heptose
- noun
- /ˈhɛpˌtoʊs/
- Specialized
- Rare in nature, heptose sugars are sometimes found in bacterial cell walls.
Examples
-
The scientist isolated a heptose from the sample using chromatography.
-
The heptose molecule is essential in certain biochemical pathways.
-
Understanding the structure of a heptose is important for biochemistry students.
-
Researchers are studying heptoses for their role in cellular processes.
-
In certain bacteria, heptose plays a crucial role in the formation of their outer membrane.
-
During the experiment, the team identified a rare heptose that could influence antibiotic resistance.
-
The study highlighted the significance of heptose sugars in maintaining cell integrity.
Surface Forms
Morphology
heptose = hept- (semi-transparent) = hept + ose
The formation is regular (hept- 'seven' + -ose 'sugar') but both morphemes are specialized combining forms from chemistry and are not familiar to average B1 learners.
Etymology
Heptose combines the root hept- ('seven') with -ose ('sugar'), the same -ose you see in glucose and fructose, so a heptose is simply a sugar with seven carbon atoms.