In addition to serving as a physical membrane bilayer to produce cell compartments, lipids also play an important role in signal transduction, material transport, morphological changes, and cell division through specific lipid-protein interactions. The systematic study of the interaction between lipids and proteins can reveal the functions of lipids in cells and help us understand lipids more comprehensively.
protein lipid overlay assay
Deoxyribonuclease I (DNase I) footprinting is a valuable technique for locating the specific binding sites of proteins on DNA. It can not only find the target protein that binds to specific DNA, but also identify the sequence that the target protein binds to. The basis of this assay is that the bound protein can protect the phosphodiester backbone of DNA from DNase I hydrolysis. dnase i footprinting https://www.iaanalysis.com/dnase-i-footprinting-platform.html
Since its discovery in the 19th century, PC has been regarded primarily as a structural lipid. However, more recent evidence strongly suggests that PC has other roles. 1) PC can help boost cognitive function; 2) PC can aid in liver repair; 3) PC can help protect against medication side effects; 4) PC can help ease symptoms of ulcerative colitis; 5) PC can promote lipolysis; 6) PC can help dissolve gallstones. soy phosphatidylcholine analysis https://lipidomics.creative-proteomics.com/phosphatidylcholine.htm
Creative Proteomics provides comprehensive sphingoid bases targeted lipidomics services from lipid extraction, lipid detection and data analysis for biomedical research institutions, biotechnology and pharmaceutical companies. sphingosine kinase assay https://lipidomics.creative-proteomics.com/sphingosine-base-targeted-lipidomics.htm