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We avoid HFCS (of course) and also fructose as ingredients preferring to limit our free fructose consumption to natural products (like fruits, honey, and maple syrup) that have more to offer. Should I use Invert Sugar? Again, this is a personal decision. Mixing sugar with citric acid, cream of tartar, or fresh lemon juice and boiling will result in some sugar inversion - enough to keep the remaining sucrose from recrystallizing. The home cook can also make invert sugar and in fact does so when making jellies or jams. Enzymatic inversion is not cheap, however, so both methods of inversion appear to be in use. Low temperatures can be used with enzymatic inversion eliminating polymerization products (and improving final flavor), and filtering of the Invertase is easy. Conversion of nearly 100% can be achieved through enzymatic inversion. Impurities from polymerization products are an issue with acid hydrolysis of sucrose.Įnzymatic inversion of sucrose is achieved using a yeast derived enzyme known as Invertase. Conversion of sucrose to glucose and fructose is low (around 40-70% from what I've read), and energy consumption and cost of production are high. Many different acids can be used, including citric acid. In acid hydrolysis, sucrose is subjected to acid and heat to break it into glucose and fructose. How is it made? Invert sugar is manufactured a couple of different ways - acid hydrolysis and enzymatic inversion. All the reasons that manufacturers like HFCS apply to invert sugar. As little as 10-15% of invert sugar mixed with sucrose markedly reduces crystallization in the final product, resulting in longer shelf life as well. Invert sugar retains moisture better and improves shelf life. The smaller crystals also dissolve faster than sucrose crystals. The sugar crystals in invert sugar are smaller than sucrose, which results in a smoother texture of the final product.


Why use it? Invert sugar has a lot of desirable properties in baked goods and other processed foods. Invert sugar is sold as a liquid as either total invert sugar (50% fructose, 50% glucose) or as a mixture of half sucrose and half invert sugar (50% sucrose, 25% fructose, and 25% glucose). In fact, invert sugar is often referred to as "artificial honey," though it doesn't have any of the wonderful little goodies that honey (or maple syrup, for that matter) contain. Invert sugar is found naturally in honey and maple syrup.

(Sound familiar? That's what HFCS is too - free glucose and free fructose - only the beginning ingredients and processing are completely different.) Invert sugar is sweeter than table sugar (sucrose) because fructose is sweeter than both sucrose and glucose. So.what is liquid invert sugar? Invert sugar is sucrose (a disaccharide of glucose and fructose) that has been broken into free glucose and free fructose. Great question! Funny, the ingredient has never registered with me, but I noticed on the ingredient list of another product the next day at the grocery store. Though I think I used too thick interfacing so the seams are bulky and it was quite difficult to turn the fabric from the small hole.A reader recently sent me an e-mail asking me if I knew anything about a mysterious ingredient called "liquid invert sugar" that was on the ingredient list of some granola bars he bought at Target. They work well for both the DPNs and circular needles I have. I'm glad I also ordered a KAM snap set with pliers, since I don't have any problems with those! Using Prym pliers with Prym snaps they stay put, but are hard to close.

I noticed that the prong wasn't squeezed down enough. The caps would separate from the studs/sockets. I read that they should be compatible but apparently they were not. Francine, I'm sure you have figured out your problem already (and you probably don't have the same problem as I, since you mention a snaps kit, also, we live in a different continent entirely!).Īnyway, I noticed that I had a problem when I used Prym Color Snaps with KAM pliers.
