The poster authors will be at their posters during the poster reception.
All information regarding the posters will be provided soon.
| P01 |
Eunwoo Park (Republic of Korea) et al. Deep Learning-Based Ultraviolet Photoacoustic Microscopy for Label-Free Digital Pathology |
| P02 |
A Filipe Pereira (United Kingdom) et al. Discrete-Event Simulation-Driven Equipment Capacity Optimisation for High-Volume Histopathology Services |
| P03 |
Lauren DeLong (United Kingdom) et al. Deep Learning-Based Automated Detection of Giardia lamblia in Duodenal Biopsies |
| P04 |
José Teixeira (Netherlands) et al. Automated Segmentation of Mononuclear Cell Infiltrates in H&E Slides of Drug Safety Studies |
| P05 |
Ananda van der Kamp (Netherlands) et al. Weakly Supervised Deep Learning for Anaplasia Classification in Wilms Tumor Whole-Slide Images |
| P06 |
João Vale (Portugal) et al. Optimizing thyroid pathology workflows: the role of section thickness and slide type |
| P07 |
Nina Baumgartner (Switzerland) et al. Assessment and automated detection of tumour deposits in colorectal cancer whole slide images |
| P08 |
Vahid Anari (Brno, Czech Republic) et al. Systematic Evaluation of Clinical Covariates for Multimodal WSI-Based Survival Prediction for Colorectal Cancer |
| P09 |
Dilara Karaoglu (Germany) et al. Mapping AI-Derived Histological Prototypes with Spatial Transcriptomics for a Refined Subtyping of Undifferentiated Pleomorphic Sarcoma |
| P10 |
Esha Sadia Nasir (United Kingdom) et al. CORE: A Cell-Level Coarse-to-Fine Image Registration Engine for Multi-Stain Whole-Slide Image Alignment |
| P11 |
Michael Kutte (Nigeria ) et al. Deep Learning–Based Automated Detection of Tuberculosis Granulomas in Digital Histopathology Slides from a High-Burden, Conflict-Affected African Region |
| P12 |
Corina Cotoi (Germany) et al. Best practices for ground truth annotation in epithelial tumor detection: an industry perspective |
| P13 |
Swapnil Rane (India) et al. Automated Clinically Relevant Lymph Node Metastases of Squamous Cell Carcinoma across multiple sites |
| P14 |
Mohamed Abdrabbou (Gremany) et al. Spatial Mapping of Immune Evasion and Cytotoxic TIME in Urothelial Carcinoma |
| P15 |
Catherine Chia (Netherlands) et al. CHIMERA Challenge: Response Subtypes and Recurrence Predictions in Bladder Cancer Patients using Multimodal Datasets |
| P16 |
Nita Mulliqi (Sweden) et al. Comparative analysis of end-to-end learning and foundation models for clinical-grade prostate pathology |
| P17 |
Moira Ragazzi (Italy) et al. Ex Vivo Fluorescence Confocal Microscopy (EVFCM) and Rapid On-Site Digital Histopathological Evaluation (RODE) in digestive endoscopy: a real life experience |
| P18 |
Shakiba Sharifi (Italy) et al. Toward Reproducible Coronary Stenosis Assessment in Forensic Autopsy Histology: A Deep Learning Whole-Slide Imaging Tool |
| P19 |
Aakash Madhav Rao (United Kingdom) et al. TIAgent: Enabling Code-Free Computational Pathology Workflows in Natural Language |
| P20 |
Chantell Hodgson (United Kingdom) et al. Anytime, Anywhere Cytopathology: Elevating Diagnostic Accuracy Through Digital Practice |
| P21 |
Christoph Blattgerste (Germany) et al. Geometrical Properties of Whole Slide Images determine Tissue Composition and assist in Clinical Decision Support |
| P22 |
Chantell Hodgson (United Kingdom) et al. Supporting Workforce Excellence Through Digital Education |
| P23 |
Luana Xuan Liu (Sweden) et al. Automated Quantification of Tumour Length in Digitised Prostate Core Needle Biopsies by Rule-Based Algorithm |
| P24 |
John K.L. Wong (Germany) et al. PAIX: Agent-Assisted Harmonization for Multimodal Digital Pathology and Integrative Diagnostics |
| P25 |
Giuseppe Mallel (Isreal) et al. Cross-Organ Standalone Performance of a Gastric-Trained Artificial Intelligence Algorithm in Esophageal Biopsies |
| P26 |
Niloufar Rahimizadeh Asli (Finland) et al. Generalizable deep feature extraction for single cell level analysis of tissue and cell type classification |
| P27 |
Julia A. Mielcarz (Sweden) et al. Virtual Unstaining-Enabled Stain-Free Histopathology for Prostate Cancer |
| P28 |
Till Nicke (Germany) et al. Scaling Supervised Pathology Foundation Models through Slide-Level Multi-task Learning |
| P29 |
Dovile Zilenaite-Petrulaitiene (Lithuania) et al. Integrative digital pathology for multimodal prognostic modeling in clear cell renal cell carcinoma |
| P30 |
Sol Erika Boman (Sweden) et al. Conformal prediction for reliable Gleason grade classification |
| P31 |
Sander Moonemans (The Netherlands) et al. Democratising Pathology Co-Pilots: An Open Pipeline and Dataset for Whole-Slide Vision-Language Modelling |
| P32 |
Vasco Coelho (Milan, Italy) et al. Towards morpho-molecular learning in computational pathology |
| P33 |
Esha Sadia Nasir (United Kingdom) et al. Immune Cell Classification in Renal Multiplex Immunofluorescence Images Using Deep Learning: Application to Cytomegalovirus-Associated Nephropathy |
| P34 |
Swapnil Bhat (India) et al. Resource-Agnostic Microsatellite Instability Prediction from H&E Images Using Foundation Model Features in Digital Pathology |
| P35 |
Devansh Lalwani (India) et al. Development of an AI-Based Bone Marrow Differential Cell Count System |
| P36 |
Éléa Gros (Bern) et al. GLIOMETER: Automated Quantification of Tumor Cell Content in High-Grade Gliomas from H&E Whole-Slide Images |
| P37 |
Mateusz Maniewski (Poland) et al. Data-Efficient Prostate Cancer Screening Using Pathology Foundation Model Features: A Cross-Institutional Retrospective Evaluation |
| P38 |
Giovanni Laganà (Milan, Italy) et al. Transformer-Based Multiple Instance Learning for Mutation Prediction from Whole-Slide Images |
| P39 |
Bojana Pocuca (Finland) et al. Leveraging H&E Histopathology to Model Patient Heterogeneity and Improve Clinical Trial Efficiency |
| P40 |
Devansh Lalwani (India) et al. Integrating Heatmap-Based Model Explanations and Large Language Models for Interpretable Banff Scoring |
| P41 |
Karoline Miladinovic (Denmark) et al. AI-based glomerulosclerosis scoring method for rodents using deep learning |
| P42 |
Laure Ciernik (Germany) et al. Interpretable Survival Prediction from Single-Cell RNA-seq via Metacell-Based Attention Multiple Instance Learning |
| P43 |
Burhanuddin Anis (United Kingdom ) et al. Bayesian Few-Shot Learning for Isolated Tumor Cell Detection in Lymph Node Whole-Slide Images |
| P44 |
Raphaël Bourgade (France) et al. Robust Pan-Cancer Mitotic Figure Detection with YOLOv12 |
| P45 |
Fabian Gülhan (Germany) et al. From Unstructured Pathology Reports to Annotated Biomarker Datasets Using Large Language Models |
| P46 |
Julian OSTERMAIER (France) et al. Evaluating Biological Consistency and Robustness to Technical Variability in Multimodal Latent Spaces |
| P47 |
Florian Jaeckle (United Kingdom) et al. AutoDuo: Multi-Centre Validation of an AI Triage System for Automated Sign-Out of Normal Duodenal Biopsies |
| P48 |
Mohd Rifqi Rafsanjani (Ireland) et al. Multi-modal Integration of Hyperspectral Chemical Imaging and Transcriptomics for Colorectal Cancer Consensus Molecular Subtyping |
| P49 |
Guillaume E. Courtoy (Belgium) et al. Chronic endometritis: a meaningful definition and standardized stratification using spatial CD138-based classification |
| P50 |
Lorren Mitchell (United Kingdom) Beyond Implementation: Using Digital Pathology EQA to Support Quality, Standardisation and Participant Confidence at Scale |
| P51 |
Francesca Vanzo (Italia) et al. Interoperable Digital Pathology Implementation for Workflow-Based AI Teleconsultation |
| P52 |
Hanga Tárkányi (Finland) et al. Foundation Models for Gland Segmentation in Histopathological Whole Slide Images |
| P53 |
Davide Panzeri (Germany) et al. Assessing the diagnostic accuracy of ChatGPT-4 in the histopathological evaluation of liver fibrosis in MASH |
| P54 |
Nickels Winkler (Germany) et al. Impact of Quantitative Image Analysis of Histological Slides on Downstream Clinical and Research Applications |
| P55 |
Esha Sadia Nasir (United Kingdom) et al. Efficient Classification of Atypical versus Normal Mitotic Figures Using LoRA-Fine-Tuned Foundation Models |
| P56 |
Melissa Ensmenger (Switzerland) et al. Linking Histology to Molecular Signatures: An AI Framework for Guiding Personalized Treatment of Inflammatory Skin Diseases |
| P57 |
Laura Valeria Perez-Herrera (Spain) et al. Limited Cross-Cohort Generalization of Foundation Models for Lung Adenocarcinoma Growth Pattern Classification |
| P58 |
Mustafa Yousif (US) et al. Technician-Centric AI Quality Control for Whole-Slide Imaging: Slide-Level Concordance With Manual Review and Operational Time Savings |
| P59 |
Matthieu Tihy (France) et al. Histological Classification of High-Grade Digestive Neuroendocrine Neoplasms using an Advanced Deep Learning Model. |
| P60 |
Mateusz Maniewski (Poland) et al. Sensitivity-Aware Dual-Head MIL for Prostate Biopsy Screening Using Foundation Model Features |
| P60 |
Masoomeh Rahimpour (Belgium) et al. Ploidy Estimation from Sarcoma Histopathology Using Weakly Supervised Graph Neural Networks |
| P61 |
Gregory Verghese (United Kingdom) et al. Towards Transparent AI in Computational Pathology: Multimodal Concept Learning for Clinical AI |
| P62 |
Ana Beatriz Vieira (Portugal) et al. An Automated Training-Free Framework for Ki67 Quantification |
| P63 |
Margaret Horton (UK) et al. Pathologists’ First Real-World Encounters With AI: Views on Acceptance, Liability Concerns and Workflow Fit |
| P64 |
Jiří Horák (Czech Republic) xOpat - the Digital Pathology Viewer |
| P65 |
Pascal Klöckner (The Netherlands) et al. Crowdsourcing enables robust cell annotation for breast cancer pathology |
| P66 |
Carmen Zerner (Austria) et al. Development of a Metadata Catalog for Whole Slide Images with Integrated Governance Management |
| P67 |
Jagruti Kadam (India) et al. Tape Versus Glass Coverslipper- A quality and Speed comparison in microscopic and digital image quality. |
| P68 |
Hafsa Akebli (Italy) et al. Cross-Domain Generalization of Histopathology Foundation Models: A Comparative Evaluation in Multicenter, Multi-Scanner Cohorts |
| P69 |
Pascal Klöckner (Switzerland) et al. Investigating Test-Time Training for Patch Classification in Computational Pathology under Dataset Bias |
| P70 |
Ivan R. Slootweg (the Netherlands) et al. Paving the Way for Fully Automated BCC Reporting: A BCC Detection Framework Using Self-Supervised Anomaly Detection For Dangerous Neoplasms |
| P71 |
Kristin Spirgath (Germany) et al. Automated segmentation and quantification of histological liver features for MASH/MASLD scoring |
| P72 |
Gernot Fiala (Austria) et al. ONCO-AITI: AI-Assisted Web-Based Training for Young Pathologists in Colorectal Neoplastic Lesions |
| P73 |
Matthias Perkonigg (Austria) et al. Hierarchical Generalized Category Discovery for Brain Tumor Classification |
| P74 |
Marie Sockeel (Paris) et al. Clinical performance of an AI-based decision support system for skin tumor classification and mitosis detection in dermatopathology: results of the SkinPerf2026 multi-reader study |
| P75 |
Maya Maya Barbosa Silva (Norway) et al. Utilizing stain-variation modeling to generate shareable and reusable image augmentation templates |
| P76 |
Pedro C. Neto (Portugal) et al. Gastritis Diagnosis: How Atrophy is the Achilles' heel for Multiple-Instance Learning AI systems |
| P77 |
Chung-Yueh Lien (Taiwan) et al. Design and Implementation of an Open-Source Integrated Digital Pathology Workflow with DICOM WSI Management and AI-Assisted Analysis |
| P78 |
Karolina Punovuori (Finland) et al. Multiparameter imaging reveals clinically relevant cancer cell-stroma interaction dynamics in head and neck cancer |
| P79 |
Sabina Köfler (4020 Linz, Austria) et al. CDxTRG+: an automated tumor regression grading tool for esophageal adenocarcinomas |
| P80 |
Rebekah Bryant (United Kingdom) et al. Interpretable deep learning for coeliac disease diagnosis using morphological feature extraction from duodenal biopsies |
| P81 |
Reza Nasirigerdeh (Germany) et al. Federated Foundation Models for Computational Pathology |
| P82 |
Piotr Giedziun (Poland) et al. Annotation-Efficient Pseudo-Labeling for Ki-67 Cell Detection Using Fine-Tuned Foundation Models |
| P83 |
Swapnil Bhat (India) et al. TuroTrain: Foundation Model-Based Prediction of Microsatellite Instability in Endometrioid Endometrial Cancer |
| P84 |
Anders Blilie (Norway) et al. Temporal stability limits of AI-based pathology: A longitudinal stress test of Gleason grading Models |
| P85 |
Joshua Tashman (United States) et al. Automated Pipeline for De-identification of Whole Slide Imaging Files Using DICOM: An Institutional Implementation |
| P86 |
Martynas Riauka (Lithuania) et al. Bridging Polarimetric Imaging and Brightfield Histopathology through AI-Driven Polychromatic Polarization Microscopy |
| P87 |
Ingvild Froeberg Mathisen (Germany) et al. Dual-Foundation-Model Ensemble Predicts Gene Expression in Muscle-Invasive Bladder Cancer (MIBC) for Patient Outcome Stratification |
| P88 |
Matěj Pekár (Czech Republic) et al. Beyond Tile Embeddings: A Geometry-Aware Nuclei Foundation Model |
| P89 |
Amjad Khan (Switzerland) et al. Clinical translation and prospective evaluation of MetAssist 1.0 for lymph node metastasis detection in colorectal cancer |
| P90 |
Fadime Gul Salman (Turkiye) et al. The Impact of Artificial Intelligence Assistance on Interobserver Agreement in ER, PR, HER2, and Ki-67 Assessment |
| P91 |
María Inés Catalani (Spain) et al. Retrospective Clinical Validation of an AI Algorithm for Mitosis Quantification in Breast Carcinoma and Cutaneous Melanoma |
| P92 |
Florian Winkler (Austria) et al. Can AI support improve the usability of a gaming device for evaluating digital histological specimens? |
| P93 |
Adler Ju (Hong Kong) et al. Comprehensive clinical evaluations of 37 digital pathology slide scanners |
| P94 |
Angela Crispino (Italia) et al. Weakly Supervised Approach for HPV Status Prediction in Oropharyngeal Carcinoma from H&E-Stained Slides |
| P95 |
Serdar Balci (Turkiye) et al. Real Life Scanning Time in Digital Pathology |
| P96 |
Phoenix Wilkie (Canada) et al. Size Matters: Exploring the morphological prototypes of adipocytes within breast tissue |
| P97 |
Marica Vagni (Rome, Italy) et al. Leveraging pathology foundation models for predicting Homologous Recombination Deficiency (HRD) from routine histopathology in ovarian cancer |
| P98 |
Andrea Lupo (Italy) et al. AI-based algorithm using H&E and IHC Whole-Slide Images for Recurrence Prediction in SLN-Negative Melanoma |
| P99 |
Alessio Fiorin (Spain) et al. Leveraging Crowdsourced Keypoint Correspondences to Guide Region of Interest Localization in Cross-Stain Whole Slide Image Registration |
| P100 |
Azar Kazemi (Mashhad, Iran) et al. Annotation-Efficient and Reliable Tumor-Infiltrating Region Identification and Density Stratification in Colorectal Cancer Histopathology Images: Expert-in-the-loop Approach |
| P101 |
Kastytis Sidlauskas (United Kingdom) et al. From ambiguity to standardisation: interpretable morpho-spatial modelling of DCIS grade with cross-panel validation |
| P102 |
Simon Graham (United Kingdom) et al. AI-assisted mitotic counting improves inter-observer consistency and efficiency in multi-site validation study |
| P103 |
Marco Rosati (Germany) et al. Decoding Tumor Cell Nuclei -Eccentricity and Nuclear Area as prognostic features of Lung Squamous Cell Carcinoma |
| P104 |
Fatma Tokat (Turkey) et al. Algorithm-Based Reclassification of HER2 IHC 0 Breast Carcinomas |
| P105 |
Hortense Deslandes (France) et al. Organizational impact of an AI-based pre-screening tool for the diagnosis of MMR/MSI status in patients with colorectal cancer (CRC) |
| P106 |
Davide Panzeri (Germany) et al. Multimodal Phasor Analysis for Digital Pathology: Quantitative Characterization of Liver Iron Overload |
| P107 |
Henning Höfener (Germany) et al. A Public Pediatric Bone Marrow WSI Dataset and AI Benchmarks for Leukemia Diagnosis |
| P108 |
Yvan Belakebi-Joly (Norway) et al. Learning Prognosis from Morphology Alone: Evaluating Diagnosis-Agnostic and Diagnosis-Aware Multiple-Instance Learning Models in Chronic Kidney Disease |
| P109 |
Pirmin Schlicke (Austria) et al. Calibrating Digital Twins from Routine Histopathology |
| P110 |
Nektarios A. Valous (Germany) et al. Hypercomplex color pipelines for digital pathology |
| P111 |
Aniek Eijpe (The Netherlands) et al. From Black Box to Biology: DIMAFx Reveals Key Interactions of Tissue Morphology and Gene Expression in Cancer Survival Prediction |
| P112 |
Youssef KAROUT (France) et al. LEVERAGING HIGH-QUALITY ANNOTATIONS FOR EFFICIENT SKIN LESION SEGMENTATION AND CLASSIFICATION |
| P113 |
Adam Kukučka (Czechia) et al. Weakly Supervised Multicenter Nancy Index Scoring in Ulcerative Colitis Using Foundation Models |
| P114 |
Marcin Kuźniar (Poland) et al. Adapting Deep Learning to Site-Specific IHC Variations with Limited Annotations |
| P115 |
Calum MacAulay (Canada) et al. Explainable AI Enabled Prediction of Lung Cancer Outcomes using Large Scale DNA Organization (LDO) |
| P116 |
Zhengyang Xu (Germany) et al. A Multi-Magnification Navigation Agent for Whole-Slide Pathology to Support Pathologists’ Decision-Making |
| P117 |
Azar Kazemi (Munich, Germany) et al. N2EAC: A Reliable Multi-Backbone Ensemble Framework for Improved Histopathological Esophageal Tissue Morphological Subtyping |
| P118 |
Elaine Wan Ling Chan (Malaysia) et al. Digital Pathology Adoption and Readiness in Malaysia: A Cross-Sectional Survey of a Middle-Income Country |
| P119 |
Maria Colomba Comes (Italy) et al. An Interpretable Causal Framework for Digital Pathology of Tumor-Immune Dynamics in Neoadjuvant Breast Cancer |
| P120 |
Florian Jaeckle (United Kingdom) et al. Closing the Paediatric Gap: Adult-Trained AI Generalises Robustly to Paediatric Coeliac Disease Diagnosis |
| P121 |
Kai Rakovic (United Kingdom) et al. Stromal profiling of lung adenocarcinoma using self-supervised learning |
| P122 |
Clément Grisi (Netherlands) et al. Beyond Counts: Margin-Aware Robustness Metrics for Pathology Foundation Models |
| P123 |
Jakub Pekár (Czechia) et al. Benchmarking WSI Privacy: A Challenge on Linkage Attacks and Synthetic Data Anonymization |
| P124 |
Jakub Pekár (Czechia) et al. Bypassing the Annotation Bottleneck: A Novel Approach to ITC Segmentation in HDAB-Stained WSIs |
| P125 |
Giuseppe Maggioni (Italia) et al. An interpretable digital morphometry model on whole-slide images for grading alveolar overinflation severity in porcine lungs after Organ Care System ex vivo lung perfusion |
| P126 |
Rajiv Kaushal (India) et al. Validation of artificial intelligence (AI) tools for detecting lymph node metastases in gastric and colonic cancer |
| P127 |
Rick Salmon (United Kingdom) et al. Digital Pathology Scanner Color and Tonal Quality – The Start of the Journey |
| P128 |
Dr Syed Bilal Tanvir (United Kingdom) Noninferiority of Whole Slide Imaging Versus Conventional Microscopy for Primary Diagnosis in Surgical Pathology: A Systematic Review and Meta‑analysis of Randomized Trials |
| P129 |
Ashot Melikbekyan (Russia) et al. Multifactorial analysis of deep neural network training methods for histological liver image segmentation |
| P130 |
Ingrid Brezaniova (Austria) Vision Hema AI Validation: Why Clinical Context Matters |
| P131 |
Maxime Gassier (France) et al. Performance of H-optimus-0 foundation model for histological grading of lung adenocarcinoma |
| P132 |
Ylva A. Weeda (The Netherlands) et al. Unlocking the potential of deep learning-based detection and quantification of tumor infiltrating lymphocytes in gastroesophageal adenocarcinoma |
| P133 |
Vivien Miczan (Szeged, Hungary) et al. The Proteomic Landscape of Lung Adenocarcinoma |
| P134 |
Lucy Godson (UK) et al. Towards Scalable Computational Biomarkers: Predicting BRAF Mutation Status from Melanoma Whole Slide Images |
| P135 |
Ivan Zaletel (Serbia) et al. Enhancing Risk Stratification in Prostate Cancer: Validation of an AI Solution for the Identification of Cribriform Gleason Pattern 4 |
| P136 |
Jiaqi Lv (United Kingdom) et al. KongNet: A Multi-headed Deep Learning Model for Detection and Classification of Nuclei in Histopathology Images |
| P137 |
Tuo Yin (Belgium) et al. Label-Free Coreset Selection with Foundation Models for Efficient Annotation in Computational Pathology |
| P138 |
Elin Samuelsson (France) et al. Towards Tumor-Agnostic IHC Cell Detection and Classification |
| P139 |
Michael Kutte (Nigeria ) et al. Quantitative Spatial Digital Pathology Reveals Immune Architecture in Chronic Hepatitis B Among African Patients |
| P140 |
Kaitlyn Gelfant (United States) et al. Clinical Implementation of AI Driven Automated QC in a Large Tertiary Cancer Center |
| P141 |
Kristijan Skok (Austria) et al. AI-Mapping the Cellular Immune Microenvironment of Pancreatic Ductal Adenocarcinoma |
| P142 |
Susanne Pors (Denmark) et al. Automated AI-assisted preantral ovarian follicle staging in mice |
| P143 |
Kevin Thai (USA) et al. Differential Spatial Transcriptomic Gene Expression Profiles Associated with Breast Cancer Progression |
| P144 |
Lucas Erlacher (Basel, Switzerland) et al. Unmasking molecular identities: A comparative study of graph and attention models for image-derived CMS subtyping |
| P145 |
Angela Crispino (Italia) et al. Automated classification of salivary gland tumors using weakly supervised deep learning |
| P146 |
Hicran Aldemir (Istanbul, Turkey) et al. Clinically Relevant Single-Task Benchmarking of Histopathology Foundation Models for Classical Hodgkin Lymphoma Subtyping |
| P147 |
Moira Ragazzi (Italy) et al. CAD-assisted histological diagnosis in prostate mapping: a multicentric Italian experience of the AI-FLOPP study |
| P150 |
Miljana Shulajkovska (Slovenia) et al. Multimodal fusion models for colorectal cancer survival prediction |
| P151 |
Dipeeka Rane (India) et al. "Comparative Analysis and performance of the three different scanners using Histopathology stained slides." |
| P152 |
Essam Ayad (Egypt) Harnessing AI in the Digital Pathology Era-The Egyptian Experience |
| P153 |
Stefano Gobbo (Italy) et al. Deep learning–guided identification of signet ring cells in hereditary diffuse gastric cancer |
| P154 |
Nefise Uysal (The Netherlands) et al. Deep Learning-Based Classification of Prostate Cancer in TURP Whole-Slide Images |
| P155 |
Gonçalo Borrecho (Portugal) et al. "The GrandQC: The Desolation of Artefacts" - Adaption of an open-source tool for quantification of artefacts in a WSI biopsies day |
| P156 |
Carlijn Lems (The Netherlands) et al. Toward generalizable breast cancer segmentation: BEETLE, a multicenter, multiscanner, morphologically rich dataset |
| P161 |
Ana Sofia Castro Verde (Portugal) et al. AI models recapitulate the low overlap between radiology and pathology in prostate cancer detection |
| P162 |
Frauke Wilm (Germany) et al. Training Deep Learning Models for Lung Histopathology Segmentation Without Real Data |
| P163 |
Sanyukta Adap (United States) et al. Computational Analysis of Collagen Fiber Orientation Longitudinal Changes Reveals Race-based Differences in Breast Tissue |
| P164 |
Pablo Meseguer (Spain) et al. Hierarchical Multiple Instance Learning for Ewing Sarcoma Differential Diagnosis using Whole Slide Images |
| P165 |
Mattia Tonani (Italy) et al. An AI-based Mechanoclassifier for predicting clinical outcome in Triple-Negative Breast Cancer (TNBC) patients |
| P166 |
Kamilla Maria Bech Johannesen (Denmark) et al. Digitally assessed features of the tumor microenvironment as a predictor of lymph node metastasis and distant recurrence in patients with pT1 colorectal cancer |
| P167 |
Adam Bajger (Czech Republic) et al. EXPLAINING DIGITAL PATHOLOGY MODELS VIA CLUSTERING ACTIVATIONS |
| P168 |
Raghubansh Gupta (India) et al. 3-D reconstruction of Glomeruli is enabled by volumetric scanning of 2-d serial sections of different stains from kidney biopsy |
| P169 |
Hesam Hakimnejad (Finland) et al. Are diffusions created equal for virtual staining? A comprehensive study on diffusion models for image translation in histology |
| P170 |
Judith Lefkes (Netherlands) et al. ClinSim: Clinically grounded evaluation of AI-generated medical reports based on SNOMED-CT |
| P171 |
Rushabh Mehta (India) et al. Robust Automated Quantification of Tumour Area in Lung Cancer Whole-Slide Images Across Diverse Histologic Subtypes |
| P172 |
Karl-Moritz Schröder (Germany) et al. Linear separability of histopathology foundation model embeddings of stimulated Raman histology images for lung carcinoma subtyping |
| P173 |
Aslı Çakır (Turkey) et al. Diagnostic Performance of an Artificial Intelligence Algorithm for Lymph Node Metastasis Detection in Breast Cancer |
| P174 |
Kyung-Ku Kang (South Korea) et al. Comparative Evaluation of Deep Learning Models for Mast Cell Counting in DNCB-Induced Atopic Dermatitis Mice |
| P175 |
JieFu Zhu (Germany) et al. Privacy-Preserving Swarm Learning for Multicenter Generative Modeling and Harmonization of Whole Slide Images in Digital Pathology |
| P176 |
Rocío del Amor (Spain) et al. Text-guided Tumor Segmentation on Skin Whole Slide Images using an In-House Platform |
| P177 |
Dr. Neha Singh (India) et al. Next-Generation Breast FNAC Diagnostics: Leveraging Convulational Neural Networks for Cytomorphologic Precision |
| P178 |
Yousif A. Kariri (Saudi Arabia ) et al. Phase IV Clinical Evaluations of NSCLC Pharmacotherapies: A Systematic Review of Treatment Efficacy and Safety (2020–2025) |
| P179 |
Fatma Yildirim (Türkiye) et al. Efficiency of Digital Intradepartmental Consultation on Workflow in a Multi-Center Pathology Network |
| P180 |
Carolin Mogler (Germany) et al. AI Implementation into Routine Clinical Service: Lessons from Germany Tertiary Academic Medical Center |
| P182 |
María Blanco (Spain) et al. From Visual Fidelity to Diagnostic Robustness: Benchmarking Virtual Staining Models under Adversarial Perturbations in Breast Histopathology |
| P183 |
Rudy Hovelinck (Belgium) et al. Digital Pathology Innovations in Cross-Border Connectivity, AI and Mass Spectrometry (DigiPathConnect) |
| P184 |
Christian Grashei (Germany) et al. Beyond Classification: Benchmarking Report Generation Against Weakly Supervised Learning in Prostate Cancer |
| P185 |
Van-Linh Le (France) et al. AI-Driven Prognostic Modeling of Gynecologic Smooth Muscle Tumors of Uncertain Malignant Potential Using Multi-Magnification Histopathology Images |
| P186 |
Ian Langton (Denmark) Staining Intensity Performance of Two Agilent Dako Pathology Systems Using AI Based Quantitative Quality Control Tool Qualitopix |
| P187 |
Federico Di Cocco (Italy) OPTIMIZED DIGITAL PATHOLOGY WORKFLOW FOR AUTOMATED MULTIPLEX IHC ANALYSIS OF TUMOR IMMUNE MICROENVIRONMENT IN BREAST CANCER |
| P188 |
Fadwa Majdoubi (Morocco) et al. FROM GENETIC ALTERATION TO IN SILICO DESIGN OF VEGF INHIBITORS: A NEW PATHWAY TO FIGHT COLORECTAL CANCER |
| P189 |
Haakon Alexander Flink (Norway) et al. Deep learning-based classification of tubular lesions in digital nephropathology |
| P190 |
Chan Kwon Jung (Republic of Korea) et al. Image Quality Assessment through Spatially Aware Focus Analysis in Digital Cytology Workflows |
| P191 |
Melis Erdal Cesur (The Netherlands) et al. Validation of a De-Identification Pipeline for Pathology Reports |
| P192 |
Kenny Workman (USA) et al. SpatialBench: Can Agents Analyze Real-World Spatial Biology Data? |
| P193 |
Ceren Boyaci (Sweden) et al. Measurement of Stromal Expression of Hormone Receptors in Breast Cancer: A Reproducible Digital Pathology Workflow |
| P194 |
ARNAV KR. ROYCHOUDHURY (India) et al. GLOMERULAR DIAMETER MEASUREMENTS BY WHOLE-SLIDE DIGITAL IMAGING IN DIABETIC NEPHROPATHY: ITS CORRELATION WITH PROTEINURIA AND eGFR |
| P195 |
Fabian Sinzinger (France) et al. Joint Patch Segmentation and Whole-Slide Classification in a Unified End-to-End Framework |
| P196 |
Lasse Nieminen (Finland) et al. Gastroscopy AI tool implementation stage evaluation |
| P197 |
Olaejirinde Olaofe (Nigeria) et al. Digital color separation can be used to identify fungal and parasitic bodies in tissue biopsies at a tertiary health center in Southwest Nigeria |
| P198 |
Iancu Emil Pleșea (Romania) et al. Morphometric assessment of main myocardial components depending on age and sex |
| P200 |
Ahlem bdioui (Tunisia) et al. AI-Driven Prognostic Evaluation in Uveal Melanoma Through Automated Nucleolar Analysis |
| P209 |
Alexey Fayzullin (Russia) AI-based quantification of nucleolar prominence improves survival stratification in renal cancer |
| P201 |
Swapnil Bhat (India) et al. Comparing Scanner-Based and Microscope-Based Workflows for Ki-67 Quantification in Breast Pathology |
| P202 |
Farina Kock (Germany) et al. MarrowMind: a smartphone application for automatic bone marrow smear analysis for leukemia diagnosis |
| P203 |
Kristijan Skok (Austria) et al. AI-Assisted Three-Dimensional Quantification of Liver Fibrosis Using Non-Destructive Micro-CT Imaging |
| P204 |
Ana Mateo Motos et al. A Model-Agnostic Fairness Auditing Framework for Medical Imaging AI: Evidence from Alzheimer’s Disease Classification |
| P205 |
Almoatazbellah Youssef (Germany) et al. Volumetric 3D Histology via µCT and WSI registration of complete FFPE blocks |
| P206 |
Natalia P. García-de-la-Puente (Spain) et al. Anomaly detection of cutaneous metastasis under domain shifts using whole-slide images |
| P207 |
Aleksandr Peshkin (Russia) et al. SWOT Analysis of the Integration of an AI-Based Self-Learning Chatbot in the Activity of a Center for Autoimmune Diseases |
| P208 |
Omer Faruk Dilbaz (Turkey) et al. Predicting BRAF Situation in Melanoma Cases Using Digitalized Slides |
| P209 |
Abdulrahman Abbas Yusuf Mohammed (Sudan) et al. Enhancing Physicians’ Adherence to the 2023 Sudan Malaria Case Management Protocol Using AI as an Intervention Tool |
| P210 |
Mohammedawal Onoruoyiza Ibrahim (Nigeria ) et al. Effects of Methanol Leaf Extract of Chromolaena odorata on serum haptoglobin and hemopexin levels in phenylhydrazine induced anaemic wistar rats. |