| Poster No. | Paper Title | Presenter | Organisation | Theme |
|---|---|---|---|---|
| 1 | The Use of Transfix Stabilizing Agent enhance Cerebrospinal Fluid(CSF) for Flow Cytometry Immunophenotyping of Haematological Malignancies | Nurhashimah Ab Latif | SGH | Clinical Cytometry |
| 2 | Ex Vivo Characterization of Cytokine Responses in Sorted Avian CD4⁺ and CD8α⁺ T Cells Following Polyclonal Stimulation | Sina Bagheri | University of Veterinary Medicine Vienna | Research Applications of Cytometry |
| 3 | Clinical validation of a new 12-colour flow cytometry assay for detection of measurable residual disease in acute myeloid leukaemia | Kylie Baldwin | Peter MacCallum Cancer Center | Clinical Cytometry |
| 4 | Automated, Reproducible Analysis for Image and Spectral Flow Cytometry in a Single Pipeline | Jochen Behrends | Research Center Borstel | Cytometry Innovation and Technology |
| 5 | Label-Free Sorting of Mycobacterium tuberculosis-Infected Human Monocyte-derived Macrophages Using Spectral Fingerprinting and High-Dimensional Flow Cytometry | Jochen Behrends | Research Center Borstel | Research Applications of Cytometry |
| 6 | High-Purity Sorting of Specific Extracellular Vesicle Populations Using Fluorescence-Activated Cytometry | Jochen Behrends | Research Center Borstel | Research Applications of Cytometry |
| 7 | The Landscape of Systemic and Antigen Specific Immunity Defining Latent TB Infection in PLHIV | Shilpa Bhowmick | ICMR-NIRRCH | Research Applications of Cytometry |
| 8 | Design and validation of a 22-colour spectral human PBMC panel for food-intervention clinical studies | Natalie Burr | Plant & Food Research | Research Applications of Cytometry |
| 9 | “NAPSTER: A Two-Armed Study Investigating the Immunological Changes within Renal Cell Carcinoma (RCC) Patients who Received Immuno-radiotherapy” | Becky Castle | Peter MacCallum Cancer Center | Research Applications of Cytometry |
| 10 | Analytical Challenges in an Immunophenotyping EQA Sample | Shiella Cerna | RCPAQAP | Clinical Cytometry |
| 11 | Live And Let Die: Human Mesenchymal Stem Cells When In Combat With microorganisms | Uttara Chakraborty | Manipal Institute of Regenerative Medicine | Research Applications of Cytometry |
| 12 | Reprogramming Apoptotic Resistance in PDAC Through Synthetic Oncolytic Immunotherapy | Aleksandra Cios | University of Maryland School of Medicine | Research Applications of Cytometry |
| 13 | Reducing Variation in PNH Testing: The Impact of a Data Collection Update | Elinor Cobbin | RCPAQAP | Clinical Cytometry |
| 14 | Acoustic Flow Cytometry for Accelerated Antimicrobial Susceptibility Testing of Bacteria from Solid Media | Harrison Court | University of Western Australia | Research Applications of Cytometry |
| 15 | Accelerating Bloodstream Infection Diagnosis: Gram Stain Identification with Acoustic Flow Cytometry | Harrison Court | University of Western Australia | Research Applications of Cytometry |
| 16 | Identification of T:B cell multimers after bispecific T cell engagement, using both conventional and imaging flow cytometry | Joanne Davis | The Royal Melbourne Hospital | Research Applications of Cytometry |
| 17 | Diet at Birth is Critical for Skin ILC3 Ontogeny | Nivedithaa Divakara | University of Western Australia | Research Applications of Cytometry |
| 18 | “Developing Policies and Practices for 24/7 Open Access to Shared Resources Laboratories” | Qianqian Feng | Tsinghua University | Cytometry Training, Services & Careers |
| 19 | Imaging flow cytometric assessment of BOD1L1-loss on megakaryopoiesis | Kathy Fuller | University of Western Australia | Research Applications of Cytometry |
| 20 | Eviction or stay? The fate of internalized Candida sp. inside human mesenchymal stem cells | Ayona Gupta | Manipal Institute of Regenerative Medicine | Research Applications of Cytometry |
| 21 | NKG2C Receptor Expression and Genotypes in NK Cells During Human Cytomegalovirus Infection | Norfarazieda Hassan | Universiti Sains Malaysia | Research Applications of Cytometry |
| 22 | Age-Driven Changes in T Cell Signaling as Biomarkers of CAR T Cell Product Quantity and Quality | Anna Iasinskaia | RMIT | Research Applications of Cytometry |
| 23 | Isolated Extramedullary B-ALL Relapse in the Breast: A Case Report | Tamara Jarvis | PathWest | Clinical Cytometry |
| 24 | Immune Profiling of Putative HIV-1C Reservoirs in an Indian Cohort | Snehal Kaginkar | ICMR- National Institute For Research In Reproductive And Child Health | Research Applications of Cytometry |
| 25 | Immuno-flowFISH for Diagnosis of Multiple Myeloma at Remote Sites | Roslyn Kemp | University of Otago | Cytometry Innovation and Technology |
| 26 | Leukemic Stem Cell Burden at Diagnosis: A Powerful Predictor of Treatment Response and Survival in AML | Aafreen Khan | All India Institute of Medical Sciences | Clinical Cytometry |
| 27 | Reducing Operator-Dependent Variability in Immunophenotyping Through Automated Antibody Panel Preparation | Yunsu Kim | Curiox Biosystems | Cytometry Innovation and Technology |
| 28 | Spotting Candida with Machine Precision | Margaret Kopczyk | UWA Centre For Medical Research | Clinical Cytometry |
| 29 | ‘Finally experiencing T cell joy in the flow lab – Clonality determination using T-cell receptor constant Beta chain TRBC1 and TRBC2’ | Nicola Langley | LabPLUS | Clinical Cytometry |
| 30 | Comparing Fluorochrome Signature and Intensity post Phenoxy Ethanol or Formaldehyde fixation in Flow Cytometry | Edwin Lau | Westmead Institute for Medical Research | Cytometry Innovation and Technology |
| 31 | Forty Color Full Spectrum Flow Cytometry Panel for Functional Phenotypic Analysis of Human Peripheral Blood Mononuclear Cells | Melanie Le Page | Monash University | Research Applications of Cytometry |
| 32 | Illuminating the Invisible: Reliable Small Vesicle Detection with Fluorogenic, Membrane-Specific Conjugated Oligoelectrolytes | Bay Sie Lim | NUS Institute for Functional Intelligent Materials (I-FIM) | Cytometry Innovation and Technology |
| 33 | “…and then I ran it using the defaults”: Exploring the impact of changing your settings in FlowSOM clustering | Jamie Mccarthy | Dotmatics | Research Applications of Cytometry |
| 34 | Characterising T cell states in the mesothelioma pleural microenvironment with CITE-seq | Alison McDonnell | The Kids Research Institute Australia | Research Applications of Cytometry |
| 35 | Evaluation of circulating B cell subpopulations and tertiary lymphoid structures as correlative of response to immunotherapy | Lidia Medhin | Edith Cowan University | Research Applications of Cytometry |
| 36 | Australia & New Zealand Flow Cytometry Specialist Survey Results | Pat Metharom | Curtin Medical Research Institute | Cytometry Training, Services & Careers |
| 37 | Single cell sorting QC: Verifying cell deposition accuracy | Simon Monard | Walter and Eliza Hall Institute of Medical Research (WEHI) | Cytometry Innovation and Technology |
| 38 | Early T Cell Precursor Acute Lymphoblastic Leukaemia (ETP-ALL) – Case Study | Kristy Montana | Pathwest Laboratory Medicine | Clinical Cytometry |
| 39 | An activation-induced marker assay to characterise COVID-19 vaccine-induced cellular responses in kidney transplant recipients and dialysis patients | Reena Mukhiya | Burnet Institute | Research Applications of Cytometry |
| 40 | A Twenty Colour Human Neutrophil Spectral Flow Panel | Samuel Neeling | PathWest | Research Applications of Cytometry |
| 41 | Introducing TRBC2 Antibody to the Assessment of T-Cell and T/NK-Cell Clonality in Reactive and Malignant Populations by Flow Cytometry | Hue Le Nghiem | Eastern Health Pathology | Clinical Cytometry |
| 42 | Autofluorescence Extraction on the CytoFLEX mosaic Spectral Detection Module | Matthew O’Brien | Beckman Coulter Life Sciences | Cytometry Innovation and Technology |
| 43 | Optimization of a T, ILC, MAIT and NK Cell Multicolor Panel with the CytoFLEX mosaic 88 Spectral Detection Module | Matthew O’Brien | Beckman Coulter Life Sciences | Cytometry Innovation and Technology |
| 44 | Optimization of a B Cell Multicolor Panel With CytoFLEX mosaic 88 Spectral Detection Module | Matthew O’Brien | Beckman Coulter Life Sciences | Cytometry Innovation and Technology |
| 45 | Optimising Automated High-Throughput Screening Flow Cytometry in an SRL | Seri Mustafah | Peter MacCallum Cancer Centre | Cytometry Innovation and Technology |
| 46 | SuperRCA, an innovative Mutation Detection technology: Bridging Molecular Biology and Flow Cytometry | Shankar Pattabhiraman | Beckman Coulter Life Sciences | Cytometry Innovation and Technology |
| 47 | Bridging Molecular and Flow Cytometry technologies: Automation Accelerates MRD Insights | Shankar Pattabhiraman | Beckman Coulter Life Sciences | Cytometry Innovation and Technology |
| 48 | CellMek SPS Instrument Beads Performance with a Stain/Lyse & Fix Workflow using a 4-color Liquid Antibody Panel | Shankar Pattabhiraman | Beckman Coulter Life Sciences | Clinical Cytometry |
| 49 | CellMek SPS Instrument Antibody Auto-Cocktailing Performance | Shankar Pattabhiraman | Beckman Coulter Life Sciences | Clinical Cytometry |
| 50 | Blastic Plasmacytoid Dendritic Cell Neoplasm – A Case Study | Micheila Pedder | PathWest Laboratory medicine | Clinical Cytometry |
| 51 | “Separation of Blood-Derived Extracellular Vesicles Using Droplet-Based Sorting” | Haley Pugsley | Cytek Biosciences | Research Applications of Cytometry |
| 52 | Open-Source Living Benchmark of Batch Correction Methods for Cytometry Data | Givanna Putri | Walter and Eliza Hall Institute of Medical Research | Cytometry Innovation and Technology |
| 53 | WITHDRAWN | |||
| 54 | Comprehensive data summary [265 patients]: MRD and immunophenotypic profile in pre-B ALL/B-ALL patients | Nitinkumar Nanubhai Rathod | Haempath Diagnostics | Clinical Cytometry |
| 55 | When it’s not T cells – Optimisation of a novel multi-colour immunophenotyping panel for human Amniotic epithelial cells using a BD FACSLyric | Melissa Rist | QIMR Berghofer Medical Research Institute | Research Applications of Cytometry |
| 56 | Mycobacterium bovis and Mycobacterium avium have a defined spectral profile, enhanced by heat inactivation, and resolvable from animal material by spectral cytometry | Joanna Roberts | Flowjoanna Tāpui Ltd | Research Applications of Cytometry |
| 57 | Inverse association between Quantity of Bone Marrow Mesenchymal Stromal Cells and Load of Circulating Tumour Plasma Cells in Patients of Multiple Myeloma | Man Updesh Singh Sachdeva | Postgraduate Institute of Medical Education and Research (PGIMER) | Clinical Cytometry |
| 58 | Comparing apples to apples: evaluation of inter-instrument variability using a 22-colour human broad immune panel for spectral flow cytometry | Alda Saldan | Karolinska Institutet | Research Applications of Cytometry |
| 59 | Overcoming Diagnostic Delays: Flow Cytometry for the Evaluation of Novel Antimicrobial Efficacy | Emily Salisbury | University of Western Australia | Research Applications of Cytometry |
| 60 | Partnering to Scale Flow Cytometric Sorting and Advance Animal Breeding | John Sharpe | Cytonome | Partnerships |
| 61 | Label-free Characterization of Biological Nanoparticles | Warren Tang | Beckman Coulter | Cytometry Innovation and Technology |
| 62 | Comparative Analysis of the DURAClone IM T-Cell Subsets Antibody Panel: Conventional vs. Spectral Flow Cytometry Using the CytoFLEX mosaic Spectral Detection Module | Warren Tang | Beckman Coulter | Cytometry Innovation and Technology |
| 63 | OMIP-104: A 30-Color Spectral Flow Cytometry Panel on the CytoFLEX mosaic 88 Spectral Detection Module | Warren Tang | Beckman Coulter | Research Applications of Cytometry |
| 64 | High-throughput functional interrogation of single human T cells using Beacon Optofluidic System | Robyn Taylor | John Morris Group | Cytometry Innovation and Technology |
| 65 | Tracking Perioperative Platelet Activation Using Spectral Flow Cytometry in Vascular Surgery Patients | Emma Thompson | University Of Otago | Research Applications of Cytometry |
| 66 | Australasian Cytometry Society and The Technician Commitment | Michael Thomson | MHTP | Cytometry Training, Services & Careers |
| 67 | Increasing the Capability to Detect High Dynamic Range Biological Signals with User-Adjustable Laser Power in the NovoCyte Opteon Spectral Flow Cytometer | Federica Tomay | Agilent | Cytometry Innovation and Technology |
| 68 | Detection of Extracellular Vesicles (EVs) using Flow Cytometry | Margaret Veale | La Trobe University | Research Applications of Cytometry |
| 69 | One Panel To Rule Them All: Understanding Mononuclear Phagocyte Heterogeneity in Human Skin, Type II and Type I Mucosa | Erica Vine | Westmead Institute for Medical Research | Research Applications of Cytometry |
| 70 | Superior Multicolor Spectral Panels Using StarBright UltraViolet, Violet, Blue, Yellow, and Red Dyes | Anjilna Wali | Bio-Rad | Cytometry Innovation and Technology |
| 71 | Implementation Challenges of MRD Assessment in B-ALL: A Single-Center Experience from Indonesia | Tri Kusuma Widiasih | Dharmais National Cancer Hospital | Clinical Cytometry |
| 72 | A case of suspected BPDCN relapse in anti-CD123 therapy – challenging follow-up | John Wilson | Pathology Queensland | Clinical Cytometry |
| 73 | Evaluation of analytical performance of AQUIOS-CL flow cytometer for quantitation of lymphocyte subsets | Mitchell Wong | Singapore General Hospital | Clinical Cytometry |
| 74 | Early Maternal Systemic and HCMV Specific Cellular Immune Responses Associated with Pregnancy Outcomes and cCMV: A Prospective Cohort Study | Sapna Yadav | ICMR-NIRRCH | Clinical Cytometry |
| 75 | Low Flow: Selecting a limited flow cytometry panel where resources are constrained | Ailie Ross | James Cook University | Clinical Cytometry |
Poster ProgramCytoConnect_20252025-11-20T22:44:49+00:00