 In  ternary mixtures containing polyunsaturated fatty acids , the presence of a single receptor did not significantly affect the likelihood of domain formation , and nAChR partitioned to the cholesterol-poor liquid-disordered domain whenever one was present. This was independent of whether the \l_{do domain lipids had PC or PE headgroups , but saturated lipids with PE headgroups were less depleted from the boundary than those with PC headgroups . Enrichment of unsaturated phospholipids among boundary lipids was positively correlated with their propensity for demixing from cholesterol-rich phases.
<clarity>  In  ternary mixtures containing polyunsaturated fatty acids , the presence of a single receptor did not significantly affect the likelihood of domain formation , and nAChR partitioned to the cholesterol-poor liquid-disordered domain whenever one was present. This was independent of whether the \l_{do domain lipids had PC or PE headgroups , but saturated lipids with PE headgroups were less depleted from the boundary than those with PC headgroups . Enrichment of unsaturated phospholipids among boundary lipids was positively correlated with their propensity for demixing from cholesterol-rich phases.
 In ternary mixtures containing polyunsaturated fatty acids , the presence of a single receptor did not significantly affect the likelihood of domain formation , and nAChR partitioned to the cholesterol-poor l_{do of whether the \l_{do domain lipids had PC or PE headgroups , but saturated lipids with PE headgroups were less depleted from the boundary than those with PC headgroups . Enrichment of unsaturated phospholipids among boundary lipids was positively correlated with their propensity for demixing from cholesterol-rich phases.