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Kary Mullis' Eureka Moment

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    well
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    well it was you know as
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    typical have really interesting
    development in that
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    I was looking for something else and and
    you know it was that
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    it was a like PCR with the
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    the possible the the outcome other
    solution
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    to hypothetical problem that did not
    exist and I was working on
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    trying to sequence single base-pair
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    you know then whether call snips today
    single nucleotide polymorphism
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    with because those were medically
    important now is trying
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    to do it with oligonucleotides because
    Iran
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    a lab that made them and we had
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    really improve the efficiency with which
    we made them earn
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    the three or four years prior said
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    we're making we can make mine faster
    than the company's
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    cedars I word for could use them had
    seven people working for me
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    and I was thinking on you have to cut
    step down to like about three kids now
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    we get the salon omitted devices
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    on tonight arm into increase the demand
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    for all you can eat I'm so sorry think
    you know what else can you do with them
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    and that it's possible to make if
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    a rapid clinical and safer single
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    his polymorphism like sickle cell anemia
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    was a good example people there that
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    back then maybe you going ok Lanigan you
    take a sample maybe three weeks later
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    you know which is monitor agonizing
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    other you be nice to have been one shift
    hospital
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    in you and that let you know and I
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    I thought oligonucleotides maybe with
    the answer there were that
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    I was really home add as
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    other chemists I still make him and
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    I really didn't have an appreciation for
    happy huge dance
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    human genome compared to say five
    thousand base pair
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    plasma that I was using isn't serb model
    system
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    and and I was was thinking this method
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    require couple organically times wanna
    miss Serbia control what they would be
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    pointed
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    right toward each other just like in PCR
    reaction and
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    and then I and I was thinking I mean it
    really love
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    pics sexe nucleotide triphosphates
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    mind there's a couple technical problems
    trying to solve in 10 min
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    a the whales in and decide to solve it
    was to
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    use to like run a sort of sham reaction
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    first with the oligonucleotides in place
    in the sample
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    and then and then I had my break
    actresses and suffering and again
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    and because he was going to use a it is
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    not for two not the idea and for the
    fight
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    duplicating the signal but then I
    realized the side effect to that was
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    going to be the house pointed
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    double the the signal if
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    there were enough like the exit Euclid
    has available are trying to get readers
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    if there are any come in with the same
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    that you are driving a man was right he
    does not have this in your head you
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    thinking about
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    constantly in and it just realized that
    there is a way the
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    you don't think in the lab as much you
    know I do you think
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    I was spending my weekends opinion this
    in a little cabin
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    and I Drive up every Friday night income
    a concern
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    and that's really all the nice things
    but to a half hours
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    and e sorry your
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    uydess got some new to me and you can't
    do anything else
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    to think as this when I did most to my
    thinking
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    usually his the day-to-day life in a
    laboratory
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    doesn't allow alive now
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    with all these letters in your inbox and
    use your phone ringing in his own these
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    people have to deal with and 70 have
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    really that kind I'm
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    I'll
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    of
Title:
Kary Mullis' Eureka Moment
Description:

Inspiration at the wheel led to the discovery of PCR, for which he was awarded the 1993 Nobel Prize in Chemistry. Full interview at
http://nobelprize.org/nobel_prizes/chemistry/laureates/1993/mullis-interview.html

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Video Language:
English
Duration:
04:15

English subtitles

Incomplete

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