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SPL RF Aug 2021

EN_01488425_0103
SPL RF Aug 2021
  • 30,00 EUR

    Making print for private purpose, storage in computer memory, no distribution rights.

  • 40,00 EUR

    Strictly for editorial, single use on a personal (nonprofit) web site, Internet portal, social media (Facebook, Instagram etc.), blog for 1 year. Not for resale. Maximum picture size 2000px.

  • 75,00 EUR

    Strictly for editorial, single use on a commercial web site, Internet portal, social media (Facebook, Instagram etc.), blog for 1 year. Not for resale. Maximum picture size 2000px.

  • 90,00 EUR

    Strictly for editorial, single use, inside of newspaper, magazine, book (including digital version), one edition, one single country. Not for resale.

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Illustration of bacterial transduction, a horizontal gene transfer mechanism that can lead to antimicrobial resistance. This illustration depicts the transduction process, whereby bacteriophages can accidentally transfer antibiotic resistance genes from one bacterium to another. First, a phage attaches to a bacterium (top left), and injects its DNA into the cell, and uses the cell's machinery to fragment the cell's genome. The fragmented genome is then packaged into individual phages (yellow phages), and some (green phage) contain fragments of the bacterium's DNA which may contain antibiotic resistance genes. Bacterial cell lysis (centre, right) then releases all of the phages. The phage containing the antibiotic resistance genes then goes on to infect another bacterium (bottom left).
SPL RF Aug 2021
2021-08-07
NANOCLUSTERING/Science Photo Library RF/East News
Science Photo Library RF
NANOCLUSTERING
f0336268
8,2MB
44cm x 33cm by 300dpi
3D, ABR, AMR, ANTIBIOTIC, ANTIBIOTIC-RESISTANT, ANTIMICROBIAL, ARTWORK, BACILLI, BACTERIA, BACTERIAL, BACTERIOLOGY, BACTERIOPHAGE, BACTERIUM, BIOLOGY, CYCLE, DRUG, GENE, GENES, HGT, HORIZONTAL, ILLUSTRATION, LYSIS, LYTIC, MICROBE, MICROBIOLOGY, MULTI-DRUG, NANOCLUSTERING, P1, PATHOGEN, PHAGE, RESISTANCE, ROD, TRANSDUCTION, TRANSFER,