k Selfamplifying mRNA vaccine, illustration Illustration of the selfamplifying mRNA messenger ribonucleic acid vaccine entering an antigen presenting celldendritic cell orange. The selfamplifying mRNA encodes a replicase, and leads to replications of the RNA strand in the cell, which in turns leads to enhanced antigen protein translation, and a lower dose of the mRNA vaccine can be used compared with conventional mRNA vaccines. For a version of this image without labels see F0425638., by NANOCLUSTERINGSCIENCE PHOTO LIBRARY Stock Photo - Afloimages
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Self amplifying mRNA vaccine, illustration Illustration of the self amplifying mRNA  messenger ribonucleic acid  vaccine entering an antigen presenting cell dendritic cell  orange . The self amplifying mRNA encodes a replicase, and leads to replications of the RNA strand in the cell, which in turns leads to enhanced antigen protein translation, and a lower dose of the mRNA vaccine can be used compared with conventional mRNA vaccines. For a version of this image without labels see F042 5638., by NANOCLUSTERING SCIENCE PHOTO LIBRARY
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Self-amplifying mRNA vaccine, illustration

Illustration of the self-amplifying mRNA (messenger ribonucleic acid) vaccine entering an antigen presenting cell/dendritic cell (orange). The self-amplifying mRNA encodes a replicase, and leads to replications of the RNA strand in the cell, which in turns leads to enhanced antigen protein translation, and a lower dose of the mRNA vaccine can be used compared with conventional mRNA vaccines. For a version of this image without labels see F042/5638., by NANOCLUSTERING/SCIENCE PHOTO LIBRARY

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253950812

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Royalty Free

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S
0.4 MB
724 x 544 px
6.1 x 4.6 cm
$ 100.00
M
3.8 MB
2290 x 1720 px
19.4 x 14.6 cm
$ 180.00
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20.9 MB
5400 x 4055 px
45.7 x 34.3 cm
$ 350.00
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