Norwich Single-Cell Symposium 2021
Now in its fifth year, the annual Norwich Single-Cell Symposium at Earlham Institute covers single-cell genomics technologies and their application in microbial, plant, animal and human health and disease.
Now in its fifth year, the annual Norwich Single-Cell Symposium at Earlham Institute covers single-cell genomics technologies and their application in microbial, plant, animal and human health and disease.
Single-cell genomic technologies continue to develop at pace, generating new insights into cellular diversity within living systems. This event aims to bring together researchers applying single-cell technologies across a wide range of species.
The symposium covers single-cell genomics technologies and their application in microbial, plant, animal and human health and disease. Offering a forum for researchers to discuss the latest developments in single-cell genomics, whilst networking with other researchers with the intention of catalysing future development and application of single-cell genomics across the UK.
The event will feature talks from invited speakers and selected abstracts, and we are keen to capture as broad a range of single-cell applications as possible. Topics to be covered include:
Abstracts
We are offering the opportunity to present your research at the symposium as a short talk, and abstracts should be submitted when you register. We would particularly like to encourage PhD students and early career researchers to submit abstracts, we have reserved plenty of time and space in the schedule to hear from you all!
Talk: scDNA-sequencing identifies risk-associated evolutionary trajectories in childhood medulloblastoma development
Talk: Mapping the temporal and spatial dynamics of the human endometrium
Talk: Multi-omics analysis of dementia at single cell level
Talk: Using single cell omics for target discovery in myeloproliferative neoplasms
Talk: Microfluidics for precision single-cell analysis
Talk: Droplet-based integrative analysis of genome and epigenome of thousands of cells
Talk: Sequencing uncultured single-celled eukaryotes for the Darwin Tree of Life Project
Talk: Spatially resolved single-cell genomic analyses of intratumor heterogeneity
Talk: cellenONE: a platform for miniaturizing workflows and advancing single cell analyses, introduction to cellenCHIP and proteoCHIP
Resolving complex biology with ultra-high parameter, single cell multiomic phenotyping
Full length cDNA concatenation for higher throughput PacBio single cell Iso-Seq
Speaking on behalf of PacBio as part of a PIPs PhD Placement
Registrant joining
Welcome and Introduction to the Norwich Single-Cell Symposium 2021
Iain Macaulay, Earlham Institute
scDNA-sequencing identifies risk-associated evolutionary trajectories in childhood medulloblastoma development
Marina Danilenko, Newcastle University
Sequencing uncultured single-celled eukaryotes for the Darwin Tree of Life Project
Jamie McGowan, Earlham Institute
cellenONE: a platform for miniaturizing workflows and advancing single cell analyses, introduction to cellenCHIP and proteoCHIP
Madeleine Cleal, Cellenion
Lunch break
Talks from selected speakers
Single-nucleus multi-omics for the study of ageing and dementia in human brain
Melissa Salazar, UCL - UK DRI
FocuSCOPE: A single cell, multi-omics solution to simultaneously analyze tumor variants and microenvironment
Yasaman Arjmand Abbassi, Singleron Biotechnologies
Single cell sequencing for in vitro evolution studies
Matt Bawn, Earlham Institute
SNV discovery from individual scRNA-seq alignments
Anelia Hovarth, George Washington University
Using single cell omics for target discovery in myeloproliferative neoplasms
Bethan Psaila, MRC Weatherall Institute of Molecular Medicine, University of Oxford
Registrants joining
Welcome and Introduction to Day 2
Iain Macaulay, Earlham Institute
Mapping the temporal and spatial dynamics of the human endometrium
Roser Vento-Tormo, Wellcome Sanger Institute
Multi-omics analysis of dementia at single cell level
Carlo Sala Frigerio, UK Dementia Research Institute
Resolving complex biology with ultra-high parameter, single cell multiomic phenotyping
Stephen Hague, 10x Genomics
Lunch break
Talks from selected speakers
Clonal heterogeneity in anucleated cells unravelled using RNA barcoding
Edyta Wojtowicz, Earlham Institute
Integrated single-cell genomics of human B cell maturation dynamics
Hamish King, Queen Mary University of London
Bioinformatic Analysis of CD45+ Peritoneal Fluid Cells from Mice Induced with Endometriosis
Yasmin Henlon, University of Warwick
Characterising the embryonic origin of hematoendothelial progenitors, their trajectories and lineage decisions at single cell resolution
Gi Fay Mok, University of East Anglia
Droplet-based integrative analysis of genome and epigenome of thousands of cells
Davide Cittaro, IRCCS Osperdale San Raffaele
Registrants joining Welcome and Introduction to Day 3 Iain Macaulay, Earlham Institute |
Flexible and cost-effective workflows for sensitive full-length single cell RNA-seq
Klaus Hentrich, Cytena
Spatially resolved single-cell genomic analyses of intratumor heterogeneity
Ning Zhang, Karolinska Institutet, SciLifeLab
Microfluidics for precision single-cell analysis
Jonathan West, University of Southampton
Full length cDNA concatenation for higher throughput PacBio single cell Iso-Seq
Anita Scoones, PacBio/Earlham Institute
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Registration deadline: 13 September 2021
Participation: Open to all