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Asteria™ User Guide v1.5 (current)
Here you can download the User Guide of your Asteria™ Single-cell RNA sequencing Kit, in PDF format.
June 19, 2023
The temporal balance between self-renewal and differentiation of human neural stem cells requires the Amyloid Precursor Protein.
Neurogenesis in the developing human cerebral cortex occurs at a particularly slow rate owing in par...
November 30, 2023
The Importance of Fresh Cells for Authentic Transcriptome in Single-cell
In the realm of single-cell sequencing, one of the biggest messages that must not be ignored is ‘gar...
March 24, 2023
RevGel-seq: instrument-free single-cell RNA sequencing using a reversible hydrogel for cell-specific barcoding
Progress in sample preparation for scRNA‑seq is reported based on RevGel‑seq, a reversible‑hydrogel ...
Cytonaut™ User Guide v1.8 (current)
Here you will find the User Guide for the Cytonaut™ Cloud Software for Single-Cell Data Analysis, in...
October 26, 2023
Diving into tiny, tricky, but key tissues at the single-cell level
Dr. Rainer Glauben and Adrian Huck, recipients of one of the Scipio bioscience grant prizes, have sp...
Asteria™ single-cell RNA-seq kit Tutorial: Coupling to Degelation
This video tutorial showcases individual steps in the protocol for the Asteria single-cell RNA-seq k...
October 26, 2023
Cracking the Code of Pancreatic Cancer’s Resilient Stem Cells with scRNA-seq
Pancreatic cancer is one of the deadliest in humans – with a lack of good therapeutic treatments – a...
Single-cell RNA Sequencing using Asteria kit showed enrichment in ventricular cardiomyocytes from hiPSc after cell amplification
Scipio bioscience teamed up with Dr. Eric Villard from the Research Unit on Cardiovascular and Met...
October 26, 2023
Using single-cell to look into an under-studied area of cancer research
One of the Scipio bioscience grant winners, Assistant Professor Mohamed Omar at Weill Cornell Medici...
Application note: 35-Day Stopping point
Here you will find the report on our internal study finding no differences by freezing a sample at t...
November 24, 2022
Understanding brain evolution using single-cell sequencing
Around 320 million years ago the first animal able to reproduce on land, known as an amniote, emerge...
Case Study: raising the cell size limitations using Cardiomyocytes
To further push back the cell size limitation in single-cell, we processed a cardiomyocyte sample (c...
April 8, 2022
Mapping the Cell Types of the Brain
A swathe of 17 linked studies took over an entire issue of Nature last October.
Instrument-free single cell RNA sequencing of immune cells in skin inflammatory diseases
In collaboration with the Saint-Louis Hospital, Scipio bioscience has successfully profiled single-c...
Case Study: Alzheimer’s Disease
Scipio bioscience has a long-standing collaboration with Prof. Bassem Hassan, Scientific Director an...
February 11, 2022
In vivo Perturb-seq: a Cutting-edge Technique for Studying Gene Perturbations at Single-cell Resolution
Dr. Xin Jin was a key player in the development of in vivo Perturb-seq (published here in 2020) duri...
Instrument-Free Single-Cell Resolution of Transcriptome in Mouse Pancreatic Islet Cells
Scipio bioscience collaborates with Bertrand Blondeau and his team at the Centre de Recherches Saint...
December 16, 2021
Single-cell data integration: plan ahead!
Most publications and presentations will feature the practical details of single-cell experiments an...
Case Study: Oligodendrocytes
Scipio bioscience joined forces with Emmanuelle Huillard and the Genetics and Development of Nervous...
November 4, 2021
Optimizing tissue and cell dissociation for single-cell preparation
In the early stages of cell dissociation, cells are still intact and alive. This means their transcr...
Case Study: Brain Organoids
Scipio bioscience works with Philippe Ravassard and his lab in the Molecular Pathophysiology of Park...
July 2, 2021
The impact of methanol fixation on your scRNA-seq dataset
Methanol fixation is among the most widespread technique to preserve a cell sample that cannot be pr...
Asteria™ single-cell RNA-seq kit Tutorial: Coupling/Gelation
This video tutorial showcases individual steps in the protocol for the Asteria single-cell RNA-seq k...
July 10, 2021
Mapping intercellular communication networks with scRNA-seq
Our guest writer Louk Timmer is a Ph.D. candidate in the Van Rooij group at the Hubrecht Institute i...
Asteria™ single-cell RNA-seq kit Tutorial: Lysis
This video tutorial showcases individual steps in the protocol for the Asteria single-cell RNA-seq k...
April 8, 2021
Spatial Isoform Transcriptomics (SiT): spatial landscape of gene expression isoforms in tissue sections
Current high throughput scRNA-seq technologies, including spatial transcriptomics, rely on 3’ short-...
Asteria™ single-cell RNA-seq kit Tutorial: Degelation
This video tutorial showcases individual steps in the protocol for the Asteria single-cell RNA-seq k...
January 21, 2021
Collaborating for optimal scRNA-seq bioinformatic analysis
Dr. Marc Beyer agreed to meet us to discuss his journey and the best collaborations he witnessed bet...
Asteria™ and Cytonaut™ Technical Brochure
This digital brochure describes in detail the performances of the Asteria™ single-cell RNA sequencin...
January 7, 2021
scRNA-seq artifacts from sample preparation
Independently of the scRNA-seq methodology you plan to use, there are genetic artifacts bound to ari...
Asteria™ – Certificates of Analysis
Here you will find the Certificate of Analysis (CoA) for the Asteria™ single-cell RNA-seq Kit
Asteria™ MSDS Safety Datasheet
Here you will find the MSDS - safety datasheet linked to the Asteria™ Single-cell RNA-seq Benchtop k...
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