You could also have a switch/case approach and call the functions directly.

The thing is, there are some architectures (*cough*8051*cough*) out there where you could, technically, use function pointers, but due to architectural quirks, unless you really, really know what you're doint, you're likely to end up with a horrible buggy mess.

Artificially modified stars, if they exist, could be a way to detect extraterrestrial intelligence over truly vast distances.

Don't you love it when they're legislating "common courtesy"?

I hope you realized which kind of software work this was going to be and priced it accordingly.

They are more susceptible to oxidative damage since they spend more time in the various stages of cell division (where the DNA is especially vulnerable to oxidative damage) than regular cells (which spend most of their time not actively dividing, where their DNA is less prone to being irreparably damaged by oxidizing compounds).

However, fast-growing cancer sometimes has the nasty habit of out-growing its network of blood vessels, creating areas of the tumor that are oxygen deprived and therefore hard to damage by using ionizing radiation.

Also, cancer cells are more susceptive to oxidative damage due to their generally higher cell division rate. This is also why ionizing radiation usually damages cancer cells more than regular cells.

And you probably licked the knife, too?

Guilty, I say. Guilty as ****.