The Freshly Squeezed
The Freshly Squeezed is a blog for people who look at what’s on their plate — or in their glass — and want to know why it works the way it does.
Every ingredient has a backstory: a chemistry, a history, a reason it ended up on your counter instead of forgotten in the produce aisle. We pull that story apart. Real research, real citations, no wellness-influencer hand-waving — just the actual science behind the food, drinks, and kitchen staples people think they already understand. Then we hand you the recipes, the uses, and the context to do something with it.
Think of it as the lab notes for your kitchen: part food science column, part recipe box, part myth-check on whatever folk wisdom your grandmother swore by (spoiler — she was right more often than you’d think). Each piece starts with one humble ingredient and follows it as far as the evidence goes — into nutrition, chemistry, history, even psychology, because it turns out the story behind a food is rarely just about the food.
Latest Blog
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Why Bread Goes Stale: It Is Not Drying Out, It Is Recrystallising
Why bread goes stale is two processes, not one: starch retrogradation plus moisture migration. That is why the fridge is the worst place for a loaf.
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Why Bread Goes Stale: It Is Not Drying Out, It Is Recrystallising
Why bread goes stale is two processes, not one: starch retrogradation plus moisture migration. That is why the fridge is the worst place for a loaf.
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Why Cutting Onions Makes You Cry: The Actual Chemistry (and What Works)
Why cutting onions makes you cry, explained: the enzyme cascade behind onion tears, the mist that carries it, and what actually reduces both.
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Extra Virgin Olive Oil Chemistry: Why ‘Extra Virgin’ Actually Matters
Extra virgin olive oil chemistry explains why acidity, polyphenols, smoke point and freshness matter when you choose and cook with EVOO.
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The Best Vitamin C Food Sources (Ranked by Science)
by Hubert Bonizzone Almost every “top vitamin C foods” list ranks the same way: pull the milligrams-per-100g figure off a nutrition label, sort high to low, done. That approach has a real flaw — it measures what’s in the food, not what your body actually gets out of it. Vitamin C has to survive digestion…
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The Real Chemistry of a Perfect Sear: How the Maillard Reaction Builds Steak’s Crust
by Hubert Bonizzone A steak’s crust isn’t “sealed in juice,” and it isn’t caramelized sugar — it’s the visible result of a specific chemical reaction between amino acids and sugars, one that only fires under a narrow, controllable set of conditions. Understanding what’s actually happening on that hot surface turns a handful of half-remembered kitchen…
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The Science-Backed Guide to Chicken Cacciatore (Italian “Hunter’s Chicken”)
by Hubert Bonizzone Cacciatore means “hunter” in Italian, and the dish earns the name honestly: it’s what resourceful hunters cooked when the pot needed to stretch whatever was on hand — foraged herbs, wild game, and whatever vegetables were in season — into something that would hold up over slow heat. Recipes for it trace…
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The 10 Health Benefits of Lemons (And Why They Became Shorthand for Success)
by Hubert Bonizzone Lemons have an odd resume for a fruit nobody eats plain. They’re too sour to snack on, too acidic to ignore, and somehow one of the most functionally useful things in the produce aisle — backed by more peer-reviewed research than almost any fruit its size. Before this becomes a proverb about…
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Lemons: The Science of a Sour Little Fruit, and Why It’s Become Shorthand for Success
by Hubert Bonizzone Few ingredients live a double life quite like the lemon. In the kitchen, it’s an acid workhorse. In the lab, it’s a case study in plant chemistry. And in culture, it’s a metaphor so durable that “when life gives you lemons, make lemonade” has survived more than a century of reuse, from…