Illustration of a hand holding a glowing test tube, the concept of a scientific breakthrough.
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Concept of using human genetic information to develop medicines.
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Concept of using human genetic information to develop medicines.
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Conceptual illustration of human cloning, with computer circuits and DNA codes.
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Conceptual illustration of human cloning, with computer circuits, DNA codes, and a DNA double-helix.
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Conceptual illustration of human cloning, with computer circuits and DNA codes.
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Conceptual illustration of human cloning, represented by a chain of paper dolls and DNA codes.
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Conceptual illustration of human cloning, represented by a chain of paper dolls.
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Conceptual illustration of human cloning, represented by a chain of paper dolls and DNA codes.
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Conceptual illustration of human cloning, represented by a chain of paper dolls.
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Conceptual illustration of human cloning, with DNA codes and a DNA double-helix.
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Conceptual illustration of human cloning, with DNA codes and a DNA double-helix.
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Conceptual illustration of test tube babies, with a DNA double helix and DNA codes representing human cloning.
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Conceptual illustration of test tube babies, with DNA codes representing human cloning.
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Conceptual illustration of test tube babies.
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Conceptual illustration of test tube babies, with a DNA double helix and DNA codes representing human cloning.
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Conceptual illustration of test tube babies, with DNA codes representing human cloning.
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Conceptual illustration of test tube babies, with DNA codes representing human cloning.
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Conceptual illustration of test tube babies, with a DNA double helix and DNA codes representing human cloning.
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Human cloning process for therapeutic uses. DNA is inserted into an enucleated donor egg cell, producing a blastocyst, and pluripotent embryonic stem cells are cultured for transplanting specialized cells that genetically match the patient.
