Congrats to Cancer Center members Chenran Wang, PhD, Amanda Wasylishen, PhD, Yanbo Fan, MD, PhD, and Ady Kendler, MD, PhD, on their new publication! Their research introduces a novel 3D co-culture platform using human cerebral organoids to model breast cancer brain metastasis. This innovative approach has revealed that certain breast cancer cells, like MDA-MB-231 and SUM159PT, can invade and form colonies in the brain, advancing our understanding of the tumor microenvironment and potentially leading to more effective therapies for patients. Learn more: https://lnkd.in/gS9pnEhp
University of Cincinnati Cancer Center’s Post
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Are you ready for AACR 2024? Scintica will be at booth 712, bringing you the M-Series MRI systems and more! Don't miss this opportunity to learn about these systems that are advancing cancer research in real-time. Read our article: Development & Characterization Of Mammary Intraductal (MIND) Spontaneous Metastasis Models For Triple-Negative Breast Cancer In Syngeneic Mice: https://lnkd.in/gPgtXnNd #AACR2024 American Association for Cancer Research
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In just one month we'll be joined by Andres Nevarez, Postdoctoral Fellow at MD Anderson Cancer Center, who will shed light on the existing limitations of researching triple-negative breast cancer (TNBC) metastasis and the role of morphological analysis in guiding new detection, diagnostic, and treatment strategies. 📅 Mar. 21st at 12 pm (ET)/9 am (PT) Webinar Highlights: - Cancer cell morphology across genomically distinct clonal TNBC cell lines - How quantitative imaging reveals the morpholome of metastatic TNBC - Sequencing-based morpholomic profiling that exposes hidden drivers of metastasis Register + add it to your calendar: https://lnkd.in/gY5PSZ6F #BreastCancerResearch #SingleCellAnalysis #AIinScience
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Spotlight on Our Breast Cancer and TNBC Models today! Discover how our orthotopic breast cancer models are transforming research by accurately replicating the metastatic process in vivo. These models mimic human disease progression, enabling precise tracking of human cells via PCR and detailed histological examinations. Our Breast Cancer Models are essential resources for understanding tumor biology and driving therapeutic innovation. Learn more about how they are advancing research and treatment development.
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Read/Download our newest White Paper ⬇️⬇️⬇️ Feel free to contact us for further information on how we can help you and your research.
*NEW WHITE PAPER FROM CELVIVO* Today we launch our newest white paper by Stephen Fey and Reeham Motaher, PhD. A white paper about how to design relevant in vitro models for optimal cancer research - written for researchers working in 3D. In the White Paper, you can read about: 🔬 Cell Culture-Based Cancer Models 🔬 Cell Culture Techniques 🔬How to validate cell culture models for them to generate valuable and relevant data as well as replicate in vivo conditions 🔬A comparisons of 2D vs. 3D & In vivo 🔬An application note about 'improved triple-negative breast cancer models' Download your free copy on our website: https://lnkd.in/dYakG4jK #WhitePaper #Organoids #CancerResearch #CellCulture #ClinoStar
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The cover article of MIB, "A Phase 2 Multicenter Clinical Trial of Intraoperative Molecular Imaging of Lung Cancer with a pH-Activatable Nanoprobe" by Kennedy et al., explores the use of pegsitacianine (ONM-100), a pH-activated fluorescent nanoprobe, in lung cancer resection. The study sheds light on the complexities of cancer imaging and the distinct nature of lung tumors. While the results may not align with initial expectations, the research provides valuable insights for ongoing discussions about novel cancer detection approaches. We anticipate this issue will prompt engaging conversations among our readership. Dive into this and other compelling studies in our latest release! Link: https://lnkd.in/eA4yhS8A #MolecularImagingandBiology #MIB #WMIS #IMI #OSN #Fluorescence
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Scientists make a potential breakthrough in breast cancer research after discovering how to preserve breast tissue outside the body for at least a week 💡⚕️ ✅The study, funded by Prevent Breast Cancer, found that breast tissue could be preserved in a special gel solution allowing new drug testing in the lab with far greater accuracy. ✅One of the researchers involved in the study explains that this new approach means that we can start to determine which drugs will work for which women by measuring their impact on living tissue🔬🧪💊 👉A novel preclinical model of the normal human breast➡️https://lnkd.in/gXvMufxB 👉https://lnkd.in/dH5MqpVT The University of Manchester Springer Nature Group Manchester Cancer Research Centre #manchestercancerresearchcentre #breastcancerawareness #breastcancer #breastcancerriskfactors #cancerdemama #mammogramscreening #Mammogram #mammogramsaveslives #mammography #mamografia #mamografiasalvavidas #breastscreening
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PhD in CS | Security | Federated Learning +10 years as Software Engineer | Tech lead | Expert .NET/ Devops | Azure | Online mentor
🚀 AI Breakthrough in Breast Cancer Detection! 🌟 Researchers from MIT and ETH Zurich have developed an AI model that can identify different stages of breast cancer by analyzing tissue images. This innovation promises faster and more accurate disease diagnosis, potentially transforming breast cancer care. 🔬 Highlights: - Developed by MIT and ETH Zurich researchers - AI model analyzes tissue images to identify cancer stages - Aims for faster and more accurate diagnosis 📖 Read more: https://lnkd.in/eamRvKgg #AI #CancerResearch #BreastCancer #HealthcareInnovation
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Our newest White Paper has been officially published! Please have a read at the link below:
*NEW WHITE PAPER FROM CELVIVO* Today we launch our newest white paper by Stephen Fey and Reeham Motaher, PhD. A white paper about how to design relevant in vitro models for optimal cancer research - written for researchers working in 3D. In the White Paper, you can read about: 🔬 Cell Culture-Based Cancer Models 🔬 Cell Culture Techniques 🔬How to validate cell culture models for them to generate valuable and relevant data as well as replicate in vivo conditions 🔬A comparisons of 2D vs. 3D & In vivo 🔬An application note about 'improved triple-negative breast cancer models' Download your free copy on our website: https://lnkd.in/dYakG4jK #WhitePaper #Organoids #CancerResearch #CellCulture #ClinoStar
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Business Development Associate @ Inventia Life Science | Advanced Cell Models Made Simple.
October is Breast Cancer Awareness Month, and it's important to highlight the innovations shaping cancer research. At Inventia Life Science, our RASTRUM™ Platform is revolutionizing how breast cancer is studied by creating lifelike 3D tissue models that closely resemble human tumors. These models provide deeper insights into tumor biology, improve drug screening, and help advance personalized therapies. We’re proud to support the researchers making strides toward breakthroughs in the fight against breast cancer. Learn more about RASTRUM™ and its role in breast cancer research by checking out our latest application note! https://lnkd.in/gRUhAwUw #BreastCancerAwareness #CancerResearch #3DCellCulture #RASTRUM #InnovatingCancerResearch
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WORKING WITH TUMOROIDS IN THE CLINOSTAR Cytosens CelVivo ApS #organoid #3Dcellculture
*NEW WHITE PAPER FROM CELVIVO* Today we launch our newest white paper by Stephen Fey and Reeham Motaher, PhD. A white paper about how to design relevant in vitro models for optimal cancer research - written for researchers working in 3D. In the White Paper, you can read about: 🔬 Cell Culture-Based Cancer Models 🔬 Cell Culture Techniques 🔬How to validate cell culture models for them to generate valuable and relevant data as well as replicate in vivo conditions 🔬A comparisons of 2D vs. 3D & In vivo 🔬An application note about 'improved triple-negative breast cancer models' Download your free copy on our website: https://lnkd.in/dYakG4jK #WhitePaper #Organoids #CancerResearch #CellCulture #ClinoStar
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