… Abstract – With 22 carbons and 6 double bonds docosahexaenoic acid (DHA) is the longest
and most unsaturated fatty acid commonly found in membranes. It represents the extreme …

… acyl chains of PC lipids tune the size of lipid rafts, which has potential implications for
signaling networks that rely on the compartmentalization of proteins within and outside of rafts. …

… These domains are compositionally and organizationally the antithesis of lipid rafts, the …
-rich domains into the plasma membrane where they coexist with lipid rafts is the origin, in part, …

… lipid composition in lipid rafts and membrane subdomain distribution of interleukin-2 (IL-2)
receptor signaling molecules. We found that DHA altered lipid components of rafts … lipid rafts. …

… -lipid raft biophysical liposome model at a cellular level. We measured the effects of oleic
acid (OA), the (n-3) PUFA eicosapentaenoic acid (EPA), and DHA treatment on EL4 cell raft …

… In addition, our results demonstrate that lipid rafts exhibit a lipid composition that is distinct
from that seen in isolated bulk membrane fractions (Tables I and II). This is likely to contribute …

… lipid rafts through modifications by fatty acids allowing them to tether ( 32 ), and interestingly,
DHA has also been shown to effect Ras localization to the plasma membrane … in lipid rafts, …

… The lipid composition of caveolae is similar to that of lipid rafts, … lipid rafts and the initiating
factors in lipid raft assembly, 16 18 19 20 21 22 it is well accepted that caveolae and lipid rafts …

… alters the association of proteins with lipid rafts, we performed lipid raft purification. Caveolin-1
is a maker for lipid rafts, and its association with lipid raft fractions decreased in the DHA …

… the possible association of PLD enzymes with lipid rafts and to determine the mechanisms
… location of PLD isoforms inside or outside lipid rafts might be altered under the influence of …