My initial impulse is that I couldn’t.
But then, 9.2 billion farm animals were slaughtered last year (source), and although I have moral issues with that, it seems to put the figures into perspective. We already slaughter a ton of animals. So long as the dogs are treated humanely (which is more than I can say for many of the farm animals… or, from what I understand, slaughterhouse employees)... I might be able to go there.
But I can’t imagine them being treated humanely. No creature should be forced to remain in cages their entire lives, or cooped up in over-crowded, feces-ridden warehouses. And when the Alzheimer’s drug gets to mass market, how would the dogs be treated differently in the already established industry?
So no, I couldn’t go there. And I’m saying that as someone with a family history of Alzheimer’s. Honestly my saying “no” is only partially due to the head count. I’d have a hard time with a smaller number, even though I understand the arguments people would rise in favor of slaughtering the dogs the smaller the number gets.
But in the interest of getting others on my side in this hypothetical—let’s do crunch the numbers. Because maybe people are thinking “wow, that’s a tough call, but bringing someone’s mind out of dementia is worth 10,000 dogs.”—I’m not sure even that would be okay, but regardless: It’s not 10,000 dogs per person: it’s 60,000, carefully set up in the prompt. (10,000 dogs / 1 oz) * (2 oz / 1 dose) * (3 doses / 1 cure) = 60,000 dogs / cure.
And according to this source, someone is diagnosed with Alzheimer’s every 68 seconds. Which makes the figure become 27,825,882,360 dogs per year. (1 diagnosis / 68 s) * (31,536,000 s / 1 yr) * (60,000 dogs / 1 diagnosis) = 27,825,882,360 dogs / yr.
So if we think the scale of our farm industry strains good moral behavior as it is—imagine something over 3000 times as large.
I would, however, be very much in favor of scientists getting paid large grants to develop ways to produce the enzyme synthetically. We’ve got to be able to, in this day and age, splice the genes from dogs that codes for the enzyme and place it into bacteria?