So, will we share the bacteria? Of course we will, with competent scientists. Now, if I was really mean, I might only share the ancestral strain, and let the scientists undertake the 20 years of our experiment. Or if I was only a little bit mean, maybe I’d also send the potentiated bacteria, and let the recipients then repeat the several years of incredibly pain-staking work that my superb doctoral student, Zachary Blount, performed to test some 40 trillion (40,000,000,000,000) cells, which generated 19 additional citrate-using mutants. But I’m a nice guy, at least when treated with some common courtesy, so if a competent scientist asks for them, I would even send a sample of the evolved E. coli that now grows vigorously on citrate. A competent microbiologist, perhaps requiring the assistance of a competent molecular geneticist, would readily confirm the following properties reported in our paper: (i) The ancestral strain does not grow in DM0 (zero glucose, but containing citrate), the recipe for which can be found on my web site, except leaving the glucose out of the standard recipe as stated in our paper. (ii) The evolved citrate-using strain, by contrast, grows well in that exact same medium. (iii) To confirm that the evolved strain is not some contaminating species but is, in fact, derived from the ancestral strain in our study, one could check a number of traits and genes that identify the ancestor as E. coli, and the evolved strains as a descendant thereof, as reported in our paper. (iv) One could also sequence the pykF and nadR genes in the ancestor and evolved citrate-using strains. One would find that the evolved bacteria have mutations in each of these genes. These mutations precisely match those that we reported in our previous work, and they identify the evolved citrate-using mutants as having evolved in the population designated Ara-3 of the long-term evolution experiment, as opposed to any of the other 11 populations in that experiment. And one could go on and on from there to confirm the findings in our paper, and perhaps obtain additional data of the sort that we are currently pursuing.