Scywalker for processing long-read single-cell RNASeq data

Scywalker for processing long-read single-cell RNASeq data

02 December 2025

Ghent - VIB/UGent FSVM II | room L4

omics
live training

Scywalker for processing long-read single-cell RNASeq data

Target Audience:
VIB PhD student
VIB postdoc
VIB staff scientist
VIB group leader or expert
Flemish academic or researcher
Non-Flemish academic or researcher
Industry professional
Location:

Ghent - VIB/UGent FSVM II | room L4

Duration:

2 December 2025, 13h00-17h00

General context

Understanding transcript diversity at the single-cell level is increasingly important for researchers studying gene regulation, cell identity, and disease mechanisms. Traditional short-read sequencing methods limit insights into isoform variation, which is widespread in complex eukaryotes. 

This training introduces Scywalker, a tool for processing long-read single-cell RNA-Seq data (e.g., ONT or PacBio) to enable full-length transcript analysis. Aimed at researchers, postdocs, and bioinformatics support staff working with single-cell data, the course provides a step-by-step walkthrough of the Scywalker pipeline and its outputs. The tool was designed to generate gene and transcript count matrices that can be used for downstream comparisons of gene and isoform expression across samples and cell types. By the end of the course, attendees will be equipped to use and interpret the Scywalker output and assess the benefits of long-read sequencing in single-cell transcriptomics.

Learning outcomes
  • Describe each step of the Scywalker pipeline used for processing long-read single-cell RNASeq data.
  • Explain the content and purpose of each output file generated by Scywalker.
  • Recognize the advantages of long-read sequencing technologies (e.g., ONT, PacBio) in capturing isoform diversity.
  • Interpret Scywalker output to identify gene and isoform expression patterns across samples and cell types.
  • Assess the suitability of Scywalker for your own single-cell transcriptomics projects.

Trainers

Peter De Rijk
VIB-UAntwerp Center for Molecular Neurology, BE

Dr. Peter De Rijk is responsible for the analysis of the data generated by Nanopore sequencing. To this end he develops and upkeeps the analysis pipelines and he is involved in analysis consulting, implementation, benchmarking and troubleshooting. 

Contact Peter De Rijk :

Practical info

Location & Venue

02 December 2025

Ghent - VIB/UGent FSVM II

Technologiepark 75
9052 Zwijnaarde
Belgium

Public transport

02 December 2025

Ghent - VIB/UGent FSVM II
Public transport

From Ghent Sint-Pieters station, you can take a bus to Technologiepark. Please check Routeplanner De Lijn for schedules.

Bike

02 December 2025

Ghent - VIB/UGent FSVM II
Bike

Looking for a custom cycling route? Try the online cycling route planner to easily and quickly identify the fastest, safest and/or most scenic route to any destination in Ghent.
Cycling route planner
 

Shared bicycles:

Several providers are active in the area.
Take a look at their platforms:
- Indigo Weel Pro app
- Bluebike
- DOTT
- BOLT eBikes
- Donkey Republic

There are also some public bicycle pumps at the park.

Route description

02 December 2025

Ghent - VIB/UGent FSVM II
Parking

Route description

There is only one entrance to Technologiepark. At the entrance, please take a ticket  - Parking is only allowed in regular parking spots (for instance in front of the building) and in the parking tower. Parking alongside the roads or in other places where there is no regular parking is prohibited.

Venue contact

02 December 2025

Ghent - VIB/UGent FSVM II