The urea groups are positioned such that each one forms two hydrogen bonds with oxygen atoms on the glucose molecule.The design “went straight from computer to practice,” Davis says.

Show students the glucose molecule and point out the bonds between oxygen and hydrogen. Note: Students may have heard of “high fructose corn syrup” used in carbonated beverages and some prepared foods ...

Red Circle: A close up of an amylopectin molecule just after a new branch is formed. The green bonds connect the glucose molecules end to end. These are called alpha 1-4 bonds because the carbon at ...

It does so not by being catabolized, or broken down, to release the energy sequestered in its chemical bonds ... most elevated molecule was a surprise. "When we saw glucose at the top of that ...

Carnosine occurs naturally in the body in blood and tissues and it is thought it could play a role in protecting against obesity by regulating blood sugar, or glucose, within the body. But the ...

Scientists are finding more evidence that you should probably cut down on your sugar intake. A group of U.K. researchers say they've spotted the molecular "tipping point" that could explain sugar ...

is made up of one fructose molecule and one glucose molecule. Honey is a bit different, as its fructose and glucose molecules aren’t bound together, but instead are free-floating—much more ...

Scientists from the University of Bristol have designed a new synthetic glucose binding molecule platform that brings us one step closer to the development of the world’s first glucose-responsive ...

These complex sugar molecules can be readily converted to the much simpler glucose molecule with little energy cost through fermentation processes. The glucose could then be used to release ...

The polar part of alcohol is attracted to and interacts with polar water molecules and causes alcohol to dissolve. The polar parts of the glucose molecule are attracted to and interact with water and ...