Spatial and single-cell omics is one of the fastest developing areas in genomics, and keeping up is a challenge.
How can anyone hope to keep track?
To address this issue, we are launching the Spatial and Single-Cell Analysis Playbook, a free-to-download resource to help keep track of the vast array of technologies and methodologies in spatial and single-cell biology. This playbook presents a unique resource for those trying to navigate this complicated technological space.
What’s included in the report?
- Contributions from experts in the single-cell and spatial fields
- The history of single-cell and spatial technology
- Details on the latest commercial technology developments
- Latest methods for analysing the tissue microenvironment
- Spotlights on AI and machine learning methods for big data
- Discussions on the way to bring single-cell and spatial to the clinic
- Overview of community-led single-cell resources
- Expert views and practical advice
Hear from 21 Expert Contributors:
- Robin Browaeys, Team Leader – Bio-IT Support , VIB Centre for Inflammation research, Ghent University
- Jason D. Buenrostro, Associate Professor & Broad Institute Member, Harvard University & Broad Institute of MIT and Harvard
- Jared K. Burks, Professor & Co-Director, Flow Cytometry & Cell Imaging Core Facility, The University of Texas MD Anderson Cancer Centre
- Haiqi Chen, Assistant Professor, UT Southwestern Medical Centre
- Yanxiang Deng, Assistant Professor, University of Pennsylvania
- Silvia Domcke, Affiliate Assistant Professor, Dept. of Genome Sciences, University of Washington & Associate Director, Head of Human Genomics, Gordian Biotechnology
- Lukas Heumos, PhD Candidate, Fabian Theis Lab, Institute of Computational Biology, Helmholtz Munich
- Mai Chan Lau, Assistant Principal Investigator, A*STAR’s Bioinformatics Institute (BII) and Singapore Immunology Network (SIgN)
- Mohammad Lotfollahi, Scientist, Helmholtz Munich/Welcome Sanger institute & Director of Machine Learning, Relation Therapeutics
- Luciano Martelotto, Associate Professor & Lab Head, Single Cell and Spatial-Omics Laboratory, University of Adelaide, Australia
- Catia Moutinho, Founder & Scientific Advisor, The Single-Cell World
- Linda Orzolek, Director, Single Cell & Transcriptomics Core, Johns Hopkins University
- Tancredi Massimo Pentimalli, PhD Student, Nikolaus Rajewsky Lab, Berlin Institute for Medical Systems Biology (BIMSB)
- Max-Delbrück-Centrum (MDC), Berlin School of Integrative Oncology (BSIO), Charité – Universitätsmedizin Berlin
- Micha Sam Brickman Raredon, Research Group Leader Departments of Anaesthesiology, Pulmonary, Critical Care & Sleep Medicine and Immunobiology, Yale School of Medicine
- Andrew Russell, Postdoctoral Fellow, Fei Chen Lab, Broad Institute of MIT and Harvard
- Azucena Salas, Inflammatory bowel disease Group leader, Fundació de Recerca Clínic Barcelona-IDIBAPS, Hospital Clínic Barcelona
- Anna Schaar, PhD Candidate, Fabian Theis Lab, Institute of Computational Biology, Helmholtz Munich
- Denis Schapiro, Research Group Leader, Heidelberg University Hospital
- Emily Stephenson, Senior Research Associate, Haffina Lab, Newcastle University
- Jovan Tanevski, Research Area Leader, Saez-Rodriguez Group, Institute for Computational Biomedicine, Heidelberg University and Heidelberg University Hospital
- Fan Zhang, Assistant Professor, University of Colorado School of Medicine
Chapter 1: Looking into the Past. Single-cell and spatial biology: a history
This first chapter covers the key developmental milestones for both single-cell and spatial technologies and look at attempts to merge these technologies to achieve the best of both worlds.
Chapter 2: What’s New. An overview of the latest commercial technology developments
This chapter will give an update on the recent technologies from the key commercial players, highlighting where improvements have been made and the new opportunities these technologies offer.
Chapter 3: Size Matters. Single-cell and spatial, multiplex and multi-omics
This chapter will cover some of the biggest initiatives in single-cell biology as well as the unique problems that arise from working with experiments at vast scale, specifically how to handle single-cell atlases and multiplexed and multi-omics data.
Chapter 4: Friendly Neighbourhood Cells. Cell-cell communication and the cell microenvironment
In this chapter, we will look at the tissue microenvironment and how spatial biology is taking us beyond cell types to help us look at cell neighbourhoods and niches. We will also look at another burgeoning area of analysis, cell-cell communication.
Chapter 5: Beyond the Genome. Single-cell and spatial epigenomics
This chapter will cover advances in single-cell and spatial epigenetics and how up-to-date methods are allowing researchers to spatially visualise epigenetic profiles alongside transcriptomics in single cells.
Chapter 6: Bedside Benefits: Single-cell and spatial biology in clinical practice
The clinical benefits of single-cell and spatial technologies are clear but integrating them into routine practice is still challenging. This chapter will cover how single-cell methods can be translated to achieve a clinical benefit and the promise of spatial biology for precision medicine.
Chapter 7: Community Discussions. AI, benchmarking and what is a cell type?
Using expert contributions and insights, the penultimate chapter of the report will cover the hot topics in the single-cell and spatial space. What is the promise of AI? How should we define a cell type? How do we find a gold-standard for this plethora of methods?
Chapter 8: Glimpsing the Future. What might single-cell and spatial look like in 15 years’ time?
Given that the 15-year anniversary of single-cell transcriptome sequencing is just around the corner, we thought we would challenge some experts in the field with the question: What do you think single-cell and spatial methods will look like in 15 years’ time?
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Check out our previous report: Advancing Genomics in Clinical PracticeDownload