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Carbohydrates are one of the most abundantly available materials on earth and they
a source of energy. Glycomaterials are foundational to any biological system,
Structure, as well as the means to communicate, adapt to environmental changes and
In our daily routine, paper products are most widely used glycomaterials and one
materials in almost everything we taste and touch.
Polysaccharides are versatile biopolymers which are an essential part of human diet
nutrition. They are extracted from plants and other living organisms which possess
biologiclly and pharmacologically active properties.
Detailed understanding of the polysaccharide synthesis, structure, solvation
toxicity, structure-property relationships can aid us in tailoring the
for specific applications
Computational studies can predict the conformations, thermodynamics,
hydrogen bonding and phase behavior. Theoretical charecterization of carbohydrates
in establishing structure-property relationships.
Advanced computational approaches like machine learning algorithms in the study of
glycans can guide us in design approaches to use them in industrially and
Physical and chemical properties, structural data available on glycomaterials can
play a major role in the discovery of new hydrid materials which are eco-friendly
and are potentially applied in medicine, catalysis, lubricants and bio-fuels.
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