lipidated

lipidated proteins play crucial roles in cell membrane structure and function.

the lipidated compound showed significantly enhanced bioavailability compared to the unmodified version.

researchers developed a lipidated peptide vaccine that stimulates strong immune responses.

lipidation improves the membrane association and cellular uptake of therapeutic proteins.

the lipidated form of the drug has a longer half-life and sustained release profile.

lipidated lipopeptides are important immune modulators used in vaccine adjuvants.

studies show that lipidated nanoparticles significantly improve drug delivery to target tissues.

the enzyme facilitates the lipidated modification of proteins through post-translational processing.

lipidated compounds can cross biological membranes more easily due to their hydrophobic nature.

a lipidated version of the hormone was synthesized to enhance its stability in vivo.

lipidated peptides are widely used in modern vaccine development strategies.

the lipidated drug demonstrated improved pharmacokinetics and enhanced therapeutic efficacy.