Session 1 Posters (Sorted by Poster Number)
Link to Poster Session 2 – Thursday 15:00–17:00
Submission Id | Poster number | Primary Topic | Presenting | Title |
---|---|---|---|---|
6 | P-001 | Complement and infection (including COVID-19) | Yi-Pin Lin | The vector-pathogen anti-complement evolution dictates host skin immunomodulation for multimodal Lyme disease bacterial transmission |
7 | P-002 | Complement and infection (including COVID-19) | Katarzyna Kuska | New roles of intracellular C3 in triggering immune responses |
18 | P-004 | Complement and infection (including COVID-19) | Tahsin Ahamed Khan | Complement evasion strategies of Candida glabrata clinical isolates and antibody independent binding of C1q to C. glabrata |
40 | P-005 | Complement and infection (including COVID-19) | Eija Nissilae | Complement activation and immune responses induced by Nuvaxovid and ChAdOx1 vaccines against Covid-19 |
88 | P-006 | Complement and infection (including COVID-19) | Anthony Shadid | MicroRNA sequencing of plasma exosomes reveals complement dysregulation in COVID-19 |
106 | P-007 | Complement and infection (including COVID-19) | Kristian Riesbeck | Molecular epidemiology and comparative virulence patterns of Acinetobacter baumannii isolates from war-related injuries in Ukraine |
112 | P-009 | Complement and infection (including COVID-19) | Lilith Heiland | Evasion of Complement and Amyloid-Beta by the Neurotropic Pathogen Borrelia burgdorferi in Human 3D Cultures |
114 | P-010 | Complement and infection (including COVID-19) | Kristian Riesbeck | Major outer membrane protein P5 of non-typeable Haemophilus influenzae interacts with human vitronectin and contributes to serum resistance |
127 | P-012 | Complement and infection (including COVID-19) | Peter Szachowicz | Complement expression determines disease severity in mouse models of SARS-CoV-2 and influenza pneumonia |
141 | P-014 | Complement and infection (including COVID-19) | Panisadee Avirutnan | Epitope-Dependent Complement Activation and ADCC by Anti-NS1 Antibodies in Targeting Infected Cells: Implications for Dengue Vaccine Design |
157 | P-016 | Complement and infection (including COVID-19) | JOHN JOHNSON | Host Cell Origin Drives Divergent Complement Neutralization Mechanisms of Chandipura Virus |
9 | P-017 | Complement assays and biomarkers | Frank Beurskens | Characterization of antibody Fc:Fc interactions by a VHH blocking technology |
42 | P-018 | Complement assays and biomarkers | Vandana Pradhan | Deciphering the lectin pathway among Systemic Lupus Erythematosus (SLE) patients from Western India |
47 | P-019 | Complement assays and biomarkers | Nicole Meyer | Complement Factor I Functional Assay for Assessing CFI Variants |
56 | P-020 | Complement assays and biomarkers | Naia Vad Stampe | Development and Evaluation of Alternative Pathway Factor B Neoantigen Assay Using Novel Monoclonal Antibodies |
60 | P-021 | Complement assays and biomarkers | Bettina Eide Holm | Isoform-Specific Detection and Quantification of Complement C4A via Novel mAbs |
62 | P-022 | Complement assays and biomarkers | Lewis M Watkins | Profiling complement dysregulation in frontotemporal dementia using cerebrospinal fluid, plasma, and exosomes. |
63 | P-023 | Complement assays and biomarkers | Robert AJ Byrne | Novel anti-clusterin monoclonals as tools for characterising clusterin expression in biofluids and tissues |
65 | P-024 | Complement assays and biomarkers | Gareth D. Fenn | Development of a novel dual fluorescent ELISA (FELISA) for the simultaneous quantification of C3 and C3a in biological fluids. |
66 | P-025 | Complement assays and biomarkers | Vinira Wijesuriya | Cerebrospinal fluid complement system biomarkers in Alzheimer’s disease. |
84 | P-026 | Complement assays and biomarkers | Bill Ho | Reconstitution of a fully functional recombinant membrane attack complex for molecular biology studies |
108 | P-027 | Complement assays and biomarkers | Laura Nicholls | C3 and C3a as Indicators of Complement Dysregulation in Tauopathies and FTLD-Associated Disorders. |
129 | P-028 | Complement assays and biomarkers | Samuel Butler | A Novel Tool for Complement Activation Profiling in AAV Gene Therapy |
130 | P-029 | Complement assays and biomarkers | Michael Schwenkert | Advanced Assay Platform for Antibody Development: Precision Assays for ADCC, ADCP, and CDC |
151 | P-031 | Complement assays and biomarkers | Kirsten L Baillie | Novel antibodies and assays to ascertain the role of C4 protein variants in Schizophrenia risk |
28 | P-033 | Complement pathways, activation and regulation | Joanne van Keulen | Distinct sites of complement activation and regulation in the tumor microenvironment |
29 | P-034 | Complement pathways, activation and regulation | Cobey Donelson | Integration of Structural Modeling and CADD Scores Improve Variant Classification for CFH SCRs 5-18 |
33 | P-035 | Complement pathways, activation and regulation | Masashi Mizuno | Comparison of complement activation products and eosinophils between bicarbonate-based and lactate-based peritoneal dialysis (PD) solutions in PD patients during introduction periods. |
39 | P-037 | Complement pathways, activation and regulation | Jean-Baptiste Reiser | The Fc fragment of soluble IgMs binds C1q to activate the first step of the classical complement pathway, while inhibiting complement-dependent cytotoxicity |
55 | P-038 | Complement pathways, activation and regulation | Boglár Gál | A Novel Immunoassay Platform to Study the Dynamics of the Alternative Pathway |
59 | P-039 | Complement pathways, activation and regulation | Tereza Alica Plchová | Novel Quantitative ELISA Reveals Dynamics of Pro-Factor D Conversion During Alternative Complement Pathway Activation |
61 | P-040 | Complement pathways, activation and regulation | Michael Rückert | High-dose radiotherapy modulates the expression and secretion of complement (regulatory) proteins by tumor cells |
76 | P-041 | Complement pathways, activation and regulation | Peter Zipfel | The Four Functional Segments of Factor H:Role in Physiological Target Recognition and Contribution to Disease |
93 | P-043 | Complement pathways, activation and regulation | Joshua Dent | Design and development of potent and selective C5aR2 agonists |
94 | P-044 | Complement pathways, activation and regulation | Marina Vygonskaya | ROLE OF COMPLEMENT COMPONENTS 3A (C3A) AND 5A (C5A) IN THE ACUTE-TO-CHRONIC PAIN TRANSITION IN A MOUSE MODEL OF NEUROPATHIC PAIN. |
123 | P-045 | Complement pathways, activation and regulation | Linnea Lindelöf | Ficolin-3 Recognizes Acylated and Carbamylated Lysine Residues and Activates Complement in a pH-Dependent Manner |
125 | P-046 | Complement pathways, activation and regulation | Roland Ebert | Update on protein array screening of the ficolin-3 interactome |
131 | P-047 | Complement pathways, activation and regulation | Mihály Józsi | The Tumor- and Apoptosis-Associated Annexin A2 is a New Ligand for FHL-1 and Factor H-Related Proteins – Annexin-Bound FHR-5 Enhances Alternative Pathway Activation |
134 | P-048 | Complement pathways, activation and regulation | Mihály Józsi | The human complement factor H-related protein FHR-2 enhances complement activation on host and bacterial ligands |
152 | P-051 | Complement pathways, activation and regulation | Per H. Nilsson | Complement C3 inhibition mitigates complement activation in clinical platelet concentrates without preventing platelet storage lesions |
154 | P-052 | Complement pathways, activation and regulation | Anas Abu-Humaidan | Differential Complement Responses in Radiation- vs. Chemotherapy-Induced Senescence |
155 | P-053 | Complement pathways, activation and regulation | Steffen Thiel | Something about the at least 50 different complexes of the initiating molecules of the lectin pathway and the polyreactivity of the pattern recognition molecules. |
43 | P-057 | Complement structure and function | Marie Jachmann | The toxin CyaA from Bordetella pertussis as a potential modulator of Complement receptor 3 (CR3) function |
50 | P-058 | Complement structure and function | Rebekah S Cooke | C5 inhibition by mAbs: There’s many ways to skin a cat! |
53 | P-059 | Complement structure and function | Sudha Mishra | A conserved molecular mechanism orchestrates diverse ligand recognition at the complement anaphylatoxin receptor C3aR |
75 | P-060 | Complement structure and function | Jubayer Rahman | A CD4+ T cell-intrinsic complement C5aR2-prostacyclin-IL-1R2 axis orchestrates Th1 contraction and is perturbed in Th1-driven disease states |
122 | P-063 | Complement structure and function | Juliane Klehr | Impact of the A09/A15 epitope on structural assembly and function of C1q in the light of Systemic Lupus Erythematosus |
140 | P-065 | Complement structure and function | David Eikrem | Targeted binding and activation of native C3 without proteolytic cleavage induced by flip/flopped cell membranes |
142 | P-066 | Complement structure and function | Changhao Jia | Structural basis of complement C3 recognition by both convertases |
2 | P-069 | Complement therapeutics | Sarah Hammadi | Utilising induced pluripotent stem cells (iPSCs) to model the outer retina for complement gene therapy delivery |