Sounds like it's time to break out the champagne.

So far so good!
Remember, no human can digest whole corn. Cattle can digest whole corn, but they have 4 stomachs, and even cattle can't digest whole corn until they get to where they weigh over about 600 lbs., so don't be surprised if you see what appear to be whole kernels of corn in the bowl. Usually, what you're seeing there, is just the pericarp, (skin), of the kernal, because the pericarp is the undigestible part of corn, and the sugar/starch on the inside will have been digested, if the corn is in the roasting ear stage, (IOW, before all of the sugar is converted to starch). If you were to swallow a whole kernal of mature corn, though, (matured enough so that the black-line layer in the endosperm indicates complete conversion of sugar to starch), the entire kernal would pass through your GI tract unscathed, (IOW, it would be totally undigestible, because the human digestive system cannot penetrate the pericarp). The pericarp can be removed by soaking the corn in "slaked lime", (calcium hydroxide). In fact, that's how hominy is made, and it's also the way that masa is made, (for making tortillas, etc.).
The bottom line is, there's a lot of sugar in corn, when it's at the roasting ear stage, and the corn you get at the supermarket, or raise in your garden, is likely to be sweetcorn, which is a genetic mutation of field corn, that produces kernels consisting mostly of sugar, rather than starch, and all that sugar, can cause D. It shouldn't cause inflammation, though, so even if you do get a little D out of it, it should be temporary, and it shouldn't cause any residual effects.
Tex
P S The genetic mutation I'm referring to here is the plain, old-fashioned genetic mutation achieved by selective breeding - not the modern "GMO" techniques that strikes fear in the hearts of most consumers today.