Framed Prints From Science Photo Library
Framed Print of Cellular clock
Cellular clock. Conceptual artwork of a clock and the internal structures (organelles) of an animal cell. This could represent the rate of metabolic cell reactions, the natural ageing and death of a cell, or measuring evolutionary timescales using mitochondrial DNA. The structures seen include the cell nucleus (purple sphere with nuclear pores for genetic information transfer), the ER (endoplasmic reticulum, purple folds), ribosomes (red chains where protein synthesis takes place), the Golgi complex (yellow-green folds, bottom, where protein storage and transport takes place) and several mitochondria (green, the sites of energy synthesis within the cell). Science Photo Library features Science and Medical images including photos and illustrations. © JOHN BAVOSI/SCIENCE PHOTO LIBRARY
Artwork Licensed From Science Photo Library (JBV)
Your chosen combination is quickly and professionally made to order, our shipping page has more details
If you are not entirely happy with your items, simply return them to us within 30 days for a replacement or full refund. Please read our full returns policy.
Media ID 6399681
Animal Cell Structure , Cell Nucleus Function
Editors Comments
Framed Prints collection, featuring the "Cellular Clock" image by Science Photo Library. This conceptual artwork brings science to life with its striking representation of a clock and the intricate internal structures of an animal cell. The intricately detailed organelles within the cell serve as the clock's gears, symbolizing the rate of metabolic reactions. Elevate your home or office decor while igniting curiosity and inspiring scientific exploration with this thought-provoking Framed Print.
This artwork is also available as...
Photo Prints - Discover the wonders of the microscopic world with Media Storehouse's range of Photographic Prints. Our collection includes the thought-provoking "Cellular Clock" image from Science Photo Library. This print shows a conceptual artwork of a clock and the intricate inner workings of an animal cell, symbolizing the rhythmic pace of metabolic reactions. Bring the beauty and complexity of science into your home or office space with this stimulating photographic print.
Photo Mugs - Bring the wonders of science to your morning routine with Media Storehouse's Photo Mugs. Featuring the "Cellular Clock" image from Science Photo Library, this mug shows the intricate connection between the internal structures of an animal cell and the rhythm of metabolic reactions. Each sip from this mug is a reminder of the intricacies of life. Perfect for scientists, biology enthusiasts, or anyone who appreciates the beauty of science, this mug is not only functional but also a conversation starter. Order yours today and make every cup of coffee or tea a moment of discovery!
Poster Prints - Discover the wonders of the cell with our Poster Prints featuring the image of "Cellular Clock" by Science Photo Library. This conceptual artwork brings to life the intricate inner workings of an animal cell, illustrating the organelles as the gears and mechanisms of a living clock. Hang this inspiring print in your laboratory, classroom, or home office as a reminder of the intricate and complex processes that govern life at its most fundamental level. Our poster prints are sure to impress with their colors and sharp details, making for an addition to any space.
Metal Prints - Bring the intricacies of cellular biology into your home or office with Media Storehouse Metal Prints. Our premium prints feature this image of a cellular clock from Science Photo Library. This conceptual artwork beautifully illustrates the internal structures of an animal cell, representing the rate of metabolic reactions. Our metal prints are not only visually but also long-lasting, adding a touch to any space. Experience the fusion of art and science with Media Storehouse Metal Prints.
Canvas Prints - Bring the wonders of science into your home with Media Storehouse's Canvas Prints. Our prints feature the "Cellular Clock" image from Science Photo Library. This conceptual artwork beautifully illustrates the internal workings of an animal cell, with the clock face representing the rate of metabolic cell reactions. Elevate your decor and inspire curiosity with this thought-provoking piece, now available as a canvas print.
Mouse Mats - Time stands still with our mouse mats. Inspired by the intricate world of cellular biology, this design brings a touch of science to your workspace. The 'Cellular clock' artwork is a representation of the internal structures within an animal cell, perfectly capturing the harmony between time and nature. Elevate your productivity and add a dash of curiosity to your daily routine with our thought-provoking mouse mats.
Modern Frame 12"x10"
Ready to Hang Contemporary Framed Prints adds style, protection, and a polished touch to your space - effortlessly.
Your artwork will be printed as shown in the preview. To adjust please select Edit Printed Image under the Buy button
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 15.3cm x 17.1cm (6" x 6.7")
Estimated Product Size is 25.4cm x 30.5cm (10" x 12")
Features In These Collections
> Popular Themes > DNA
