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ELRIG is a not-for-profit organisation serving the life science & drug discovery communities.
Thank you to everyone who submitted a poster, we've an astonishing 200+ posters submitted. Please see below to find out more.
Poster Number | Poster title | First Name | Last Name | Vendor | ECP | |
1 | Designing and developing NRP1 inhibitors for Alzheimer's | HADEEL | ABOZENADAH | No | Yes | |
2 | DragonFold: A Deep Learning Protein-Ligand Co-Folding Platform | Peter | Canning | No | No | |
3 | Harnessing and Validating Deep Learning-based Image Analysis for Cell Painting as an Unbiased Approach to Phenotypic Drug Discovery | David | Egan | No | No | |
4 | Rapid cell-free expression and purification screen through digital microfluidics on eProtein DiscoveryTM | Suzanne | Fuld | Yes | No | |
5 | Age related DNA methylation in healthy and disease states | Sheraz | Gul | No | No | |
6 | Using AI to understand and optimise away from toxicity | Jordan | Lane | No | No | |
7 | Biomed News – a free machine learning based platform to help discover and share new biomedical research literature | Gavin | McStay | No | No | |
8 | Accelerating BRPF1b hit identification with BioPhysical and Active Learning Screening (BioPALS) | Zandile | Nare | No | Yes | |
9 | A database of Causal AI-identified genes and gene clusters to accelerate the discovery of targets, combination therapy, and indication extension in cancer: ALaSCAdb | Raminderpal | Singh | No | No | |
10 | AI applications in mechanistic mathematical modelling for health and life sciences | Piotr | Słowiński | No | No | |
11 | Biomarker and Druggable Target Discovery via Systematic Deep Mining and Pathway Reconstruction | Dimitrios | Zafeiris | No | Yes | |
12 | Nanoemulsion as a Novel Nanocarrier for Topical Delivery of Mupirocin | Bahjat | Alhasso | No | Yes | |
13 | Antibody Discovery Using the Galaxy® Library Platform | Tina | Baluta | No | Yes | |
14 | Brain permeable AMP-activated protein kinase (AMPK) activator R481 amplifies hypoglycaemia counterregulation in healthy rats without worsening hyperglycaemia in diabetic rats. | Craig | Beall | No | No | |
15 | Integrated Fragment-Based Drug Discovery (FBDD) services at Selvita | Aleksandra | Bebel | Yes | No | |
16 | Antibody Validation and Antigen Discovery by combining Protein and Peptide Microarrays | Marc | Botcherby | No | No | |
17 | Bringing in vivo tests much earlier in the drug discovery process using the nematode C. elegans | Guillermo | Calvo Navarrete | No | Yes | |
18 | A Platform for Novel Target Discovery - Delivering Complexity & Robustness into Arrayed Immuno-Oncology Screens at AstraZeneca | Will | Chiang | No | No | |
19 | LifeArc Effector Function 'Toolbox' | Catherine | Christabel | No | Yes | |
20 | A novel mechanism of action of Acid Ceramidase inhibition by Tamoxifen | Mari | Davies | No | Yes | |
21 | Effects of berberine chloride on uterine motility evoked by viral mimetic poly I:C | James | Downing | No | No | |
22 | Biopharmaceutical discovery | Claudia | Driscoll | No | Yes | |
23 | Development of Optimum Inhalable EGCG nano-Liposome as a Potential Therapy for Pulmonary Arterial Hypertension using Box-Behnken Design | Fatma | Haddad | No | Yes | |
24 | Navigating the Ophthalmic Frontier: Preclinical Models for Targeted Therapies | Kevin | Harkin | No | Yes | |
25 | Long-term experience of using Anti-IL-12/23 p40 IgG as a reference therapeutic in adoptive T cell transfer models of colitis | Amy | Horwell | No | No | |
26 | Protein-drug interactions measured with high throughput 2D-IR spectroscopy | Neil | Hunt | No | No | |
27 | Integrated Fragment-Based Drug Discovery (FBDD) services at Selvita | Alexander | Ignatyev | Yes | Yes | |
28 | Design optimal drugs - Unravel biological mechanisms by looking at single molecules in real-time. | Artur | Kaczmarczyk | Yes | Yes | |
29 | Specific Extracellular Vesicle detection and isolation in complex samples using FO-SPR | Susanna | Lovell | Yes | No | |
30 | Harnessing the Power of Limited Proteolysis and High-Resolution Mass Spectrometry Proteomics for Target Deconvolution of Small Molecule Drug Candidates | Nancy | Malintan | Yes | No | |
31 | Mammalian Display for Antibody Discovery | Sara | Mcdowell | Yes | Yes | |
32 | Developing Multiscale models to study molecular transport into tissues | Melissa | Mitchell | No | Yes | |
33 | An in vitro screening cascade for the identification of novel KCNK13 inhibitors | Emily | Moverley-Foster | No | Yes | |
34 | Identification of new promising GPR120 agonists to tackle central and peripheral disorders | Federico | Munafò | Yes | Yes | |
35 | “TSA meets HTS to discover and characterize novel protein binders with inhibitory activity targeting pepsin-like proteases” | Simone | Nenci | Yes | No | |
36 | Fabrication of Antibacterial NO Releasing Cellulose Acetate Nanofibers for Wound Healing Applications. | Cadhan | O'Garra | No | Yes | |
37 | Comparison of Sequence Diversification Methods for Accelerated Antibody Optimisation | Larissa | Ouro | No | Yes | |
38 | Increasing DNA Encoded Library Screening Resolution Using HT-SPR | Jonathan | Popplewell | Yes | No | |
39 | Development of a High-Throughput Turbidity Assay to Determine Compound Solubility in Bioassays | Sara | Rix-Perez | No | Yes | |
40 | Genetic support for FDA-approved medicines over the last decade | Polina | Rusina | No | Yes | |
41 | CONSTRUCTION OF DUAL EXPRESSION VECTORS AND STRAINS FOR BIOSYNTHESIS OF MULTIMETHYLATED MOLECULES IN MICROBIAL HOST CELLS. | Umesh Prasad | Sah hathi | No | Yes | |
42 | Effects of Miquelianin from Calystegia silvatica on the TGF-b1 signaling pathways in Pulmonary Arterial Hypertension (PAH) | Sila Ozlem | Sener | No | Yes | |
43 | Screening Environmental Microbes for Antimicrobials and Natural Products | Priyanka | Sharma | No | Yes | |
44 | Evaluation of drug target engagement on pharmacodynamic biomarkers in human plucked scalp hair | Greg | Tudor | No | No | |
45 | HTP detergent screening for membrane protein solubilisation using nanolitres of sample | Joanne | Walter | Yes | No | |
46 | Binding kinetics on live cells to unravel how epitope binding influences antibody dependent complement engagement for therapy of B-cell malignancies | Hadis | Westin | Yes | No | |
47 | Pharmacological activation of long-form PDE4 enzymes suppresses cystic disease progression in preclinical models of Autosomal Dominant Polycystic Kidney Disease | Claire | Whitworth | No | No | |
48 | Aged beagle dogs as a clinically relevant model of Alzheimer’s Disease | Róisín | Winters | No | Yes | |
49 | A high throughput mitochondrial functional assay for screening and optimisation of potent cyclophilin D inhibitors to fight acute illnesses | Muhammad | Awais | No | No | |
50 | Application of 3D organoid assays for drug screening and compound optimization | Benjamin | Bader | Yes | No | |
51 | High throughput characterization of advanced 3D liver models for in vitro hepatotoxicity studies | Rachel | Bleach | Yes | Yes | |
52 | Chemogenomic screening of the NLRP1 pathway | Isobel | Blower | Yes | Yes | |
53 | Autism & Epilepsy Disease modelling for drug discovery using patient-derived neuronal co-cultures | Camilla | Bosone | No | Yes | |
54 | Biotinylation of recombinant proteins by co-expression with BirA in a range of different cell hosts | Emma | Cains | Yes | No | |
55 | Enhanced Panc1 cancer cell killing by combined gemcitabine and binary weapon treatment though activation of Wnt5a pathway | Yu-Shan | Chen | No | Yes | |
56 | Development of a Novel Milli-fluidic Liver Tissue Platform for Mechanistic Drug-Induced Liver Injury (DILI) studies | Murat | Cirit | Yes | No | |
57 | StarBright Dyes and the ZE5 Cell Analyzer: Generating Fast, Reproducible, High Resolution Flow Cytometry Data | Richard | Cuthbert | Yes | No | |
58 | Enhancing transcriptome analysis using GeneGini | Philip | Day | No | No | |
59 | High Content Screening in 3D models including the tumoral Extracellular Matrix | Veronique | De Conto | Yes | Yes | |
60 | Investigating lysosomal membrane proteins using SSM-based electrophysiology: Improving amplification and accessibility | Giovanna | De Filippi | Yes | No | |
61 | NanoBiT biosensors to investigate FFA4 signalling in adipocyte spheroids | Elaine | Duncan | No | Yes | |
62 | How to tackle difficult targets in CETSA Navigate | Helen | Ericson Vallhov | Yes | No | |
63 | Adoption and validation of an automated phenotypic profiling workflow based on the JUMP Cell Painting assay. | Marie | Fisher | Yes | No | |
64 | From clonogenic to 384-well: miniaturisation and automation enables rapid hit validation from whole-genome CRISPR screens | Millie | Fox | No | Yes | |
65 | ToxReady™ Assay Ready Plates: Removing Cell Culture from Drug Screening | Natalia | Gonzalez Martinez | Yes | Yes | |
66 | Evaluation of protein biomarkers in brain homogenate and plasma from different animal models of Alzheimer's Disease: P301S and APP/PSEN1 | Philemon | Gyasi-Antwi | Yes | Yes | |
67 | Research at the Living Systems Institute Exeter | Nicholas | Harmer | No | No | |
68 | Identify the importance residues on the binding pocket of Cannabinoid 1 receptor | Pattarin | Hompluem | No | Yes | |
69 | Developing Novel NanoBRET™ Target Engagement Assays Using NanoBRET™ 590 Dyes | Amber | Insch | Yes | No | |
70 | CETSA Navigate HT: Concepts and considerations in assay development | Merve | Kacal | Yes | Yes | |
71 | Development of microscopy tools to inform drug discovery | Rebecca | Kelly | No | No | |
72 | Comparison of cellular target engagement methodologies for the identification of ULK1 interacting small molecules | Freja | Khela | No | Yes | |
73 | CRISPR Prime editing for drug discovery | MiYoung | Lee | No | No | |
74 | Development of a comprehensive high-throughput cell analysis system for cancer drug discovery | Bettina | Lickiss | Yes | No | |
75 | Implementing rapid quality assessments in the up-stream process for maintaining high-quality iPSC cultures. | Rosa | Loffredo | Yes | No | |
76 | Grow your own brain cells: neuronal differentiation as a tool for therapeutic development | Tom | Miller | Yes | Yes | |
77 | Human intestinal organoid culture system for drug-induced gastrointestinal toxicity screening | Claire | Minguez | Yes | ||
78 | Flow Cytometry: Immunophenotyping and cell subsetting using fresh healthy donor whole blood samples | Lucy | Minkley | Yes | Yes | |
79 | Bladder Cancer organoids biobank as a platform for drug response and sensivity | Mahsa | Mollapour Sisakht | No | Yes | |
80 | Applying droplet fluidics to mycobacterial drug discovery. | Antonia | Molloy | No | Yes | |
81 | Coupling DRUG-seq transcriptomics with arrayed CRISPR screening to identify mechanistic insights and drivers of resistance to clinical therapies in ER+ breast cancer. | Lambert | Montava Garriga | No | Yes | |
82 | Organoid co-cultures with autologous T cells to assess toxicity and efficacy of bispecific antibodies | Daniele | Mori | Yes | Yes | |
83 | PRCISR™ CRISPR: PCR-free Libraries, Screening Services | Micheal | Murphy | Yes | No | |
84 | Establishing assays to investigate combinations of fractioned radiotherapy with DNA damage response agents in vitro and in vivo to enable investigation of radiosensitization and improved anti-tumour responses. | Wen Hao | Neo | Yes | Yes | |
85 | A genome-scale CRISPR knockout screen to study synthetic lethal interactions of PARP inhibitors | Christoph | Neumayr | Yes | No | |
86 | Fully automated workflow and best practice considerations for effective high throughput automated patch clamp recordings of cardiac ion channels | Alison | Obergrussberger | Yes | No | |
87 | Large scale generation of human iPSC-derived sensory neurons for CIPN and pain research | Amr | Othman | Yes | Yes | |
88 | iPSCs as a model for Neuroinflammation | Alicia | Overall | Yes | Yes | |
89 | Increasing Accessibility to Organoid Models for Drug Discovery | Monica | Patel | No | Yes | |
90 | USING LABEL FREE TECHNOLOGIES TO CHARACTERISE THE PHARMACOLOGY OF THE MAS RELATED GPCR FAMILY MEMBER D (MRGPRD) RECEPTOR | Cheryl | Pattie | No | No | |
91 | Early-stage drug discovery of Novel LIMK1 inhibitors for the treatment of Fragile X Syndrome and Acute Myeloid Leukaemia | Josephine | Pedder | no | No | |
92 | CETSA HT : Accelerating drug discovery for complex targets | Nisha | Peter | no | No | |
93 | Untargeted Metabolomics by OrbiSIMS and LC-MS/MS Reveals Metabolic Changes Linked to Azithromycin in Escherichia coli | FATIMAH | QASSADI | no | Yes | |
94 | Lipidomic profiling reveals altered lipid metabolism in primary progressive MS patients from phenotypically normal white matter and control biopsies | Samrina | Rehman | no | No | |
95 | Development of an optimised and cost-effective workflow for deriving clonal iPSC lines | Claire | Richards | Yes | No | |
96 | High content image analysis of human cortical adherent organoids: 3D MICro-brains | Maria | Roa Oyaga | Yes | No | |
97 | An integrated approach for early in vitro seizure prediction utilising human derived induced pluripotent stem cells and human ion channel assays | Kimberly | Rockley | Yes | Yes | |
98 | Driving Discoveries with Curated Single-Cell Data in Immunology | Natalie | Russi | Yes | No | |
99 | Characterisation of the monocyte-like THP-1 cell line response to hypoxia in vitro. | Lucy | Sayer | No | Yes | |
100 | Revealing in-vitro functionality of arrayed CRISPR KO edited T cell lymphocytes. | Antonio | Serrano | Yes | No | |
101 | 3D tumour and tumour-immune microenvironment cell culture models in animal-free nanofibrillar cellulose hydrogels. | Jonathan | Sheard | Yes | No | |
102 | Shedding light on the MoA of degraders | Carola | Sparn | Yes | Yes | |
103 | Top Strategies for Optimizing 3D Cell Culture: From Essential Attributes to Improved Reproducibility | Emma | Storr | Yes | No | |
104 | Primary cell in vitro platforms for pre-clinical anti-inflammatory drug discovery research | Martin | Sutton | No | Yes | |
105 | Neural Mechanism associated with Deletion and Duplication Syndrome | Yasir Ahmed | Syed | No | Yes | |
106 | High-throughput Phenotypic Screening to Identify Stimulators of Autophagy and Drugs for the Treatment of Parkinson’s Disease | James | Taylor | YEs | No | |
107 | Molecular Technologies to Aid Target Validation & Lead Compound Evaluation | Alex | Timmis | Yes | Yes | |
108 | Assay Ready Cryopreservation of Hepatocytes as 2-D Monolayers | Ruben | Tomas | Yes | Yes | |
109 | The secret to living forever: Exploring cellular aging. | Paige | Tongue | Yes | Yes | |
110 | The use of intestinal organoids as a preclinical screen to assess gastrointestinal (GI) toxicity and barrier integrity. | Valentina | Ubertini | No | Yes | |
111 | Organoid monolayers: a patient-relevant platform to study intestinal barrier function, inflammatory bowel disease (IBD) and GI toxicity. | Eider | Valle-Encinas | Yes | Yes | |
112 | Our Drug Discovery Capabilities | Emily | Wallace | No | Yes | |
113 | High-order multiplexing of image based cell assays with the SemaPlex platform | Daniel | Weekes | Yes | No | |
114 | Pharmacological Characterisation of Human, Rat, Dog and Pig Melanocortin 2 Receptors | Rose | Wilcox | No | Yes | |
115 | Development of a patch clamp assay to characterise native endo-lysosomal ion channels. | Adam | Young | Yes | Yes | |
116 | Synthetic Mimics of Nature - Native Membrane Signal Presentation Platform for T Cell Activation & Expansion | Joel | Yu | Yes | No | |
117 | High-throughput method to analyze the cytotoxicity of CAR-T Cells in a 3D tumor spheroid model using image cytometry | Sun | Yung | Yes | No | |
118 | Recipharm OT Chemistry and Oncopeptides: Successful Collaboration in the Development of Melflufen, a Peptidase-Potentiated Alkylating Agent for the Treatment of Multiple Myeloma | Fana | Abraha | No | No | |
119 | Ethylacetate Extract of Chlorophytum alismifolium improves Serum Insulin Levels and Pancreatic Histomorphology in Hyperglycaaemic Rats | Abdulhakim | Abubakar | No | Yes | |
120 | Cell-Permeable Cyclic Peptide Library Generation for Target-Based Screening | Siddique | Amin | No | Yes | |
121 | APPROACH TO RATIONAL IDENTIFICATION OF LEAD MOLECULAR GLUE DEGRADERS FOR CASEIN KINASE 1α | George | Buckley | No | No | |
122 | Evaluation of retinoic acid receptor dual acting modulator NVG645 for ALS and AD in vitro. | Paul | Chazot | No | No | |
123 | DEMONSTRATING AN EASE-OF-USE BENCHTOP TIME OF FLIGHT DETECTOR AS AN EASE-OF-USE SOLUTION FOR ACCURATE MASS MEASUREMENTS IN FORCED DEGRADATION STUDIES | Chris | Henry | Yes | No | |
124 | A Phenotypic Screen of Novel Compounds for the Treatment of Parkinson's Disease | Louise | Heywood | No | Yes | |
125 | The degradation of pathogenic protein aggregates | Lois | Lewis | No | Yes | |
126 | Novel Boronic Acids for Combating Anti-Microbial Resistance in P.aeruginosa | Arshnous | Marandi | No | Yes | |
127 | High-Throughput Kinetic Characterisation of USP30 Inhibitors Showing Different Modalities | Emma | Murphy | No | No | |
128 | Chemical Space Docking: Mining Billion-Sized Compound Collections for ROCK1 and PKA Inhibitors | Alexander | Neumann | No | Yes | |
129 | Structure-based design of small macrocyclic CDK9 degraders as chemical biology tools and beyond | Keith | Payne | Yes | No | |
130 | Fine-Grained Binding Pocket Exploration Through Ligand Mutation and Fragment Growing | Filomena | Perri | No | Yes | |
131 | Medicinal Chemistry of Uridyl Peptide Antibiotics: Genochemetic & Synthetic strategies for analogue generation. | Sunil | Sharma | No | No | |
132 | Why integrated drug discovery? | Kirsty | Winn | Yes | No | |
133 | Development and Biological Evaluation of Novel α-Helix Mimetic Prodrugs as Leads for Prostate Cancer Treatment | Natalia | Swiatek | No | Yes | |
134 | Engineering Bicyclic Small Molecule Heterocycles as Anti-malarial Therapeutics: Design, Synthesis and Biological Studies | Joaquim | Figueiredo | No | No | |
135 | [14C]-Radiosynthesis of Remetinostat (SHP-141) | Niall | Hamilton | No | No | |
136 | Pragmatic Process Development | J. Mikael | Hillgren | No | No | |
137 | Utilizing a compact Time of Flight Mass Spectrometer(TOF) for rapid accurate mass information in a walk-up environment. | Mike | Jones | Yes | No | |
138 | Industrial drug design using cryo-EM | Ferdinand | Krupp | No | Yes | |
139 | Degradation of Integral Membrane Proteins with PROteolysis TArgeting Chimeras (PROTACs): a challenge we can win? | Camilla | Ruffilli | No | Yes | |
140 | (Radio)Isotope labelling at Almac for Clinical Studies | Rajkumar | Sundaram | No | Yes | |
141 | Contract Research | BAJRANG | WAGHMARE | Yes | No | |
142 | Patient in the lab®: downscaling patient-derived organoid screening | Yasmine | Abouleila | Yes | Yes | |
143 | A multi-parametric screening for the identification of naturally occurring compounds with anti-aging properties | Chiara | Annunziata | No | Yes | |
144 | Identification of Antagonists Through Development and Validation of a Gq Coupled Purinergic Receptor Signalling Assay | Emma | Armstrong | No | No | |
145 | Identification of metal complexes with broad-spectrum antibacterial activity | Emily | Baker | No | Yes | |
146 | Targeting Notch: a potential synthetic lethal cancer treatment | Bethany | Barnes | No | Yes | |
147 | The Sygnature CHARMED Platform - Combinatorial High-throughput Assembly and Review of Molecular Degraders | Hanae | Benelkebir | Yes | No | |
148 | Single molecule real-time analysis of dynamic nucleic acid interactions | Christine | Blancher | No | No | |
149 | CRISPR screening in iPSC-derived microglia for drug target discovery and validation | Ann | Byrne | Yes | No | |
150 | High Content Phenotypic Screening of Cell Paint Assays on Araceli Endeavor | Paul | Carman | Yes | No | |
151 | A UK Academic DNA-Encoded Library Screening Resource | Sergi | Celis | No | Yes | |
152 | Developing a plate-based LC/MS assay to quantify m6A as part of a screening cascade for METTL3 inhibitors | Oliver | Chan | Yes | Yes | |
153 | ‘Development of a HTRF Assay for the Characterization and MoA Assessment of DHPS/eIF5A Tool Compounds | Jonathan | Clark | No | No | |
154 | DNA-Encoded Library Screening of DNA Binding Proteins | Catriona | Corbishley | No | Yes | |
155 | RxNfinity: A novel structure based hierarchical synthon docking approach for the rapid dentification of small molecule modulators. | João Victor | De Souza Cunha | No | No | |
156 | The PAINful experience to identify USP8 inhibitors for Parkinson’s Disease. | Parul | Dixit | No | Yes | |
157 | High-throughput Screening of Formulations & Process Conditions for LNP Synthesis | Alison | Dowsett | No | No | |
158 | Zebrafish models for drug discovery and screening | Helen | Eachus | No | Yes | |
159 | Development of non-covalent inhibitors of acid ceramidase to treat lysosomal storage disorders | Gabrielle | Evans | No | Yes | |
160 | FRET association binding kinetics for accurate probe characterisation | Sarah | Folliet | No | Yes | |
161 | A high-throughput screen to identify novel therapies to treat diseases of aging | Sian | Gardiner | No | Yes | |
162 | High-throughput affinity selection mass spec assay to discover small molecule ligands for cell surface receptors | Zachary | Gurard-levin | Yes | No | |
163 | Measuring protein ligand binding with an endogenous HiBiT CETSA test system | Duncan | Hall | Yes | No | |
164 | Combinatorial Indexing For Single Cell Sequencing With CRISPR | Amy | Hamilton | Yes | No | |
165 | Giving HTS Library Plates a New Lease of Life Through the Use of a DMSO Rich Atmosphere | Fraser | Hughes | No | No | |
166 | anthony.huxley@liverpoolchirochem.com | Tony | Huxley | No | No | |
167 | Kinetic screening using Grating-Coupled Interferometry (GCI) – highly sensitive biosensor-based assays enable the identification of weak fragment hits across a diverse set of challenging targets | Marta | Janczuk-Richter | Yes | Yes | |
168 | Combination of Affinity Selection Mass Spectrometry with Biophysical approaches to identify and characterize biomolecules binders | Helene | Jousset Sabroux | Yes | No | |
169 | Fragment screening using the Biacore 8K+ platform and an evaluation of the AI driven Intelligent Analysis software. | David | Kallenberg | No | Yes | |
170 | Identification of novel autoantibody signatures related to non-motor symptoms in individuals with high-risk of Parkinson’s Disease, using KREX-based functional protein microarrays. A cross-sectional study. | Elwira | Kaminska | No | No | |
171 | Integration of Bead-Assisted Ligand Isolation Mass Spectrometry (BALI-MS) for Enhanced Hit Validation in DNA Encoded-Library Screening Campaigns | Vasudev | Kantae | No | Yes | |
172 | Opportunities and Challenges of Complex Cell-Based Assays for High Throughput Screening | Johanna | Kastl | No | No | |
173 | Development of phosphatase activity assay for high-throughput compound library screening of SHIP1 | Emma | Kennedy | No | Yes | |
174 | The potential of biophysical techniques in advancing drug discovery programs | Jeff | Kennedy | No | No | |
175 | High-throughput Screening of Formulations & Process Conditions for LNP Synthesis | Alex | Kerr | Yes | No | |
176 | DEL Screening of Multimeric Proteins in Living Cells | Leif Kongskov | Larsen | No | No | |
177 | Expanding the E3 ligase repertoire for Targeted Protein Degradation | Roxanne | Lau | No | No | |
178 | Advancing Membrane Protein Analysis with Polymer Lipid Particle (PoLiPa) technology for Enhanced Drug Discovery | William | Lee | Yes | No | |
179 | Utilising Affinity Selection Mass Spectrometry (ASMS) to rapidly identify competitive binders to novel binding site on oncology target | Poppy | Llowarch | No | Yes | |
180 | HTS-screening Technology Platform: Helicases Inhibitors | Restuan | Lubis | No | Yes | |
181 | FOSTERING DRUG DISCOVERY THROUGH THE DEVELOPMENT OF HIGH-PERFORMANCE INNOVATIVE PROBES | Maria | Majellaro | Yes | Yes | |
182 | Arrayed CRISPR KO screen in primary immune cells for the identification of novel targets for the treatment of systemic lupus erythematosus | Chris | Oliphant | No | No | |
183 | High content imaging is now high throughput: End to end high content imaging and subcellular analysis of autophagy in minutes | Cristina | Ortiz-mateos | Yes | Yes | |
184 | Genome-wide pooled CRISPR screening in primary T cells at the FGC | Angelos | Papadopoulos | No | No | |
185 | Recombinant production of Ras proteins for fragment-based drug discovery | Camila | Pasquali | No | Yes | |
186 | Title: Application of HiBiT Internalisation Assays in GPCR Drug Discovery for Colorectal Cancer | Martin | Pearce | Yes | Yes | |
187 | Assessing ligand-induced stabilisation of a soluble protein using ThermoBRET | Themiya | Perera | No | Yes | |
188 | From Virtual to Reality: Representing Ultra-Large Virtual Libraries Through a Diverse (Physical) Sub-Set for HTS | Ilaria | Proietti Silvestri | No | No | |
189 | PROTAC platform: Enabling rapid design, characterisation and assessment | Philip | Rawlins | Yes | No | |
190 | What is Happening in High Throughput Screening at Sygnature Discovery? | James | Reekes | Yes | Yes | |
191 | Discovery and characterisation of dual inhibitors of tryptophan 2,3-dioxygenase (TDO2) and indoleamine 2,3-dioxygenase 1 (IDO1) using virtual screening | Johannes | Reynisson | No | No | |
192 | HiBiT Split Reporter Target Engagement Assay Development | Thomas | Ryan | Yes | Yes | |
193 | Characterising the Irreversible: Using Biophysics to Enable Covalent Drug Discovery | Joud | Sabouni | Yes | Yes | |
194 | Comparison of Single Live Cell Sampling Methods for Lipidomics | Mailyn | Schuermann | Yes | ||
195 | Harnessing the Biophysical Fragment Screening Sweet Spot to Discover New Chemotypes for BRPF1b Inhibition | Andrew | Scott | No | No | |
196 | Live cell, kinetic monitoring enables study of complex formation and target ubiquitination induced by proteolysis targeting chimeras | manoja | Sivakumar | Yes | No | |
197 | Power Your Early-Stage Drug Discovery Projects: Innovation in Assays, High-Throughput Screening, Hit-to-Lead and Beyond | Rebecca | Steele | Yes | ||
198 | ASMS Deployment to Broaden High Throughput Hit Finding Capabilities at Sygnature Discovery | Alexandra | Stowell | Yes | No | |
199 | Proteins & Structures: High-quality recombinant proteins and structural biology services | Anna | Suchy | Yes | No | |
200 | Implementing Plate Reformatting to Optimise SMG-HTS Efficiencies | Finn | Sullivan | No | Yes | |
201 | Kinetic profiling of cannabinoids at CB1 and CB2 receptors using a TR-FRET-based binding assay | David | Sykes | No | Yes | |
202 | GPCR hit confirmation using a thermostability readout ThermoBRET | Parisa | Tavakoli | No | Yes | |
203 | Identification of HTL-927 as a small molecule C3aR antagonist | Emma | Tripp | No | Yes | |
204 | Cas13: A Safer and Precise Frontier in Drug Discovery and Therapeutic RNA-Editing | sunay | Usluer | No | Yes | |
205 | Novel Genome-Wide CRISPR Screening method uses nuclear localisation and nuclei sorting to Identify Regulators of Hepatic Insulin Signalling | Anna | Veprik | No | Yes | |
206 | A novel membrane-based Gi-CASE biosensor assay for profiling compounds at cannabinoid receptors | Dmitry | Veprintsev | No | No | |
207 | MDC Chemical Protein Stability Assay (CPSA) - A Novel Target Engagement Approach | John | Vincent | No | No | |
208 | Robust automated- and interactive protocols for NMR-based fragment drug discovery and design (FBDD) using the CcpNmr AnalysisScreen programme | Geerten | Vuister | No | No | |
209 | An end-to-end CRISPR screening pipeline to identify synthetic lethal partners of ARID1A and validate novel target opportunities in cancer | Simon | Vyse | No | No | |
210 | RxCelerate: Architects of Drug Discovery and Development | Amy | Warner | No | No | |
211 | Establishing a screening cascade to identify inhibitors of the nicotinic acetylcholine receptor α6 subunit (nAChRα6) | Rosie | Waters | No | No | |
212 | Cell Painting in Pictures and Numbers: An Integrated Image and Data Analytics Platform for Accelerating Drug Discovery. | Victor | Wong | Yes | No | |
213 | Monitoring microbial diversity in healthy volunteers using 16S Metagenomic sequencing | James | McConnell | No | Yes | |
214 | Development of high throughput RT-qPCR assay to assess small molecule targeting RNA via exon skippers | Giulia | Bonetto | No | Yes | |
215 | Bolster the reproducibility of your 3D cellular aggregates assay with automated spheroids and organoids selection and isolation | Sébastien | Clerc | Yes | No | |
216 | Automating Thermal Shift Assays: CETSA Melt Curves | Matthew | Collier | No | No | |
217 | Getting to know your proteins: A semi-automated protein purification platform for identifying and addressing protein specific issues. | Jack | Doolan | No | Yes | |
218 | A case study in accelerating SAR: Multiplexing LC-MS/MS based assays to reduce DMTA cycle times | Siavash | Kijani | No | No | |
219 | Novel cryo-storage management software Cellseeker released for cell banking | Niklas | Rieck | Yes | Yes | |
220 | Developing Image Analysis Workflows to Accelerate Drug Discovery | Nina | Vyas | No | Yes | |
221 | Innovative and Physiologically relevant 3D Model for Immuno-Oncology Research | Elspeth | Ward | No | No | |
222 | Using Benzo[d]thiazolo[3,2-a]imidazole and its Derivatives as Cell Fate Determinant Numb inducers for Triple Negative Breast Cancer Treatment | Abdullah | Al Dhfyan | No | Yes | |
223 | Preparation and Evaluation of a Fluorescently labelled Liposome-A20FMDV2 Peptide Conjugate for αvβ6 Integrin Receptor-Targeting in Pancreatic Cancer | Nermeen | Ali | No | Yes | |
224 | Usage of nivolumab platinum containing stat1 for suppression PD 1 genes in PD-1 /PD-L1 expressing cancer cells | Walid | Atta | No | Yes | |
225 | Application of microfluidic system for preparation of liposomal anti-tumour co-loaded with natural antioxidants for anti-tumour synergism and formulation stabilisation. | Tia | ATTIA | No | Yes | |
226 | Integrated Drug Discovery – PD-1/PD-L1 Inhibitors | Craig | Avery | Yes | No | |
227 | Nanobody-PROTACs: Method development towards using single-domain antibodies to target undruggable proteins for degradation | Caroline | Cope | No | Yes | |
228 | Validating Targets for TPD using dTAG – a comprehensive workflow solution | Joel | Cresser-Brown | Yes | Yes | |
229 | Testing Curcumin and Resveratrol as Novel Therapies for Endometrial Cancer in Patient Derived Explants | Gemma | Donaldson | No | Yes | |
230 | The role of inflammation in the development of BRAF-mutant colorectal cancer | Caleb | Green | No | Yes | |
231 | Standardized Target Carcinogenicity Assessment (TCA) Enables ICH S1B-based Regulatory Decisions | Frances | Hall | No | No | |
232 | Characterising the response of tumours to fractionated radiotherapy and immune checkpoint inhibitors | Yin | Ho | Yes | Yes | |
233 | Investigating Inhibitors to CLIC1 for the treatment of Glioblastoma Multiforme | Kay | Osborn | No | No | |
234 | Affimer reagents as novel genetic and cell biology tools to modulate the protein-protein interactions of Aurora kinase A | Jack | Roberts | No | Yes | |
235 | High-throughput Spatial Biology analysis: Registration, Cell segmentation, Marker quantification and Statistical analysis with just a few clicks | Lucas | Schuetz | No | Yes | |
236 | Accelerating drug discovery and therapeutic research using structural biology: small molecule and antibodies. | Chitra | Seewooruthun | No | Yes | |
237 | Evaluating TRPML1 as a novel drug target for Triple Negative Breast Cancer (TNBC) | Beth | Tattersdill | No | Yes | |
238 | Intrinsic expression of the cytokine receptor STX3 predicts response to α-PD-1 immune checkpoint inhibition in Non-Small Cell Lung Cancer | Aimee | Vaughan | No | Yes | |
239 | Proteolysis-targeting chimera (PROTAC) technology for protein degradation of KAT2A in acute myeloid leukaemia – a novel therapeutic approach. | Loren | Waters | No | Yes | |
240 | Improving the Antibacterial Activity of Fosfomycin and Colistin Antibiotics Using Thymoquinone in Liposomal Formulations | Raghad | Alzahrani | No | Yes | |
241 | Bridging the Innovation Gap: Novel In Vivo Models for Late-Stage Retinal Diseases | James | Bojdo | No | Yes | |
242 | Development and Validation of [3H]Cimbi-36 Binding in Mouse Frontal Cortex Including Affinity Constant Determination for Classical Psychedelics: Comparison to [3H]MDL100,907 Binding | Michael | Burnett | Yes | No | |
243 | Psilocybin: the relationship between head twitch response, locomotor activity, 5-HT2A ex vivo receptor occupancy and plasma and brain levels of psilocin | Albert | Carter | Yes | Yes | |
244 | Characterisation of a hiPSC-derived smooth muscle infection model for Trypanosoma cruzi drug screening | Juliana | Da Silva Pacheco | No | Yes | |
245 | Investigation of cannabidiol as a potential therapeutic in Niemann-Pick disease | Gareth | Fenn | No | Yes | |
246 | A new paradigm for the management of atrial fibrillation using budiodarone and wearable devices | Christian | Flynn | No | Yes | |
247 | Structure determination of TRPC5 bound to the xanthine-based agonist AM237 | Kasia | Hammond | No | Yes | |
248 | Effects of FDA approved drugs on the BMP and TGFβ signalling pathways in Pulmonary arterial hypertension (PAH) | Nura | Mohammed | No | Yes | |
249 | A 2.8 Å resolution crystal structure of Staphylococcus aureus DNA gyrase in a cleavage complex with DNA and zoliflodacin suggests a mechanism for enhanced activity against quinolone-resistant bacteria | Harry | Morgan | No | Yes | |
250 | Integrating basic science with clinical expertise to improve patient health. | Anna | Murray | No | No | |
251 | Effect of Natural Compounds on BMP and TGFβ Signalling Pathways in Pulmonary Arterial Hypertension | Maria | Osei | No | Yes | |
252 | Spatially Resolved Whole Transcriptome Profiling of Fibroblastic Foci in Idiopathic Pulmonary Fibrosis. | Robert | Pedley | No | Yes | |
253 | Exploring novel chemical space to identify small molecule mimetics of the RGD sequences of IGFBP-1 and IGFBP-2 to treat cardiometabolic disease. | Emily | Rolfe | No | Yes | |
254 | ProQuant™, a new precision proteomics platform | Estere | Seinkmane | Yes | Yes | |
255 | Developing iPSC-derived models of neurodegenerative disease to test the therapeutic efficacy of Samsara’s autophagy modulators | Zahra | Shather | Yes | Yes | |
256 | Identification and Profiling of Biomarkers in Neurodegeneration | Kerry | Shea | No | No | |
257 | Using FIDA to support Protein Science in Drug Discovery | Duncan | Smith | Yes | No | |
258 | The effect of DNA methylation on CRISPR-induced toxicity | Eve | Stalker | No | Yes | |
259 | Development of DUBTACs (Deubiquitinase Targeting Chimeras) for the Stabilisation of Protein Levels | Amber | Truepenny | No | Yes | |
260 | Discovery of novel degraders for TPD applications utilising PROTEINi®-based functional screening | Lucy | Walker | No | Yes | |
261 | A multi-scale approach to quantitatively evaluate the SMAD signaling pathway | Julia | Hillger | Yes | No | |
262 | Biophysical and Biochemical Evaluation of WD-Repeat-Containing Protein 5 (WDR5) Degraders. | Mauricio | Martin | Yes | No | |
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