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Double-stranded RNA molecule
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Double-stranded RNA molecule
Double-stranded RNA molecule. Computer model of the structure of double-stranded RNA (ribonucleic acid). The majority of RNA in a cell is in the single-stranded form, but some double-stranded molecules do exist and take on the same double helical form as DNA (deoxyribonucleic acid). Each strand consists of a sugar-phosphate backbone (on outside of helix) attached to nucleotide bases (between strands). There are four different bases; guanine, cytosine, adenine and uracil. RNA is the intermediate between DNA, the genetic material, and its product, proteins. It also forms part of ribosomes, the location of protein synthesis
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Media ID 6391857
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Adenine Base Bases Computer Model Cytosine Double Helix Genetic Guanine Helical Nucleic Acid Nucleotide Nucleotides Ribonucleic Acid Sugar Phosphate Backbone Bio Chemistry Biochemical Computer Artwork Genetics Molecular Molecular Model
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This print showcases a computer-generated model of a double-stranded RNA molecule, providing us with an intricate glimpse into the molecular world. While most RNA in cells exists as single strands, this exceptional structure adopts the iconic double helical form reminiscent of DNA. The two strands are composed of a sugar-phosphate backbone that encases nucleotide bases, forming the building blocks of life's genetic code. Within this mesmerizing image, we observe four distinct bases: guanine, cytosine, adenine, and uracil. These bases play crucial roles in transmitting genetic information and orchestrating protein synthesis within living organisms. As an intermediary between DNA and proteins, RNA holds immense significance in biological processes. The complexity captured here extends beyond mere aesthetics; it represents the fundamental workings of life at its core. Moreover, this remarkable molecule not only contributes to our understanding of genetics but also forms an integral part of ribosomes—the essential sites where proteins are synthesized. Through meticulous computer artwork and precise modeling techniques employed by Science Photo Library experts, we gain access to a visual representation that unravels the secrets hidden within these tiny yet profound structures. This stunning print serves as both a testament to scientific progress and an invitation for further exploration into the wonders of biochemistry and genetics.
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