integrated automated pipetting and qPCR in a single platform

Bio Molecular Systems has launched MYRA+, combining the MYRA liquid handler with the Mic qPCR cycler on‑deck—seamlessly connecting prep to qPCR in one compact instrument. What it brings to the bench: One system, end‑to‑end: load, prep, and run qPCR (48 samples) without moving plates across instruments. Easily calibration with a high precision camera. ...

2025-10-03T09:03:52+02:007 Outubro 2025|Actualidad, Genómica|

Win a DeNovix CellDrop FLi Automated Cell Counter

We’re excited to support a global giveaway for the scientific community. Enter to win a DeNovix CellDrop FLi Automated Cell Counter. Open to researchers worldwide. About the prize —CellDrop FLi: Count cells without slides using patented DirectPipette technology, reducing plastic waste and eliminating disposable slide costs. Dual fluorescence plus brightfield optics for ...

PIPETBOY GENIUS: faster, safer, smarter aliquoting

We’ve added the new PIPETBOY GENIUS from INTEGRA Biosciences to our portfolio. To celebrate the launch, we’re offering free on-site demos and 15% off until October 31. Why PIPETBOY GENIUS? Faster repeat aliquoting, fewer mistakes: set a volume once and dispense consistent aliquots at the press of a button—no more reading graduations ...

10x Technical Day Gregrorio Marañon – Exploring Single Cell and Spatial Technologies

October 7th, 2025 | Hospital Gregorio Marañón We’re pleased to announce a Technical Day focused on Single Cell and Spatial Biology, taking place on October 7th, 2025, at the Hospital Gregorio Marañón, Salón de Actos del Oncológico (Madrid). This event will bring together researchers, clinicians, and technology experts to discuss how cutting-edge ...

Mapping the Developing Human Heart: 10x Genomics Powers a Spatiotemporal Cell Atlas

We’re excited to spotlight a groundbreaking study that leveraged cutting-edge 10x Genomics technology to chart the cellular and gene expression landscape of the developing human heart at single-cell resolution. Scientific Context: The study aimed to unravel how gene expression and cell types are organized during early human heart development. By combining spatial transcriptomics, ...

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