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  • Rights: The University of Waikato
    Published 21 November 2007 Referencing Hub media
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    Why was the Human Genome Project1 so important, and where do we go to next? Nobel prize2 winner, Sir Paul Nurse, explains.

    What impact is the Human Genome Project having on science? Has it lived up to its hype?

    Transcript

    School student: How has the Human Genome Project changed scientific research?

    Sir Paul Nurse: How does the Human Genome Project3 change our view of life? I’m going to use another metaphor. If you were writing a play, the first thing you would generally do is draw up a list of characters who would be playing in that play, and then you would write the script, agreed?

    What we have with the human genome sequence is the list of players. What we have to do now is write the script. So it's necessary, but it is only the beginning. Because what the human genome has allowed us to do, is to describe what genes4 are there. So we know the characters - we know the individuals are there. Now we have to work out how they all work together to make it a living organism5, to make a human being. We are still only scratching at that surface. Some people feel a bit disappointed, because you know us biologists over sold the human genome project. We didn’t oversell it, we said you needed to have it, okay, but it is only step one. We now have to write all the script to the play.

    1. Human Genome Project: An international project to identify all the genes in human DNA and to determine the sequence of the 3 billion nucleotides that make up human DNA.
    2. Nobel Prize: An annual, prestigious international award for achievement in physics, chemistry, physiology or medicine, literature and peace.
    3. Human Genome Project: An international project to identify all the genes in human DNA and to determine the sequence of the 3 billion nucleotides that make up human DNA.
    4. genes: A segment of a DNA molecule that carries the information needed to make a specific protein. Genes determine the traits (phenotype) of the individual.
    5. organism: A living thing.
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      Human Genome Project

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    2. An international project to identify all the genes in human DNA and to determine the sequence of the 3 billion nucleotides that make up human DNA.

      organism

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    4. A living thing.

      Nobel Prize

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    6. An annual, prestigious international award for achievement in physics, chemistry, physiology or medicine, literature and peace.

      genes

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    8. A segment of a DNA molecule that carries the information needed to make a specific protein. Genes determine the traits (phenotype) of the individual.