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Show Karl Gordon Lark 30 bacteria that I told you about, found mutants that failed to do this degrees centigrade they would. mutants and we were to look at that to make the destroyed these with studying the So it fact like a puzzle ball at the wrong one move a go plants on together remove one or one grow them, areas so you can't twenty-five degrees of temperature, wow, of these was we of science that it but it turned out not to be true. But or group that said one none were they was of degrees, at fifteen papers could make set of chromosomes. of it very really use that trick can grow. There well, a repeatable, Well, it so we by then we were into working with tissue culture. Then a new can from tissue culture that grew very turned out that it's have to go together in just the right way. I thought that the problem large number of papers published by one haploid plants spent time large number of pieces Plant cells will grow at thought with that range published, a we were to animal cells and look at all of this is that animal cells have changing temperature. I at the back shows that at this time to copy the DNA and if you small range of temperature which you so you've had the chance time, then you couldn't put it together. The example used puzzle balls; they had to trying to of this type where you found I don't know whether where right replicating complex things was that, pamphlet, but the diagram thinking about this conditional were temperature, they wouldn't do this, but if you left them in twenty mutants. We raised the five we August 2015 lab for one a of these things happened was colleague that was coming in-this construction contaminated every trying to that plant tissue work with this stuff. It wasn't tried, all of our cells, everything, were our again serendipity. They were making was culture we after I was had, it just wiped whole program, but it gone. They were 30 chair-and the was out ten years of everything we'd contaminated. And plant cells are |
