The Gum We Left Out (And What We Use Instead)

Flip over almost any bag of cookies at the store — even the fancy ones with the kraft-paper packaging and the words artisan and small batch — and somewhere near the bottom of the list you'll find a quiet little word: gum. Xanthan gum. Guar gum. Sometimes both, holding hands.

We don't use them. Not because gums are villains worth a TED talk, but because of what their presence usually means: a recipe that needs rescuing.

What gums actually do

Xanthan gum is made by fermenting sugar with a bacterium called Xanthomonas campestris. Guar gum comes from grinding the seeds of the guar bean. Both are powerful thickeners and binders — a pinch can turn a thin liquid into something glossy and structured. Industrially, they're miracle workers. They keep dough from cracking on a fast assembly line, they trap moisture so a cookie can sit in a warehouse for nine months and still feel "fresh," and they let a baker skip the expensive, fussy ingredients that build real structure.

That last part is the tell. Gums are most often a substitute for butter, eggs, and time. When you pull good butter out of a recipe to cut costs, the dough loses its body. When you rush the rest, it loses its chew. A little gum papers over both gaps. The cookie looks right. It just doesn't taste like anything happened.

There's nothing morally wrong with a thickener. But once you've tasted what a cookie does without one — the way real butter sets up as it cools, the way an egg yolk does the binding it was born to do — the gum starts to feel like a stand-in for the real performer.

How we get texture the long way

Structure in a cookie isn't a mystery. It's just ingredients doing their jobs, given the room to do them.

Butter does the chew. Grass-fed butter has a higher fat character and a deeper flavor, and as it cools it firms back up — that's the snap-then-give you feel in The Sunday Morning. No gum can imitate the way real butterfat behaves at room temperature.

Eggs do the binding. The proteins and the yolk's natural emulsifiers (hello, lecithin) hold everything together and keep the crumb tender. That's the honest version of the job gums are hired to fake.

Flour does the frame. Organic King Arthur flour has consistent, reliable protein, which means we can build gluten structure on purpose — develop it where we want chew, hold back where we want softness.

The trickiest case is gluten-free. This is exactly where most bakers reach for xanthan, because without wheat's gluten there's nothing to hold the cookie together — so the gum becomes the skeleton. The Disco Drop solves it differently. Oats bring their own soft, hearty body, and banana does double duty as a binder and a sweetener, with enough natural pectin and moisture to keep everything tender. It took more testing than dropping in a half-teaspoon of powder would have. It tastes like a reason to dance.

Why we bother

Here's the honest truth: gums would make our lives easier. They'd extend shelf life, forgive a rushed batch, and shave a little off the ingredient bill. We left them out anyway, the same way we left out seed oils and "natural flavors," because the whole point of Claudette's is to bake the way cookies were made before the industrial revolution decided everything needed a chemistry set.

That era had a kind of patience built into it. Moroccan kitchens — the ones that shaped a lot of how we think about warmth and spice and generosity — never needed a stabilizer to make something memorable. They had butter, flour, fruit, nuts, time, and the good sense to let those do the talking.

So when your cookie holds together, that's not a gum. That's butter that cooled, an egg that bound, flour that framed, and a baker who didn't take the shortcut. We think you can taste the difference. We think that's worth a slightly shorter shelf life and a little more work in the kitchen.

Cookies before chemistry. Even when chemistry would've been the easy call.