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Canvas Print : Mycoplasma genitalium bacteria

Mycoplasma genitalium bacteria



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Mycoplasma genitalium bacteria

Mycoplasma genitalium, coloured transmission electron micrograph (TEM). M. genitalium has the smallest genome (total genetic material) of all living organisms. Its genome was mapped in 1993, making it the second complete bacterial genome to be sequenced. In January 2008, a team at the J. Craig Venter Institute, USA, used this map to make a synthetic bacterial chromosome, called M. laboratorium, from scratch. A chromosome is made up of proteins and DNA (deoxyribonucleic acid). DNA contains sections (genes) that encode the cells structure and function. The new chromosome, containing only the genes needed for life, was then inserted into a M. genitalium bacterium with its genome removed. Having a different chromosome changes the bacteriums function, making it different from wild M. genitalium bacteria. Magnification: x43, 000 when printed 10cm wide

Science Photo Library features Science and Medical images including photos and illustrations

Media ID 6292005

© SCIENCE PHOTO LIBRARY

Bacteria Bacterial Bacteriology Bacterium Bio Technology C Ulture Chromosome Creation False Colour Genetic Engineering Genetic Material Genetic Modification Genome Genomics Gm O Host Man Made Micro Organisms Microbe Microbes Micrograph Mycoplasma Mycoplasmas Purple Recipient Reconstructed Synthetic Transmission Electron Microgra Transmission Electron Microscope Transplant Us A False Coloured Genetics Laboratory Micro Biology Microbiological


20"x16" (51x41cm) Canvas Print

Bring the intricacies of science into your home or office with our Media Storehouse Canvas Prints. Feast your eyes on this captivating coloured transmission electron micrograph of Mycoplasma genitalium bacteria, courtesy of Science Photo Library. With the smallest known genome among all living organisms, M. genitalium is a fascinating subject for any science enthusiast. Our high-quality canvas prints faithfully reproduce the vibrant colours and intricate details of this image, making it a stunning addition to any space. Elevate your decor and ignite curiosity with this unique scientific artwork.

Delivered stretched and ready to hang our premium quality canvas prints are made from a polyester/cotton blend canvas and stretched over a 1.25" (32mm) kiln dried knot free wood stretcher bar. Packaged in a plastic bag and secured to a cardboard insert for safe transit.

Canvas Prints add colour, depth and texture to any space. Professionally Stretched Canvas over a hidden Wooden Box Frame and Ready to Hang

Estimated Product Size is 50.8cm x 40.6cm (20" x 16")

These are individually made so all sizes are approximate

Artwork printed orientated as per the preview above, with landscape (horizontal) orientation to match the source image.


EDITORS COMMENTS
This print showcases Mycoplasma genitalium bacteria, a microorganism with the smallest genome among all living organisms. In 1993, scientists successfully mapped its genome, marking it as the second complete bacterial genome to be sequenced. Building upon this knowledge, an accomplished team at the J. Craig Venter Institute in the United States achieved a groundbreaking feat in January 2008. They utilized this genetic map to construct a synthetic bacterial chromosome named M. laboratorium from scratch. A chromosome comprises proteins and DNA that encode a cell's structure and function through genes. The researchers inserted this newly created chromosome into a M. genitalium bacterium after removing its original genome. This transplantation of a different chromosome altered the bacterium's functionality, rendering it distinct from wild M. genitalium bacteria. The image itself is captured using transmission electron microscopy (TEM) and colored for enhanced visualization purposes—false-colored to highlight specific features of interest within the microbe's intricate structure. With a magnification level of x43,000 when printed at 10cm wide, every detail becomes vividly apparent. This photograph represents an extraordinary milestone in genetic engineering and microbiology research during the twenty-first century—a testament to humanity's ability to manipulate and understand microbial life on such minute scales for various scientific advancements without commercial implications involved.

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