structure of siliac acid

Sialic acids are negatively charged monosaccharides, what are found on the non-reducing termini of glycans. The key role in product stability and efficacy, thus, sialic acids are often defined in glycoprotein therapeutic products. There exist two most common sialic acids in biopharmaceuticals, the one is N-acetyl-neuraminic acid (Neu5Ac) and the other one is N-glycolyl-neuraminic acid (Neu5Gc). The sialic acid mentioned above are both important to the firmness and 3D conformation of glycoproteins, they are involved in many biological interactions. structure of siliac acid https://www.creative-proteomic....s.com/pronalyse/sili

determination-of-protein-purity

Chromatography is a process for detaching the individual components of a mixture which according to their relative affinities for the stationary and mobile phases. The one who discover chromatography passed through a column of solid adsorbents, he coined the term chromatography, to represent the separation of color compounds. Column chromatography, the most commonly one, of which the stationary phase is put into a column through which the mobile phase is pumped. determination-of-protein-purity https://www.creative-proteomic....s.com/pronalyse/prot

strigolactone

strigolactone https://metabolomics.creative-....proteomics.com/strig

glycerolipid metabolism

The glycerolipids are a large group of biological lipids with physiological roles in membrane formation, caloric storage, and crucial intracellular signaling processes. It is also the most abundant lipid in plants. The species include phospholipids, glycolipids, lipids and extracellular lipids. These lipids are constructed upon an sn-lycerol-3-phosphate backbone scaffold by the attachment of long-chain acyl and alkyl groups, and a collection of polar alcohols. glycerolipid metabolism https://metabolomics.creative-....proteomics.com/glyce

metabolic flux

Creative Proteomics offers untargeted metabolic flux and targeted metabolic flux analysis services of lipids metabolism for our customers. By using stable isotopes such as 2H, 13C, and 15N, we has developed a novel metabolic flux analysis platform, which allows for the determination of control structure and metabolic pathway regulation network. metabolic flux https://lipidomics.creative-pr....oteomics.com/metabol