Bob Waterston Quotes
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We have before us all the pieces of the puzzle that it takes to make a worm. Now we need to figure out how it works.
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It's going to tell us important things about who we are and what we are -- medically, socially, and so forth. It's a pretty stunning achievement.
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When we look at chimpanzees . . . we get this extremely fine-grained view of evolution, and as a result we understand a lot more about the processes that are changing our own genome over time.
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They have similar genes in the worm and the only reason we really know about what those genes do in people is because they've been studied in worms.
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We've got the catalog, now we just have to figure it out. It's not going to be one gene. It's going to be an accumulation of changes.
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Reading these two genomes side by side, it's amazing to see the evolutionary changes that are occurring. I couldn't imagine naturalist Charles Darwin looking for stronger confirmation of his theories.
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We're really looking at an individual evolutionary event, and this is spectacular.
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Chimpanzees are especially suited to teach us about ourselves. Comparing the genomes will help us address the question of the specific things that make us human.
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When we look at chimpanzees . . . we get this extremely fine-grained view of evolution, and as a result we understand a lot more about the processes that are changing our own genome over time.
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It turns out chimps have the same genetic sequence as that family with the speech deficit.
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As our closest living evolutionary relatives, chimpanzees are especially suited to teach us about ourselves. We still do not have in our hands the answer to a most fundamental question: What makes us human? But this genomic comparison dramatically narrows the search for the key biological differences between the species.
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I couldn't imagine Darwin hoping for a stronger confirmation of his ideas than what we see when we compare the human and chimp genomes.
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By comparing the human and chimp genomes, we can see the process of evolution clearly in the changes in DNA since we diverged from our common ancestor.