Computer representation of DNA with base pairs
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Computer representation of DNA with base pairs
DNA with base pairs. Computer representation of a segment of the molecule Deoxyribonucleic Acid (DNA), showing the pairing of nucleotide bases. The DNA molecule contains inherited instructions needed for the development of a living organism. DNA is composed of two strands twisted into a helical shape. Each strand consists of an outer sugar-phosphate backbone (light blue) from which nucleotide bases project inwardly (spheres). The base guanine (orange) pairs with cytosine (green), and adenine (blue) with thymine (red). Hydrogen bonds between base pairs are yellow and lilac. The sequence of these pairs, like rungs on a ladder, make up the genetic code in the form of genes
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Media ID 6389743
© PASIEKA/SCIENCE PHOTO LIBRARY
Adenine Base Cytosine Double Helix Genetic Guanine Nucleotides Pairing Thymine Bio Chemistry Biochemical Genetics
EDITORS COMMENTS
This print showcases a computer representation of DNA, the fundamental building block of life. The intricate image reveals a segment of Deoxyribonucleic Acid (DNA) with its base pairs elegantly displayed. As we delve into the molecular structure, we witness two strands intertwined in a helical shape, forming the iconic double helix. The outer sugar-phosphate backbone, depicted in light blue hues, provides stability to this remarkable molecule. Projecting inwardly from this backbone are nucleotide bases represented by spherical shapes. These bases play a crucial role in encoding genetic information necessary for an organism's development. In this mesmerizing artwork, we observe the precise pairing of these nucleotide bases. Guanine and cytosine form an enchanting bond as their colors merge into orange and green respectively. Similarly, adenine and thymine create another striking union with shades of blue and red blending seamlessly together. Highlighted within the image are hydrogen bonds between these base pairs portrayed in yellow and lilac tones. These bonds serve as bridges connecting each pair and contribute to the overall stability of DNA's structure. Ultimately, it is through the sequence of these base pairs that genes are formed - akin to rungs on a ladder - composing our unique genetic code. This awe-inspiring visual not only celebrates the beauty found within biochemistry but also emphasizes how DNA holds invaluable instructions essential for life itself.
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