For the above picture, draw all the proteins and molecules AND WHERE THEY BIND under conditions of no lactose, no glucose.

Can you explain the various options and how did you come to the answer? How to know whether histine is required in protonated or unprotected state? Does the level of the pH affect the result?

Your friend has discovered a protein that they suspect is glycosylated. They decide to perform a series of tests to determine the nature of the oligosaccharide. Assuming/Knowing the following: Fucose molecular weight is approximately 164 Galactose molecular weight is approximately 180 GalNAc molecular weight is approximately  221 Mannose molecular weight is approximately 180  Sialic Acid molecular weight is approximately 309 Neuraminidase cleaves before a Sialic Acid (Sialic Acid and anything after leaves the protein) Beta-galactosidase cleaves after a Galactose (Galactose and anything before remains on the protein) Peanut Agglutinin binds to GalNAc Concanavalin A binds to Mannose Hemagglutinin binds to Sialic Acid Based on preliminary results, they suspect that the oligosaccharide is 7 glycosides long and weighs a total of 1414 g/mol They carried out the following experiments: they treated the protein with either a glycosidase or a lectin, and then pelleted the protein using…

Suppose that the amount of Guanine is 20% of the nucleotides in a single strand of DNA. If RNA is made from this single strand of DNA, what would be the percentage of Uracil in the complementary strand of RNA?Stepwise please

New anti-cancer agents are being developed that target fatty acid synthase (FASN) due to a requirement for lipid synthesis to promote tumor cell replication. Describe why an enzyme inhibitor targeted to the following sites would or would not work to inhibit lipid synthesis.  Explain your answer.  If you’re not sure whether it will work, make an argument for and against it working. ACP site on FASN The dimer interface between monomers of FASN Targeting FASN to mitochondrial matrix