Comparing E410 - Locust bean gum vs E452IV - Calcium polyphosphate
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Popular questions
Is locust bean gum bad for you?
No—locust bean gum (E410) is generally recognized as safe, and EFSA sets an ADI of “not specified”; most people tolerate the small amounts used in foods, though larger amounts can cause gas or loose stools.
Can dogs have locust bean gum?
Yes, small amounts as found in commercial dog foods are generally safe and commonly used as a thickener; too much may cause mild digestive upset in sensitive dogs.
Is carob bean gum bad for you?
No—carob (locust) bean gum is considered safe at typical food levels; it has low toxicity, though high intakes can cause bloating or loose stools in some people.
Can dogs have carob bean gum?
Yes, in the small quantities used in pet foods it’s generally safe for dogs, but large amounts may lead to gas or soft stools.
Can dogs eat locust bean gum?
In small amounts, yes—it's commonly used in dog foods and treats and considered safe; avoid large quantities that could upset the stomach.
How does polyphosphate remove calcium?
It acts as a sequestrant: the polyphosphate chain binds Ca2+ at multiple oxygen sites to form soluble complexes, preventing calcium from precipitating or causing scale/texture issues. Over time, hydrolysis to orthophosphate can convert some bound calcium into insoluble calcium phosphate, effectively removing it from solution.
What is the e number of calcium polyphosphate?
E452iv.
When calcium ions complex with sodium metaphosphate, a solid calcium phosphate precipitate forms?
Not initially—calcium typically remains in soluble complexes with sodium metaphosphate (a polyphosphate). Precipitation of calcium phosphate generally occurs after the polyphosphate hydrolyzes to orthophosphate or under conditions (e.g., high pH/aging) that drive conversion.