BT731 FINAL TERM SOLVED PAPERS
BT731 FINAL TERM SOLVED PAPERS GET PDF PAPERS FILES FROM THE BELOW LINK:
Modern Biotechnology: Principles & Applications:
Monosaccharides are also called simple sugars, have the suffix -use, and are classified as aldoses or ketoses depending on whether they contain an aldehyde or ketone group. The most common monosaccharides are either pentoses (containing a chain of five carbon atoms) or hexoses (containing a chain of six carbon atoms).
ALSO, SEE:
Jazz Internet Packages | Daily, Weekly, and Monthly and 3-Day Jazz
Zong free internet code 2022 | Get Free internet 3G/4G
TELENOR FREE INTERNET PACKAGES
JOIN MY TELEGRAM GROUP FOR ALL ASSIGNMENTS, GDB, MIDTERM PAST PAPERS, AND FINAL TERM PAST PAPERS FROM THE BELOW LINK:
TELEGRAM GROUP LINK
Join VU assignment solution groups and also share with friends. We send solution files, VU handouts, VU past papers, and links to you in these WhatsApp groups. To join WhatsApp groups click the below links.
JOIN VU STUDY GROUPS

BT731 FINAL TERM PAST PAPERS:
Each carbon atom carries a hydroxyl group, except for the atom that forms the carbonyl group, which is also known as a reducing group. Monosaccharides are assigned optical configurations with respect to their comparison the asymmetric carbon atom with the highest number to the configuration of D-glyceraldehyde or L- glyceraldehyde.
BT731 FINAL TERM PAST PAPERS BY MOAAZ:
The most important types of oligosaccharides found in foods are disaccharides that form condensation (ie water is eliminated) of two monosaccharide units to form a glycosidic bond. A glycosidic bond is a bond between the hemiacetal group of a saccharide and the hydroxyl group of another compound, which may or may not itself be a carbohydrate.
BT731 FINAL TERM SOLVED PAPERS:
By convention, the carbon atoms in a monosaccharide molecule are numbered so that the reducing group bears the lowest possible number; so in aldoses, the carbon of the reducing group is always numbered 1 and in ketoses, the numbering is starting from the end of the carbon chain closest to the reducing group.