Examples of 'n-glycans' in a sentence
Meaning of "n-glycans"
N-glycans are a type of complex sugar molecule that is commonly found attached to proteins in the cell membrane and play a crucial role in various biological processes
How to use "n-glycans" in a sentence
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n-glycans
N-glycans can have from one to five branches.
Binding is rather weak indicating an uncomplete but effective fucosylation of the N-Glycans.
N-glycans typically attach to asparagines.
The derivatized N-glycans can then be concentrated.
N-glycans and monoclonal antibody molecules are a critical part of biopharmaceutical research and analysis.
In a preferred embodiment the carbohydrates are N-glycans.
The N-glycans were released and analyzed as above.
One important kind of glycan structures are the so called N-glycans.
The N-glycans were then extracted and processed.
Enzymes and methods for cleaving N-glycans from glycoproteins.
The N-glycans were released by PNGase digestion.
Relative profile of the range of N-glycans observable after ethyl esterification.
Compositions and methods for humanization and optimization of N-glycans in plants.
In comparison, labeling of N-glycans with fluorescent activated carbamates is completed within minutes.
The population further comprises antibodies that comprise bi-galactosylated N-glycans.
See also
Researchers also investigated the role of N-glycans in the processing of NMDARs.
In contrast sialic acid residues are normally not attached to plant N-glycans.
Also described are glycoproteins and N-glycans produced by one of the above methods.
The generated transgenic strains show improved contents of galactosylated N-glycans.
Similar assays may be adapted to look at the N-glycans on secreted proteins as well.
Lens culinaris Fucosylated core region of bi - and triantennary complex type N-Glycans.
In addition to low fucosylation, the N-glycans obtained are characterized by a high bisecting GlcNAc content.
More preferably, the recombinant protein comprises two or more different N-glycans.
Shown are the relative amounts of N-glycans on the FSH which carry a sulfate group.
This application also discloses transformed microalgae capable of producing complex N-glycans.
Both N-glycans and O-glycans are attached to proteins by the cells producing the protein.
This classification is based on the common pentasaccharide motif shared by most N-glycans.
Noticeably, released N-glycans enable more rapid bifidobacteria growth than the conjugated form.
In a further preferred embodiment the recombinant protein comprises two or more different N-glycans.
Such glycoprotein compositions comprise complex N-glycans that may be used for therapeutic applications.
This invention also aims to provide transformed microalgae capable of producing complex N-glycans.
The invention further provides glycoproteins and N-glycans produced by one of the above methods.
This is a group of congenital multi-systemic diseases characterized by deficiency in the generation of N-glycans.
Commonly, a host microorganism displays protein N-glycans on the cell surface, where various glycoproteins are localized.
A schematic representation of possible combinations of enzymatic elongation steps to afford isotopically-labelled N-glycans.
The Ig molecules expressed in such a host cell comprise N-glycans having bisecting GlcNAcs.
Asparagine linked N-glycans and serine or threonine linked O-glycans are indicated graphically.
General The present invention is related to compounds and methods for rapid labeling of N-glycans.
The disclosure further provides glycoproteins and N-glycans produced by one of the above host cells.
The total N-glycan profiles for these samples were obtained after enzymatic release of the N-glycans.
The N-glycans of GNTI knockout plants exhibited the same structures compared to WT tab.
Differences in the migration of Kv3 proteins were attributed to the desialylated N-glycans.
N-glycans typically attach to asparagine.
Mass spectrometric analysis to reveal structural differences between N-glycans of PER.
N-glycans are washed out of the gel and subsequently labelled with the fluorescence marker 2-aminobenzamide.
Combinatorial DNA library for producing modified N-glycans in lower eukaryotes.
However, N-glycans with human characteristics were not obtained.
To obtain more detailed information on the structure of the N-glycans produced by PER.
Free N-glycans are labeled with the fluorescence marker 2-aminobenzamide.
The N-glycan pool of mammalian brain contains remarkably high levels of sialylated N-glycans.
