Posters
P01
Cancer
TROCEPT- an oncolytic virus platform engineered for αvβ6 integrin targeted tumour-localized expression of an immune checkpoint inhibitor following intravenous delivery.
Rahul Khanolkar, Accession Therapeutics
P02
Cancer
Primary T-cell transduction performance as the guiding principle behind LV process development and platform innovation
Anurag Kulkarni, Oxford BioMedica
P03
Cancer
TROCEPT: a unique adenovirus for in-tumour expression of immunotherapies via intravenous delivery
David Cole, Accession Therapeutics Limited, Building 7600 C, The Quorum, Oxford Business Park North, Oxford, OX4 2JZ, UK.
P04
Cancer
αvβ6 Integrin Expression In Solid Tumours: A TROCEPT Target for Oncolytic Viral Therapy
Thomas Webb, Accession Therapeutics
P05
Cancer
Normothermically perfused human liver lobes containing tumours as a model to profile viral therapeutics.
David Johnson, University of Oxford
P06
CV & Respiratory
Induced pluripotent stem cell derived alveolar type 2 cells as a model for testing novel gene therapies for interstitial lung diseases
Arlene Glasgow, University of Oxford
P07
CV & Respiratory
Developing targeted extracellular vesicles for therapeutic delivery in cardiovascular disease.
Josie Fullerton, University of Glasgow/SNBTS
P08
CV & Respiratory
A bioluminescence-based lentiviral approach to identify regulators of the transcription factor TP63 in airway basal cells.
Andrew Farr, UCL Institute of Child Health
P09
CV & Respiratory
Compound screening in primary human airway basal cells identifies Wnt pathway modulators as potential pro-regenerative therapies
Jessica Orr, University College London
P10
CV & Respiratory
Surfactant air liquid interface model of ABCA3 surfactant protein deficiency
Hamid Dolatshad, University of Oxford
P11
CV & Respiratory
Commercial Scale Production (1000L) of AAV Using the Gibco™ CTS™ AAV-MAX Production System
Ian Pringle, Thermo Fisher Scientific
P12
CV & Respiratory
Lenticlair™ 1: A Phase 1/2 trial evaluating the safety, tolerability and efficacy of an inhaled F/HN-pseudotyped lentiviral vector for CF gene therapy in people with CF ineligible for CFTR modulators
Eric Alton, National Heart and Lung Institute, Imperial College London, London, UK
P13
CV & Respiratory
Lentiviral gene therapy for fatal ABCA3 surfactant protein deficiency
Aimee Ruffle, University of Oxford
P14
CV & Respiratory
Administration of lentiviral vector doses achieving high transduction efficiency is well tolerated in mice
Uta Griesenbach, National Heart and Lung Institute, Imperial College London, London, UK
P15
CV & Respiratory
Lenticlair™-ON: An extension trial examining long-term safety and efficacy outcomes associated with an inhaled F/HN-pseudotyped lentiviral vector for CF gene therapy in people with CF
Eric Alton, National Heart and Lung Institute, Imperial College London, London, UK
P16
Genome Editing/Blood
Mitigating Indel Impact: Precision Genome Editing through Homology Independent Targeted Integration (HITI)
Gavin Turnbull, University of Oxford
P17
Genome Editing/Blood
Functional analysis of gene-edited CF variant G542X
Isabelle Rose, St. George's University of London
P18
Genome Editing/Blood
Cas9 nickase-mediated contraction of CAG/CTG repeats at multiple disease loci
Soumyasree Bhattacharyya, UK Dementia Research Institute at Cardiff University, Hadyn Ellis Building, Maindy Road, Cardiff, United Kingdom, CF24 4HQ
P19
Genome Editing/Blood
Normothermically perfused livers as a model for profiling lentiviral pharmacokinetics and transduction
Brannon Nicholls, University of Oxford
P20
Genome Editing/Blood
The new chromatin opening models as a strong potential tool for recombinant production and gene therapy applications
Omer F. Anakok, Bolu Abant Izzet Baysal University
P21
Genome Editing/Blood
PKC agonists as small molecule inducing agents for enhancing lentiviral vector production
Charles Moore-Kelly, Oxford BioMedica
P22
Genome Editing/Blood
Targeted, non-viral delivery of gene editing technologies for the treatment of ASL deficiency
Vanina Hangu, 4basebio
P23
Genome Editing/Blood
Conquering gene editing off-targets with Gibco™ CTS™ HiFi Cas9 Protein
Ian Pringle, Thermo Fisher Scientific
P24
Genome Editing/Blood
Simple, rapid and robust bioluminescent cell-based assay for detecting neutralising antibodies against AAV in serum
Ellie Kirby, Promega Corporation
P25
Genome Editing/Blood
Elevate Your CAR-T Therapy with Plasmid DNA Sanger Sequencing
Ellie Kirby, Promega Corporation
P26
Genome Editing/Blood
CRISPR/Cas9-based cell engineering approaches to boost recombinant AVV productivity.
Hsin Yi Lin, Cell Therapy Catapult
P27
Genome Editing/Blood
High throughput pegRNA screening platform using lentiviral delivery
Dwiantari Satyapertiwi, University of Oxford
P29
Ocular & CNS
AAV-Kir4.1 astrocyte gene therapy reduces seizure frequency in rodent models of acute and chronic epilepsy
Yunan Gao, UCL
P30
Ocular & CNS
AAV-shRNA mediated knockdown of CDKL5 to generate a novel human in vitro model of CDKL5 Deficiency Disorder
Ceri Pickering, Imperial College London
P31
Oligonucleotide
Synthetic, enzymatically produced DNA for gene therapy and vaccine applications
Deborah Entiriwaa, 4basebio
P32
Other
Transfer of an AAV production platform from bench-scale to 50 L: experiences, challenges and learnings.
Omaymah Belhaj-Fahsi, Cell Therapy Catapult
P33
Other
Automation and comparability of qPCR and ddPCR for AAV genome titration for in-process samples.
Roksana Tarnowska, Cell Therapy Catapult
P34
Other
Mechanistic and data driven models for optimisation and troubleshooting cell and gene therapy processes
Thomas Evans, Oxford BioMedica
P35
Other
The TetraVecta™ System: A new tool kit enhancing lentiviral vector production for the next generation of gene therapies.
Ben Alberts, Oxford BioMedica
P36
Other
RevITTM A Universal AAV Enhancer and TransIT-VirusGEN® transfection reagent for Improved AAV Manufacturing.
Hayder Abdul-Razak, Mirus Bio LLC, Madison, Wisconsin USA
P38
Other
High-throughput purification method for adeno-associated viruses using capture plates.
TALIA levy, Cell Therapy Catapult
P39
Other
Integrated metrology approaches for the characterization of viral vectors: From mass spectrometry to molecular assays
Theodoros Kontogiannis, University of Kent
P40
Other
A Novel, Perfusion-Based Lentiviral Vector Manufacturing Process Demonstrating Increased Productivity and Enhanced Purity
Oliver Goodyear, Oxford BioMedica
P41
Other
Comparison of droplet digital PCR and real-time quantitative PCR for lentiviral vector titration
Mariana Viegas, University of Oxford
P42
Other
Leveraging microfluidics for reproducible high lentiviral transduction efficiency
Nicholas Akosa, MFX
P43
Other
SpyVector; a modular capsid decoration platform to boost adenovirus vaccine-induced humoral immunity
Matthew Dicks, SpyBiotech
P44
Other
Combined biolistic and cell penetrating delivery for an effective and scalable intradermal DNA vaccine
Roizza Beth So, University of Nottingham
P45
Other
Size-exclusion chromatography with multi angle light scattering (SEC-MALS) for AAV characterisation.
Bilal Ozdoganoglu, Cell Therapy Catapult
P46
Other
Bad and ugly? Mechanisms and implications for payload expression in lentivirus manufacture
Adam Inche, Lentitek Ltd
P47
Other
Adeno-Associated Virus (AAV) Production: A Collaborative Approach to Accelerate Process Optimisation
Ammad Iqbal, Pharmaron Ltd.
P48
Other
Optimisation of a high throughput residual DNA Picogreen assay for analysing lysate samples from AAV production without GFP interference.
Fathema Chowdhury, Cell Therapy Catapult
P49
Stem Cell Therapy
Investigating the extracellular microenvironment as a potential target to monitor and control large-scale haematopoietic differentiation
Aishwarya Nair, Cell and Gene Therapy Catapult
P50
Stem Cell Therapy
Non-viral delivery of CRISPR activation tools for directed differentiation of induced pluripotent stem cells.
Ofure Awonusi, Cell Therapy Catapult
P51
Stem Cell Therapy
Developing stem cell and gene therapy for VPS33B deficiency
Mina Nazari, UCL Institute of Child Health
P52
Cancer
Development of a tumour selective precision immunovirotherapy expressing immune checkpoint inhibitors targeting LAG-3
Alicia Teijeira Crespo, Cardiff University