Tote Bag : Computer representation of part of a DNA molecule
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Computer representation of part of a DNA molecule
DNA molecule. Computer representation of a segment of the molecule Deoxyribonucleic Acid (DNA). This structure contains all the inherited instructions necessary for the development of a living organ- ism. Here, colour-coded ribbons and bars depict the structure of the molecule. DNA is composed of two strands twisted into a helical shape, each strand consisting of an outer sugar-phosphate backbone (pink, red). Projecting inward from this backbone are bases (multicoloured) which pair up in a complementary fashion to form a code of instructions. Twenty base pair units are repre- sented here. Genetic information is determined by the arrangement of base pairs along the molecule
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 6390983
© MEHAU KULYK/SCIENCE PHOTO LIBRARY
Computer Graphic Double Helix Genetic Molecular Graphic Bio Chemistry Biochemical Genetics
Canvas Tote Bag
Our tote bags are made from soft, durable, poly-poplin fabric and include a one inch (2.5cm) black strap for easy carrying on your shoulder. All seams are double-stitched for added durability. Each tote bag is machine-washable in cold water and is printed on both sides using the same image. Approximate size of bag is 50x33cm (20"x13")
Our tote bags are made from soft durable fabric and include a strap for easy carrying
Estimated Product Size is 32.7cm x 50cm (12.9" x 19.7")
These are individually made so all sizes are approximate
EDITORS COMMENTS
This print showcases a computer representation of a segment of the remarkable molecule known as Deoxyribonucleic Acid (DNA). DNA holds within its structure all the essential inherited instructions required for the development and functioning of a living organism. The image portrays this intricate molecular structure through an array of color-coded ribbons and bars, providing us with a visual understanding of its complexity. The DNA molecule is composed of two strands that are elegantly twisted into a helical shape, resembling a delicate spiral staircase. Each strand consists of an outer sugar-phosphate backbone depicted in shades of pink and red. Projecting inward from this backbone are bases, represented by vibrant multicolored units. These bases pair up in a complementary fashion to form an intricate code that carries vital instructions. Within this particular artwork, twenty base pairs are skillfully portrayed, representing just a fraction of the vast genetic information contained within DNA. It is important to note that genetic information crucially depends on the specific arrangement and sequence of these base pairs along the entire length of the molecule. This stunning computer graphic not only highlights the beauty inherent in nature's blueprint for life but also serves as a reminder that our understanding and exploration into genetics continue to unravel new mysteries about our existence.
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