7 Normal Things That Become Horror Movies Under a Microscope

But Up Close ...

Put a strawberry under an electron microscope and suddenly it's a production still from the gritty reboot of Aliens:

Those white egg-like structures are actually the strawberry pips, which are called achenes. They're the true fruit of the strawberry plant, lounging around in the fleshy leftover carrier blob that we have taken to eating. The hairs are there because strawberries just happen to have hair.

Straight up hair.

At Normal Size ...

Odds are that at some point in your life you have eaten no fewer than two of the paste-filled cardboard rectangles known as Pop-Tarts. If you insist you've only eaten one at any given time, you are a liar and have deep personal issues to explore instead of reading this article. Godspeed.

But aside from the ingredient list, ain't nothin' scary about a Pop-Tart.

But Up Close ...

Bring a Pop-Tart under an electron microscope, magnify it 30,000 times, and you'll find yourself facing terror itself.

That fungal cancer cell collection up there is pretty far from a delicious, sugary treat. That's something a team of space marines would hose down with fire, or maybe the background of some particularly deranged horror video game level. If this was a Hollywood film, a serious man in a white coat would take one look at that monstrosity through his microscope and say, "Dear God -- it's mutating!" while removing his glasses for emphasis. But no, that is indeed a Pop-Tart, as well as the work of photographer Caren Alpert, who uses it as an example of how messed up the chemical structure of processed food is compared to the neatly arranged geometrical structures found in nature. Does this make them taste any less delicious? No. Are you going to think of that picture -- looking for all the world like a hive of hell-spider eggs ready to burst in your mouth -- the next time you're slipping a pair of delicious Pop-Tarts out of their quarantine bag?

Probably! But that's OK -- you'll eat it anyway. It beats cookin' stuff.

At Normal Size ...

Sweat glands are tasked with regulating body temperature, a power they routinely abuse by also making you smell like something feet would vomit up if they had semi-functional digestive tracts. But they're just little holes in your skin, like pores, right?

But Up Close ...

Imagine you're in one of those movies where they shrink you down to microscopic levels so you can complete some dire mission inside the body of Martin Short. You thought you'd be taking the Short-cut through an unassuming sweat gland, but instead you find yourself staring down a portal to hell:

Nah, we're just kidding. That's not actually a colored scanning electron microscope shot peering down into a human sweat gland.

Can you imagine?

No, it's looking back from the inside of the human body to your exit point as it closes up mere seconds before you return to full size in an explosion of Martin-meat. Otherwise that is an entirely accurate portrait of what your sweat gland looks like. It's also probably the reason why Ant-Man drinks so much after every mission.

But Up Close ...

Most people are aware that yeast micro-organisms help the fermentation process of wine (and other alcoholic beverages that we shall not speak ill of here). The thing we tend to forget is that they never really go away. Photographer William LeGoullon (who has a whole portfolio of terrifying shots ruining all of your favorite things) is happy to show us the disgusting truth that lies within an innocent glass of red wine. The above microscope photo of a drop of dried wine features scores of what are most likely tiny yeast cell corpses, who have given their lives just to get you hammered enough to tolerate conversations with other human beings for the evening.

They say that scotch is the water of life, but when you drink wine, you drink death. And that's pretty metal -- maybe we need to reconsider this wine thing after all.

At Normal Size ...

This is a moth.

This is the face of a moth:

But Up Close ...

Moths don't just have a face like an inside-out sparrow -- well, yes, they do absolutely have that, but we're going to focus on that wacky curling party favor they call a proboscis. It looks pretty harmless there. It's like the one goofy feature on an otherwise sci-fi-movie-caliber monster.

With a mere 10x magnification, what was once a wacky deflated noisemaker becomes the twisted tail of some mythical golden dragon. Objectively we know that they're just tiny interlocking spines holding the proboscis structure together, but we still can't help but picture that thing spiraling up toward us from the darkness, the intermittent flashing of its scales alerting us to the true immense bulk of the beast that still hides in the void.

Or maybe moths just be lookin' crazy. We could be reading too much into this.

Their second most notable trait is that scientists love the hell out of the li'l dudes, getting them drunk and unleashing robot predators upon them.

But Up Close ...

A mere 4.5x magnification later and ...

Is that a monster from a '50s horror flick? Is that freaky psychedelic insect trying to hypnotize us? Is that Zorak at Burning Man? Whatever that bastard might be, we know two things: It sure as hell isn't the zebrafish we know and barely notice, and it will not find any welcome on the planet we call Earth.

But no, that is actually nature's placeholder, the zebrafish.

There is a little-known microscope technique called darkfield magnification, which creates a hollow cone of light-surrounded darkness instead of the fully lit cone most microscope work is done with. Photomicrographer James Hayden used this technique to snap a microscope photo of the zebrafish, revealing a creepy cross section of its skull. Sure, it's cheating this premise a little bit, but lean in real close to that mouth portion toward the bottom and you'll see an old Renaissance painting of the sixth circle of Dante's hell. We figured that was worth covering.

No seriously, you do not want to experience passing a kidney stone, because ...

But Up Close ...

That's what a kidney stone looks like under an electron microscope. All those sharp edges are formed by a calcium oxalate called weddelite, which grows in crystal formations that look like something the T-1000 would morph into when you really piss him off.

With the human eye, the structure of a kidney stone looks rough and patchy, but zoom in 250 times and you'll see the truth: They don't hurt solely because they're solid objects in your urinary tract. They hurt because they are made of razors and inside your genitals.

Evan V. Symon is a moderator in the Cracked Workshop. When he isn't trying to find evil in every famous person ever, he can be found on Facebook. He also contributed to the Cracked De-Textbook. Andrew occasionally writes and makes ska-flavored noise that you can download.

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Related Reading: You know what looks crazy awesome under a microscope? Chalk. And microscopes can even make sand look unbelievably cool. For some art that was MADE to be viewed via microscope, this is the button to click.