Akoya Biosciences, Inc.

Calling all Bay Area scientists 👨🔬 🔬 Akoya is coming to South San Francisco on July 25 to bring you a day full of spatial biology inspiration. Join us for this FREE event featuring: ✓ Scientific presentations ✓ Q&A with spatial biology experts ✓ Networking opportunities ✓ Akoya technology updates Don't miss our special guest speaker, Dr. Abhishek Aggarwal of Gilead Sciences, as he offers unique insights into the tumor microenvironment of HPV-stratified patients through spatial profiling of head and neck squamous cell carcinoma. View the agenda and secure your spot today! https://bit.ly/3RUMSwO #IlluminationTour2024 #SpatialBiology #GileadSciences

#StarProtocol for high-plex, whole-slide imaging of human formalin-fixed paraffin-embedded tissue using PhenoCycler-Fusion https://lnkd.in/gTFSkGMp Congrats Meg Donovan, PhD Naomi Berrell Ning Ma Bassem Ben Cheikh Niyati Jhaveri Professor John Fraser James DeRosa Ritu Mihani Jacky Suen #TeamQSBC Queensland Spatial Biology Centre (QSBC) Wesley Research Institute The University of Queensland #FrazerInstUq Translational Research Institute Australia Akoya Biosciences, Inc. #Spatial #Highplex #Multiomics

🧠 Delving deeper into #GlioblastomaAwareness, we spotlight a groundbreaking study led by proteogenomic experts from Washington University in St. Louis. Using the PhenoCycler solution, which provides spatial information relevant to the role of the tumor microenvironment, researchers explored high-grade gliomas at a molecular level. By intersecting proteomic, metabolomic, lipidomic, and data from post-translational modifications with existing genomic and transcriptomic data, the study aimed to uncover the complex regulatory interactions that fuel tumor growth and progression and pinpoint regulatory networks that influence the behavior of high-grade gliomas. View the results published in Cancer Cell titled "Multi-scale signaling and tumor evolution in high-grade gliomas": https://bit.ly/4bUGNHY 🎉 Congratulations to Jingxian (Clara) Liu and co-authors! #FridayRead #SpatialBiology #AkoyaInAction #Glioblastoma #Glioma Inside Precision Medicine

🙌 Paying tribute to the relentless work of Dr. Theo Mantamadiotis from the University of Melbourne, who uses our spatial biology solutions in the pursuit of unraveling the mysteries of glioblastoma - a formidable type of cancer. Here's a fascinating view of his work on a perivascular niche in human glioblastoma, showing lymphocytes, macrophages, and collagen 4 surrounding several blood vessels. FFPE tissue was stained using PhenoCycler-Fusion, using a 58-antibody neuro-immuno-oncology antibody panel. Check out our poster in collaboration with Dr. Mantamadiotis, which details the comparative spatial analyses of the tumor immune landscape in different mouse models of glioblastoma: https://bit.ly/4fhqFmW We hope spatial phenotyping research can one day bring potential to devastating diseases like this and help become the treatments and cures of tomorrow. #GBMDay #GlioblastomaAwarenessDay #Glioblastoma #Neuroscience #Oncology #SpatialBiology

Are you working on T-cell therapies? Or are you simply curious about the latest discoveries and research methods to improve cancer treatment? Join us for an enlightening webinar featuring Dr. John Hickey from Duke University as he showcases his team's approaches to dissecting intricate tissue datasets and bridge connections across molecular and multicellular scales. Key learning objectives: ✔️ Explore the utilization of spatial technologies in analyzing tissue morphology before and after treatment. ✔️ Understand the process of developing innovative computational algorithms and their application in assessing diverse datasets. ✔️ Gain insights into advanced techniques for accurately identifying patients with the potential for sustained response to T-cell therapies. Register now: https://bit.ly/3zGs8CR #CancerResearch #SpatialBiology #ImmunoOncology

🌟 Harness the power of high-plex spatial phenotyping to reveal unique immune signatures and propel your research into new frontiers. 🌟 We're excited to introduce the PhenoCode™ Signature Immune Profile Human Protein Panel, a groundbreaking tool designed to revolutionize our understanding of immune responses at the cellular level. https://bit.ly/3zBnKVQ 🔬 This panel includes five primary antibodies targeting key immune cell markers (CD3e, CD8, CD68, CD20) and a tumor marker (Pan-Cytokeratin), with the flexibility to add one additional target of choice. It is perfect for profiling the tumor microenvironment and unlocking complex dynamics of the immune response. 👉 Check out these incredible results from Chris Mills, Ross Dobie, Giulia Tagliavini, and Lydia Blackburn at Concept Life Sciences using the PhenoCode Signature Immune Profile Panel! Concept Life Sciences is an integrated drug discovery and development CRO with comprehensive histology services supporting projects from early-stage R&D to clinical trials. The image below showcases the staining of the Immune Profile Panel plus proliferation marker Ki67 in tonsil tissue. Successful optimization in tonsil tissue paves the way to characterize the immune cell profile in clinical samples. 💡 Discover more about how the PhenoCode Signature Immune Profile Human Protein Panel can transform your scientific investigations. Let's unlock the secrets of the immune system together! https://bit.ly/3zBnKVQ #SpatialBiology #Immunotherapy #CancerResearch #Immunoflorescence #Multiplex #PhenoCodePanels #PhenoCodeSignature #PhenoCode #ConceptLifeSciences #ImmuneProfile

Join us this #TissueTuesday as we highlight the intricate world of immunology! 🔬 Dr. Kirolous Hanna's research from the University of Oxford looks closer at the thymus gland, the essential organ in our immunity. Created with PhenoCycler, Dr. Hanna's work showcases thymus sections stained with CD1a, CD205, CD31, CD69, CK10, CK14, and PDPN. 🔁 Share this post with your network to honor the underappreciated T-cell manufacturer— the thymus in our fight against harmful entities. 🚀 Experience PhenoCycler for yourself: https://bit.ly/3N4ourd #SpatialBiology #SingleCell #Thymus #Immunology

Ready to scale up your research capabilities? Join us tomorrow for a webinar with Robert Stad to explore how Akoya’s solutions transform spatial discoveries into actionable phenotypic signatures, enabling diverse research needs. Tap into the power of spatial phenotyping. Register now: https://bit.ly/3XPHVcm #SpatialBiology #SpatialPhenotyping #ImmunoOncology

Ever wonder about the critical role of the tumor-immune microenvironment (TME) in cancer development and treatment? In our webinar on multiplex immunofluorescence (mIF), we will explore this crucial area, a powerful approach that illuminates the intricate tumor-immune interactions. Join us on Thursday, July 25 at 11 AM EST as our speakers present on: ✔️ The role of the TME in cancer progression and treatment response. ✔️ How mIF can be utilized to simultaneously identify and analyze multiple tumoral and immune cell types. ✔️ Advanced image analysis techniques for assessing intra-tumor heterogeneity and cellular interactions. No matter your background in cancer immunology, prepare to expand your research toolkit!😊💡 Register here: https://bit.ly/3XRbg6tHi #SpatialBiology #CancerImmunology #CancerImmunotherapy #TumorMicroenvironment

Throwback to this year's AACR ☀ As summer begins and conference season pauses, we are looking back on some highlights from earlier this year. We are excited to share a series of video presentations of posters our collaborators showcased during #AACR24 First up: in partnership with Akoya Biosciences, Inc. and Navinci, Dr Arutha Kulasinghe’s group at The University of Queensland integrated PD1/PD-L1 isPLA with the PhenoCode Signature Immune Panel to study protein-protein interactions in the broader context of the TME. See Arutha's presentation below, and follow the link to read more and view the poster: https://lnkd.in/eXMHnnvu American Association for Cancer Research