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Lipid Nanoparticle-based mRNA Vaccine
Manage episode 403284973 series 3449796
This video provides a comprehensive overview of lipid nanoparticle-based mRNA Vaccine development, detailing the technological timeline, the 2023 Nobel Prize-winning science behind the vaccines, and the specifics of COVID-19 vaccine candidates BNT162b2 and mRNA-1273. It also explores the advantages of liposomes in mRNA delivery, the intricate mechanisms of LNP-based vaccines, their therapeutic potential beyond COVID-19, and the rigorous development process. Creative Biolabs supports these innovations with specialized services and products, pushing the boundaries of medical science.
445 episoade
Manage episode 403284973 series 3449796
This video provides a comprehensive overview of lipid nanoparticle-based mRNA Vaccine development, detailing the technological timeline, the 2023 Nobel Prize-winning science behind the vaccines, and the specifics of COVID-19 vaccine candidates BNT162b2 and mRNA-1273. It also explores the advantages of liposomes in mRNA delivery, the intricate mechanisms of LNP-based vaccines, their therapeutic potential beyond COVID-19, and the rigorous development process. Creative Biolabs supports these innovations with specialized services and products, pushing the boundaries of medical science.
445 episoade
Alle episoder
×![Artwork](/static/images/128pixel.png)
1 Neuronal Spike Sorting and Detection 13:28
![Artwork](/static/images/128pixel.png)
1 From MEA to MOA The Next Generation of Bioelectronic Interfaces for Neuron Cultures 14:06
![Artwork](/static/images/128pixel.png)
1 Discovery and Identification of Nerve Growth Factor and Related Neurotrophic Proteins 16:32
![Artwork](/static/images/128pixel.png)
1 Nerve Cell Development Insights from Tissue Size, Tumors, and In Vitro Studies 14:52
![Artwork](/static/images/128pixel.png)
1 Advances in Retinal Axon Guidance Chemoaffinity, Eph-Ephrin, and Self-Avoidance 13:07
![Artwork](/static/images/128pixel.png)
1 Intracellular Recordings Using MEA Based on Vertical Nanoelectrodes 14:29
![Artwork](/static/images/128pixel.png)
1 Exploring the World of MEA Based on Vertical Nanoelectrodes 12:18
![Artwork](/static/images/128pixel.png)
1 The Retinotectal System and the Chemotopy Hypothesis 14:05
![Artwork](/static/images/128pixel.png)
1 Regulatory Mechanisms of Commissural Axon Growth in Vertebrates 11:47
![Artwork](/static/images/128pixel.png)
1 Factors Affecting HD-MEA Performance 10:29
![Artwork](/static/images/128pixel.png)
1 Guidance Mechanisms for Commissural Axons Attraction and Repulsion at the Midline 16:59
![Artwork](/static/images/128pixel.png)
1 Guidance Mechanisms in Vertebrate Motor Neuron Development 13:27
![Artwork](/static/images/128pixel.png)
1 The Classification and Development of Microelectrode Arrays 12:41
![Artwork](/static/images/128pixel.png)
1 Biocompatible Scaffolds for In Vitro Neuronal Cultures 16:57
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