TEM Print of Bacteria in Genetic Recombination

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Framed Print of Bacteria, Genetic Recombination, TEM

TEM autoradiograph of mating bacteria. The Hfr (high frequency recombination) cell, is the large cell at the top of picture. It was labeled with the radioctive tracer H3-Thymine. The F- cell (at bottom) was unlabeled, and mating took place in cold medium. The autoradiographic grains indicate the presence of lableled DNA in the nucleus of the Hfr, and its transfer to the nucleus of the F- cell. Unlike a normal F+ cell, hfr strains will, upon conjugation with a F- cell, attempt to transfer their entire DNA through the mating bridge, not to be confused with the pilus. This occurs because the F factor has integrated itself via an insertion point in the bacterial chromosome. Due to the F factor's inherent nature to transfer itself during conjugation, the rest of the bacterial genome is dragged along with it, thus making such cells very useful and interesting in terms of studying gene linkage and recombination. Because the genome's rate of transfer through the pilus is constant, molecular biologists and geneticists can use Hfr strain of bacteria to study genetic linkage and map the chromosome. The procedure commonly used for this is called interrupted mating. Mag. 140, 000x. © Omikron / Science Source

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Add a touch of scientific wonder to your walls with our framed prints. This image, 'Bacteria, Genetic Recombination, TEM' by Omikron from ScienceSource, shows the intricate process of genetic recombination in bacteria under the microscope. The colors and detailed textures bring this fascinating world to life, making it a conversation starter for any room.

A mesmerizing dance of genetic exchange unfolds in this TEM autoradiograph. The Hfr cell, a large and vibrant entity at the top, is radiating with tiny grains that signify the transfer of labeled DNA to its partner below. The F- cell, smaller and serene, receives this gift through their shared mating bridge. In a delicate yet powerful process, the entire genome of the Hfr strain is being transferred to its recipient. This intricate movement allows scientists to study gene linkage and recombination with unprecedented precision. This image offers a glimpse into the microscopic world where life's fundamental building blocks are constantly interacting and evolving.

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Photo Prints - Unlock the wonders of the microscopic world with our prints. This image, "Bacteria, Genetic Recombination, TEM" by Omikron from ScienceSource, reveals the intricate process of genetic recombination in bacteria. The autoradiograph shows the Hfr cell's high frequency recombination activity as it mates with another cell. A visual representation of life's fundamental building blocks.

Photo Mugs - Photo Mugs featuring scientific artwork. This 'Bacteria, Genetic Recombination, TEM' design by Omikron from ScienceSource shows a TEM autoradiograph of mating bacteria. Perfect for science enthusiasts and educators, these custom Photo Mugs make great gifts or personal items for the lab or office.

Poster Prints - Add a touch of scientific elegance to your walls with our Poster Prints, featuring 'Bacteria, Genetic Recombination, TEM' by Omikron from ScienceSource. This striking autoradiograph shows the mating process between bacteria, highlighting the Hfr cell and its radioactive tracer. Perfect for science enthusiasts and educators alike.

Metal Prints - Metal Prints, a durable and long-lasting art form featuring images like 'Bacteria, Genetic Recombination, TEM' by Omikron from ScienceSource. Perfect for science enthusiasts and photography lovers alike, these metal prints showcase colors and precise details. Ideal for home decor or office spaces.

Canvas Prints - Canvas Prints of scientific visuals, like 'Bacteria, Genetic Recombination, TEM' by Omikron from ScienceSource. This piece shows the intricate process of genetic recombination in bacteria through a TEM autoradiograph. Perfect for science enthusiasts and art lovers alike, our Canvas Prints bring fascinating images to life.

Mouse Mats - Get ready to level up your workspace with our mouse mats, featuring visuals from the world of science. This striking image of bacteria in genetic recombination is a reminder that even the smallest cells can hold incredible power and potential. Bring a touch of scientific wonder into your daily routine with one of our mouse mats.

Modern 12"x10"

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Made and Shipped from within the USA or Canada as appropriate. Printed on 10"x8" Premium Matte Paper offering bright, white paper with a matte finish with a digitally rendered mat surround offering the timeless look of professionally mounted artwork. Our 1″ Frames are available in a range of colours with clear acrylic shatterproof glazing and Kraft pad backer. Matte Paper offer a lighter-weight alternative to fine art paper which is optimized for artwork and can be suitable for photography in scenarios where a less glossy appearance is preferred. This sustainable paper printing is an alternative to our premium fine art paper. Each frame is 1″ wide by 3/4″ deep and glazed using standard 1/16” clear PETG to protect and enhance the visibility of each print. Ready to hang with a sawtooth metal hanger and sturdy backer.

These are individually made so all sizes are approximate

Estimated Image Size (if not cropped) is 19.4cm x 15.3cm (7.6" x 6")

Estimated Product Size is 30.5cm x 25.4cm (12" x 10")