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The advances and applications of digital pathology; artificial intelligence and machine learning for primary diagnosis and clinical research
Bringing together leading experts in nuclear medicine, radiopharmaceuticals, and molecular imaging, the conference will explore the evolving landscape of targeted diagnostics and therapy. It will highlight translational breakthroughs, clinical applications, and innovations in radiotheranostics.
Explore how PCR and NGS are driving breakthroughs in areas such as infectious disease surveillance, oncology, genetic testing, and personalised therapy.
Since 2009, Global Engage has been the leading interface connecting Pharma, Biotech, Academia, Technology, and Investment. We deliver excellence through world-class events and content, underpinned by values of constant improvement, collaboration, integrity, entrepreneurship, and impact. Our expert team organizes everything from advisory boards to conference logistics, with talented individuals dedicated to achieving success together.
From early in situ hybridization methods to today’s high-resolution, AI-driven multi-omics platforms, spatial biology has undergone a decade of rapid
Making the Business Case for Digital Pathology in Pharma and Consultancy
Self-learning artificial intelligence approaches are offering a number of advantages for digital pathology when compared to established AI options.
Picture yourself opening Google Earth. You start with a full view of the planet, then zoom into your country, your city, your street. Now, swap the Earth for
Probiotics are essential for a healthy gut, but should you get them from foods like yogurt, kimchi, and kefir or from convenient probiotic pills? This article
Your gut talks to your brain—literally. Discover how your microbiome influences mood, weight, and cravings with research-backed insights.
Explore why Asia is now a global force in drug discovery, nucleic acid therapeutics, and precision medicine—backed by real research, live clinical trials,
Is digital pathology slowing your lab down—or speeding things up? Discover how WSI, AI, and optimized workflows can transform efficiency, accuracy, and
Discover how digital pathology is reshaping careers, enabling remote work, and potentially impacting salaries. Essential insights for aspiring pathologists.
The uncomfortable truth about AI limitations in healthcare, diagnostic errors, and legal risks—from black box models to liability concerns. Essential reading
Discover how AI in medicine is transforming diagnostics, education, and patient care. Will it replace doctors or make them superhuman?
Spatial Multi-Omics Meets AI: Turning Tissue into Actionable Insight
Multi-omic profiling of the tumor-immune microenvironment with MERSCOPE spatial transcriptomics and InSituPlex spatial proteomics
Spatial Omics in Lung Cancer: Merging Transcriptomics and Proteomics for Deeper Insights
Clinical Biomarkers and Therapy Candidates via Spatial Analysis
Reimagining Pathology: A Seamless Transformation from Slides to Generative Insight
Beyond Z-Stacking: Introducing Realtime EF Technology
Digital Pathology Solutions, Whole Slide Image Scanning Systems
Removing Obstacles in Digital Pathology & Computational Biology
Catalysts for the Profitable Adoption of Digital Pathology
AI-driven spatial transcriptomics unlocks large-scale biomarker discovery from histopathology
Digital Pathology @ John Hopkins
Precision Pathology 2025: From Digital Pathology Pixels to Generative AI Predictions
FDA Regulation Rescue: Essential Strategies and Tips
Human oral and gut microbiota response to carbohydrates
Measuring Microbiome Metabolomic Profiles: Plasma, Skin Strips, Interstitial Fluid, and Small Intestine Fluid – Benefits and Risks
Analyzing the Human Microbiome through the Lens of Global Environmental Ecosystems
Bifidobacterium Deficiency in United States Infants Drives Prevalent Widespread Gut Dysbiosis
Spatial Multi-Omics Meets AI: Turning Tissue into Actionable Insight
Multi-omic profiling of the tumor-immune microenvironment with MERSCOPE spatial transcriptomics and InSituPlex spatial proteomics
Spatial Omics in Lung Cancer: Merging Transcriptomics and Proteomics for Deeper Insights
Clinical Biomarkers and Therapy Candidates via Spatial Analysis
Reimagining Pathology: A Seamless Transformation from Slides to Generative Insight
Beyond Z-Stacking: Introducing Realtime EF Technology
Digital Pathology Solutions, Whole Slide Image Scanning Systems
From early in situ hybridization methods to today’s high-resolution, AI-driven multi-omics platforms, spatial bio...
Making the Business Case for Digital Pathology in Pharma and Consultancy
Self-learning artificial intelligence approaches are offering a number of advantages for digital pathology when com...
Spatial Multi-Omics Meets AI: Turning Tissue into Actionable Insight
Multi-omic profiling of the tumor-immune microenvironment with MERSCOPE spatial transcriptomics and InSituPlex spat...
Spatial Omics in Lung Cancer: Merging Transcriptomics and Proteomics for Deeper Insights
Clinical Biomarkers and Therapy Candidates via Spatial Analysis
Human oral and gut microbiota response to carbohydrates
Measuring Microbiome Metabolomic Profiles: Plasma, Skin Strips, Interstitial Fluid, and Small Intestine Fluid ̵...
Analyzing the Human Microbiome through the Lens of Global Environmental Ecosystems
Global Engage is committed to hosting sustainable meetings.
We have reduced waste by replacing printed documentation with an app. Make sure you have it downloaded to your devices in time for the meeting.
You will have some great food choices while you are with us but now, we have worked with the caterer to increase the proportion of plant-based items. We have also built a plan with the venue to avoid waste through how they serve meals and how leftovers are processed.
An international meeting does involve travel but where it is practical, please consider more sustainable alternatives to flying. The app will also have a discussion space to arrange ride shares.