k Origins of life Origins of life. Artwork illustrating the theory that life on Earth originated around underwater volcanic vents called black smokers. Nine stages are shown here, from the atomic level to the cellular level. From bottom prebiotic chemistry amino acids, sugars and bases more complex carbon compounds formation of RNA ribonucleic acids formation of DNA deoxyribonucleic acid. The evolutionary tree splits at this point into the routes that will form bacteria left and archaea right. Each branch starts from a universal nucleic acid ancestor, followed by the formation of the cell wall, and finally, the bacteria and archaea breaking out of the black smoker wall to populate the Earths oceans. Stock Photo - Afloimages
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Origins of life Origins of life. Artwork illustrating the theory that life on Earth originated around underwater volcanic vents called black smokers. Nine stages are shown here, from the atomic level to the cellular level. From bottom: prebiotic chemistry  amino acids, sugars and bases  more complex carbon compounds  formation of RNA  ribonucleic acids   formation of DNA  deoxyribonucleic acid . The evolutionary tree splits at this point into the routes that will form bacteria  left  and archaea  right . Each branch starts from a universal nucleic acid ancestor, followed by the formation of the cell wall, and finally, the bacteria and archaea breaking out of the black smoker wall to populate the Earth s oceans.
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Origins of life

Origins of life. Artwork illustrating the theory that life on Earth originated around underwater volcanic vents called black smokers. Nine stages are shown here, from the atomic level to the cellular level. From bottom: prebiotic chemistry; amino acids, sugars and bases; more complex carbon compounds; formation of RNA (ribonucleic acids); formation of DNA (deoxyribonucleic acid). The evolutionary tree splits at this point into the routes that will form bacteria (left) and archaea (right). Each branch starts from a universal nucleic acid ancestor, followed by the formation of the cell wall, and finally, the bacteria and archaea breaking out of the black smoker wall to populate the Earth's oceans.

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