Science links obesity to fat, lazy microbes

image Scientists at Cornell University have created a device capable of measuring the weight of a single cell. This is big news because it moves us beyond the limits of sub-gram measurements “nano,” “pico” and “femto,” and into an exciting new realm of measurements known as “zeppo,” “harpo” and “groucho.” This could eventually lead to the smallest and least-known unit of measure, “shempo.”

Many of you are probably wondering how useful this information really is when it seems most things — cars, houses, Americans in general — are actually getting bigger. Personally, I see no benefit in being able to describe my weight as “a little over 70 trillion harpo-grams.” And I can tell you no husband wants to be around when his wife discovers, after eating that extra helping of potato salad this July Fourth, that she not only gained back the 17 trillion zeppo-grams she’d lost, but also put on an extra two million grouchos. It doesn’t matter that all of this adds up to less than a single uncooked lima bean.

What matters is that if he made the potato salad, he will be held responsible.

As Cornell University scientists explained, this new system of measurement is a tremendous breakthrough because it allows them to weigh things that had previously been too small for anyone to actually care about. To help you appreciate this advancement, I will attempt to explain the science behind the discovery.

Being that this is a G-rated blog, I should warn you that I will be referring to “oscillating cantilevers” and “sextillions.” Rest assured that these are completely innocuous words, especially since I have no idea what they mean.

And once again, being that this is a G-rated blog, I will refrain from guessing.

According to scientists, their discovery was made by using “tiny oscillating cantilevers” to detect a change in the mass of something as small as one “sextillion.” This is equal to one-thousandth of a femtogram, or put in more practical terms, roughly the size of one bacterium nostril.

Why is this important?

Because, as far as I know, this is the first time anyone has actually used the term “bacterium nostril” in a blog post. But even more importantly, scientists will tell you that it’s our dogged pursuit of knowledge that separates us from the apes. Who, as we all know, have really big nostrils.

The bigger question, of course, is how this new ability to weigh microorganisms will affect you and me, the general nose-breathing public? With our nation’s obesity problem in mind, I am using this technology to launch my own weight loss program. Unlike other programs, mine strikes at the heart of our obesity issue by placing blame where it belongs: squarely on the shoulders of big fat microbes, which constantly hang all over us, therefore making us appear to weigh more than we actually do.

The “Nedkins Micro Diet” is actually in bookstores right now, so look for it on the shelves.

You’ll have to look hard, though; it’s pretty small.

(Ned is a syndicated columnist with News Media Corporation. Write to him at nedhickson@icloud.com, or at Siuslaw News, P.O. Box 10, Florence, Ore. 97439)

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26 thoughts on “Science links obesity to fat, lazy microbes

  1. 1) I can’t believe you spoke about apes and never utilized the phrase “damned, dirty”
    2) oscillating (n): a small wild cat that basically just rocks back and forth
    3) cantilever (n): a lever that is stuck
    4) sextillion (n): the last dance that you’d ever want your 16-year-old daughter coming out in

    and finally,
    f) I bow to your Marxist rhetoric but question the implication of a Stoogian underpinning…a common Chicovian misstep

  2. I’m wondering if bacterium nostrils grow hairs when they get older? It’s a worry ‘cos that’ll mean I will be covered in big, fat lazy, HAIRY microbes, won’t I? Ugh, how unladylike.

  3. Pingback: Alright I was too Lazy to Write my End of the month post Yesterday | The Travels of Jackie

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