GENOSKIN

🚀 Missed our live webinar on Immune Responses to the mRNA-1273 Vaccine? It’s not too late! 🚀 Join Dr. @Manon Scholaert as she reveals how biostabilized human skin models uncover critical insights into the immune system's reaction to the mRNA-1273 COVID-19 vaccine. Don’t miss this chance to learn about the latest advancements that could reshape vaccine development and immunology research. What You'll Discover: ➡️ How immune cells, such as dendritic cells, macrophages, and mast cells, interact within the skin after vaccine administration. ➡️ Innovative techniques for tracking immune responses using biostabilized skin models. ➡️ Insights into new strategies for advancing vaccine and therapeutic development. 🌐 Watch the replay now and expand your knowledge of immune responses! Perfect for professionals in #immunology, #vaccine development, and related fields seeking to deepen their understanding and apply it in #research or #clinical settings. 🔗 https://lnkd.in/eyQTPp_w

Unlock Safer Injectable Therapeutics Development 🚀🔬 Developing injectable therapeutics is challenging, especially when it comes to ensuring safety and minimizing injection site reactions. That's why our unique toxicity services platform is here to help you navigate these complexities with confidence! Our platform leverages cutting-edge HypoSkin® technology, an ex vivo human skin model that rmaintains the natural structure and immune response of human skin. This allows us to provide highly accurate, animal-free assessments of potential toxicities. Whether you're at the preclinical stage or moving towards clinical trials, our services for immunotoxicity and local tolerance assessments ensure that you detect potential issues early. 💡Looking to enhance your development process? Click below to learn more and download our service overview! 📄 Learn more about our platform capabilities https://lnkd.in/eJcrNa6M #InjectableTherapeutics #DrugDevelopment #Immunotoxicity #Pharma #Biotech #PreclinicalResearch #SafetyAssessment #MedicalDevices

Wound healing research just got a whole lot more human! 🌟 WoundSkin® is Genoskin’s ex vivo human skin model designed to help researchers study wound healing and infection. This model offers an accurate and controlled environment for studying complex wound processes. ✨ Key Features: - A controlled circular wound in which the epidermis and part of the dermis are removed - Infection capabilities: Study bacterial colonization, biofilm formation, and skin’s inflammatory response - Wound healing processes: Observe epithelial migration, cellular proliferation, and crust formation over several days 🔬 Applications: - Test the efficacy of wound treatments and dressings - Investigate infection mechanisms and inflammatory responses - Evaluate chronic wounds and ulcer treatments Why WoundSkin®? It’s human-based, offering translatable results without the limitations of animal models. Ready to elevate your wound research? Order WoundSkin® at https://lnkd.in/djefgqq6. #WoundHealing #WoundTreatment #InfectionResearch #ChronicWounds

🤔 Curious about how to better assess the effects of injectable therapeutics on humans? Our HypoSkin® model is the answer! Backed by rigorous validation, HypoSkin® offers: ✅ Structural stability over seven days ✅ Injectability for real-world testing scenarios ✅ Immunocompetency—with fully functional immune cells Download our latest white paper to see how HypoSkin® can transform your research with ex vivo human skin models. Don’t miss the chance to explore how this innovative platform can support your next breakthrough! 👇 Click here to download the white paper and explore the future of testing injectable therapeutics today. https://lnkd.in/ebN6kXWb

🖥️ Webinar Replay! Immune Responses to the mRNA-1273 Vaccine Revealed! We are thrilled to share the replay of the latest episode of the Naked Immunology webinar series! In this insightful session, Dr. Manon Scholaert delves into how biostabilized human skin models uncover critical immune responses to the mRNA-1273 COVID-19 vaccine. 🔬 Key Takeaways: - Discover how immune cells, such as dendritic cells, macrophages, and mast cells, interact and communicate within human skin following vaccine administration. - Explore the innovative use of biostabilized skin models for tracking immune responses at both the organ and single-cell levels. - Learn how these findings could drive future advancements in vaccine development and immune research. 🗣 Speaker Spotlight: Dr. Manon Scholaert, Scientist at Genoskin, leads the discussion, sharing her expertise on using advanced bioengineering techniques to study immune responses in human skin. Her work with the VaxSkin platform offers valuable insights into the immune system’s behavior post-vaccine. Don’t miss this opportunity to deepen your understanding of vaccine-induced immune responses! 🌟 🔗 https://lnkd.in/eGTcPN9c

This October, in honor of National Animal Safety and Protection Month, let’s embrace innovative solutions like Genoskin’s human skin models that advance research while keeping animals safe. In October’s light, we take a stand, For animals across the land. From pets to wildlife, big and small, Their safety matters to us all. Research once turned to animal tests, But now, we know what works best. Genoskin’s models, human and kind, Leave cruelty and harm behind. With HypoSkin and NativeSkin, We see the future starts to begin. No need for cages or needles of pain, Just science that helps, with so much to gain. From drugs to vaccines, all tested right, Without harming a single life. This is the future we choose to see, For animals, for humans, for harmony. So this October, let’s unite, For animal safety, strong and bright. With innovation guiding the way, A better world begins today. Learn more about Genoskin models https://lnkd.in/eq57EFvR

🚨 Final Reminder! 🚨 Want to know how biostabilized human skin modules are revolutionizing the study of immune responses to vaccines like the mRNA-1273 COVID-19 vaccine? Join @Manon Scholaert from Genoskin TOMORROW for a deep dive into the latest #research that uncovers the complex interactions of immune cells, such as dendritic cells, macrophages, and #mastcells. This session is essential for anyone in #vaccine development, #immunology, or #biotechnology! 📅 Date: October 17, 2024 🕗 Time: 8am PT | 11am ET | 5pm CET It’s not too late to register and secure your spot! 👇 Sign up here 👇 https://bit.ly/3Y8MhKl

💡 Looking for an advanced solution to study topical absorption or investigate skin metabolism? NativeSkin® offers real, living human skin, maintained ex vivo to mimic in vivo conditions. 🌟 From drug delivery systems to cosmetic products, NativeSkin® supports a wide range of applications in skin delivery research. It’s a game-changer for testing: Topical formulations and their effects Absorption and metabolism Skin barrier integrity and reactions Whether you are developing a new drug or a dermo-cosmetic product, this platform helps you assess real human skin responses easily. 🛒Order NativeSkin® today: https://bit.ly/4f0bygy

🚨 1 Week to Go! 🚨 We’re counting down to our highly anticipated #webinar with Dr. Manon Scholaert, Scientist at Genoskin! On October 17th, join us for a deep dive into the #immune system’s response to the mRNA-1273 COVID-19 #vaccine using our cutting-edge biostabilized human skin modules. 💡 This webinar will shed light on how #immunecells interact and communicate in #human skin, providing critical insights that could shape the future of #drugdevelopment and vaccine #research. 📅 Date: October 17, 2024 🕗 Time: 8am PT | 11am ET | 5pm CET 👇 Register now to secure your spot! 👇 https://lnkd.in/eSj7TisC

🚀 Ready to elevate your research with real human skin models? Discover HypoSkin®, the first injectable ex vivo human skin model. HypoSkin® is structurally stable and contains functional skin-resident immune cells giving you unparalleled insights into how your compound or drug interacts with real human skin. 🔍 Why use HypoSkin® in your research? ➡️ Real Human Skin: Authentic tissue that mimics in vivo conditions. ➡️ Injectable: Perfect for testing subcutaneous and intradermal injections and delivery systems. ➡️ Immunocompetent: Functional immune cells for accurate profiling of immune responses in response to drug-induced effects. ➡️ Easy to Use: Delivered to your lab, ready for testing! 💡 Discover how HypoSkin® can accelerate your research and minimize reliance on animal testing. Download the factsheet today to explore its key features and benefits! 👇 https://bit.ly/3ZV45uY #SkinModels #DrugDevelopment #ResearchInnovation