glycan

In mammalian cells for example, there exists a mechanism called glycan processing.

However, once it is there, it is added to the growing glycan chain.

"The spectrum of all glycan structures - the glycome - is immense.

Then the glycan is glycosylated onto a specific residue of the peptide chain.

Metabolic labeling of glycans can be used as a way to detect glycan structures.

Accurate machines and advanced software programs, when used in combination, can unlock the mystery of glycan structures.

This enzyme participates in the degradtaion of glycan structures.

This non-traditional secretion requires a functional glycan binding site.

An example of a C-linked glycan is α-mannosyl tryptophan.

In some cases beta, 1-3 glycan synthase is also released to penetrate the callose matrix.

G. xylinus extrudes glycan chains from pores into the growth medium.

Cross-links between these peptides hold together the glycan chains and give the cell wall its characteristic rigidity.

What are the connections for the six degrees of separation between John Galliano and a Glycan.

In this kind of glycosylation a protein is attached to a lipid anchor, via a glycan chain.

This enzyme participates in amino sugars metabolism and glycan biosynthesis.

Sulfate residues are abundant on the glycan chains of the glycoprotein, giving it a negative charge.

Each lectin domain is specific for the linkage that connects sialic acid to the glycan.

In the convergent assembly strategy a peptide chain and glycan residue are first synthesis separately.

Glycan's core structure has a phospholipid tail that anchors the structure into the membrane.

A lipophosphoglycan is made up of two parts; a lipid part and a polysaccharide (also called glycan) part.

A glycoform is an isoform of a protein that differs only with respect to the number or type of attached glycan.

Because the human milk oligosaccharides carry one more of the Lewis antigen glycan, it's hypothesized that they do compete with gp120 for binding.

Due to the nature of the binding pocket, galectins can bind terminal sugars or internal sugars within a glycan.

Site-directed mutagenesis studies to the carbohydrate recognition domain removes glycan binding but does not prevent association with the spliceosome.

The glycan component is particularly variable and different lipophosphoglycan variants can be used as a molecular marker for different life cycle stages.