k DNA vaccine mechanism of action, illustration Illustration of the DNA deoxyribonucleic acid vaccine plasmid entering an antigen presenting cell dendritic cell. The DNA is transported into the nucleus, where it is transcribed into mRNA messenger ribonucleic acid and then subsequently translated into antigen proteins, which then undergo further processing to generate antigen peptides. The vaccine can generate both B cell and T cell responses. For a version of this image without labels see F0425627., by NANOCLUSTERINGSCIENCE PHOTO LIBRARY Stock Photo - Afloimages
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DNA vaccine mechanism of action, illustration Illustration of the DNA  deoxyribonucleic acid  vaccine  plasmid  entering an antigen presenting cell  dendritic cell . The DNA is transported into the nucleus, where it is transcribed into mRNA  messenger ribonucleic acid  and then subsequently translated into antigen proteins, which then undergo further processing to generate antigen peptides. The vaccine can generate both B cell and T cell responses. For a version of this image without labels see F042 5627., by NANOCLUSTERING SCIENCE PHOTO LIBRARY
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DNA vaccine mechanism of action, illustration

Illustration of the DNA (deoxyribonucleic acid) vaccine (plasmid) entering an antigen presenting cell (dendritic cell). The DNA is transported into the nucleus, where it is transcribed into mRNA (messenger ribonucleic acid) and then subsequently translated into antigen proteins, which then undergo further processing to generate antigen peptides. The vaccine can generate both B cell and T cell responses. For a version of this image without labels see F042/5627., by NANOCLUSTERING/SCIENCE PHOTO LIBRARY

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253950800

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S
0.4 MB
724 x 603 px
6.1 x 5.1 cm
$ 100.00
M
4.2 MB
2290 x 1908 px
19.4 x 16.2 cm
$ 180.00
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23.2 MB
5400 x 4500 px
45.7 x 38.1 cm
$ 350.00
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