Genoskin at the World Vaccine Congress
Advancing Vaccine Research with High-Dimensional Immune Profiling
From April 1-4, 2024, the global vaccine community gathered for the World Vaccine Congress in Washington, D.C. Taking place at the heart of the nation’s capital, the congress was a cornerstone event for vaccine professionals worldwide, offering a platform for sharing groundbreaking research, fostering collaborations, and exploring the latest advancements in vaccine development.
This year, Genoskin has been showcasing its innovative approach to vaccine efficacy evaluation at booth #544, providing attendees with an exclusive look at our pioneering services designed to revolutionize vaccine research.
Pioneering Poster Presentation: A New Benchmark in Vaccine Research
At the heart of Genoskin’s presentation was our poster, titled “Evaluation of Vaccine Potency with High-Dimensional Immune Profiling Using an Innovative Bio-stabilized Human Skin Model.” This research introduces a novel methodology utilizing our proprietary bio-stabilized, injectable ex vivo human skin model HypoSkin® , to study the human immune response to vaccines within its natural tissue context. Our approach provides a dual-scale investigative lens, from organ-wide to single-cell resolutions, enabling a detailed examination of the immune landscape’s dynamics in response to vaccination.
Our findings, particularly with the Moderna mRNA-1273 COVID-19 vaccine, demonstrate the ability of Hyposkin® to maintain viability and functionality for up to ten days post-injection. The induced cytokine and chemokine release pattern, crucial for T cell and monocyte recruitment, alongside significant shifts in the activation states of myeloid and lymphoid cells, underscores a robust and coordinated immune response directly at the injection site.
Discover more about the research and methodologies driving our vaccine efficacy evaluations by watching our VaxSkin® Techtalk, a comprehensive presentation that sheds light on the science and potential of VaxSkin® in advancing vaccine development.
Download our Poster
Setting a New Standard in Preclinical Vaccine Evaluation
The World Vaccine Congress provides an ideal backdrop to highlight the translational potential of our VaxSkin® platform. By offering a multiscale vision of the skin’s vaccination response, we aim to set a new benchmark for the evaluation and optimization of vaccine efficacy and adjuvant potency in a non-clinical setting. Our innovative approach promises to accelerate the development of novel vaccination strategies, ensuring a closer approximation to human immune behavior and enhancing the predictive accuracy of preclinical research.
VaxSkin®: Integrated multiomic assays to select the most promising candidate
VaxSkin® is a platform built on four pivotal axes that allow a comprehensive immunoprofiling of the human skin response to vaccines over time at both the organ and single-cell levels.
ASSESS IMMUNOGENICITY
Assess the modulation of cytokines in response to vaccine injection. Uncover biological pathways activated upon vaccine injection based on cytokines secreted.
EVALUATE IMMUNE RESPONSE AT THE TISSUE LEVEL
Discover the biological pathways impacted by the adjuvant and the vaccine based on gene expression at the tissue level.
UNDERSTAND IMMUNE CELL TYPES INVOLVED IN VACCINE RESPONSE
Understand the signaling pathways activated by the vaccine. Uncover which immune cells are incorporating the mRNA vaccine.
ANALYZE APC ACTIVATION UPON VACCINE INJECTION
Investigate APC activation at the protein level with multiplex spatial imaging (MANTIS®).
Join Us at the World Vaccine Congress
The World Vaccine Congress is more than just a conference; it’s a global meeting point for vaccine experts committed to advancing public health. For more details about the congress, please visit the World Vaccine Congress website.
Genoskin’s participation in the World Vaccine Congress is a testament to our dedication to pioneering research that pushes the boundaries of vaccine development. We actively engaged with our peers, collaborators, and the broader scientific community to share insights, foster partnerships, and contribute to the advancement of vaccine research and development.
Join us in our journey to redefine the landscape of vaccine research and ensure the development of safer, more effective vaccines for all!
Comments are closed.
