<p>(<i>A</i>) Dye release measured for LUVs (5 µM lipid) at different monomer equivalent concentrations of β<sub>2</sub>m. (<i>B</i>) Dye release measured for varying lipid equivalent concentrations of LUVs at 6 µM monomer equivalent concentration of β<sub>2</sub>m. (<i>C</i>) Dye release from LUVs (5 µM lipid) comprising 36 POPC: 20 POPE: 7 SM (mol/mol), 12 mol % BMP plus varying concentrations of cholesterol at 6 µM monomer equivalent concentration of β<sub>2</sub>m. Dye release was measured 10 min after addition β<sub>2</sub>m monomer (<i>circle, blue</i>), fragmented fibrils (<i>square, red</i>) and unfragmented fibrils (<i>triangle, green</i>) in <i>Assay Buffer</i> pH 4.5, 37°C. Error bars represent 1 S.D. from three replicates. Open ...
<p>Error bars represent standard error between three biological replicates (* p<0.05 with respect to...
Exposure: hypertension, outcome: sd LDL particles; (B)Exposure: hypertension, outcome: sd LDL choles...
<p>a) HS-AFM frames of the time-course of LLO membrane disruption as function of different membrane ...
<p>Dye release from LUVs (5 µM lipid) comprising of (<i>A</i>) 75 mol % POPC: 25 mol % cholesterol a...
<p>The ratio of % dye release per membrane interaction detected via a change in tryptophan quenching...
<p><i>K<sub>SV</sub></i> for 6 µM monomer equivalent concentration β<sub>2</sub>m monomer, fragmente...
<p>Liposome dye release assay using a model lipid membrane formed from 80% (w/w) phosphatidylcholine...
<p>(A) Fluorescence photobleaching images as a function of time for lipid assemblies formed onto cys...
Top, schematic representation of the changes in Lo/Ld character ratio depending on the saturation of...
Intravenous lipid emulsions are used ubiquitously through the medical field as a source of parentera...
<p>(A) DPPC:DSPE-PEG:cholesterol:SA-V3 = 55∶2∶15:Y<sub>1</sub> (Y<sub>1</sub> = 0.28, 0.41, or 0.55)...
Carboxyfluorescein is the most commonly used probe to measure the rate of release of vesicle content...
*<p>p<0.05 vs Lipids. LDL deposition was examined by transected surface scan by CFM.</p
<p>The molar ratio of total lipid to protein are indicated. (A) POPC/POPS/NBD-PS (molar ratio 80/19....
<p>Intensities of released fluorescent dye from liposome plotted against concentration of bovine <i>...
<p>Error bars represent standard error between three biological replicates (* p<0.05 with respect to...
Exposure: hypertension, outcome: sd LDL particles; (B)Exposure: hypertension, outcome: sd LDL choles...
<p>a) HS-AFM frames of the time-course of LLO membrane disruption as function of different membrane ...
<p>Dye release from LUVs (5 µM lipid) comprising of (<i>A</i>) 75 mol % POPC: 25 mol % cholesterol a...
<p>The ratio of % dye release per membrane interaction detected via a change in tryptophan quenching...
<p><i>K<sub>SV</sub></i> for 6 µM monomer equivalent concentration β<sub>2</sub>m monomer, fragmente...
<p>Liposome dye release assay using a model lipid membrane formed from 80% (w/w) phosphatidylcholine...
<p>(A) Fluorescence photobleaching images as a function of time for lipid assemblies formed onto cys...
Top, schematic representation of the changes in Lo/Ld character ratio depending on the saturation of...
Intravenous lipid emulsions are used ubiquitously through the medical field as a source of parentera...
<p>(A) DPPC:DSPE-PEG:cholesterol:SA-V3 = 55∶2∶15:Y<sub>1</sub> (Y<sub>1</sub> = 0.28, 0.41, or 0.55)...
Carboxyfluorescein is the most commonly used probe to measure the rate of release of vesicle content...
*<p>p<0.05 vs Lipids. LDL deposition was examined by transected surface scan by CFM.</p
<p>The molar ratio of total lipid to protein are indicated. (A) POPC/POPS/NBD-PS (molar ratio 80/19....
<p>Intensities of released fluorescent dye from liposome plotted against concentration of bovine <i>...
<p>Error bars represent standard error between three biological replicates (* p<0.05 with respect to...
Exposure: hypertension, outcome: sd LDL particles; (B)Exposure: hypertension, outcome: sd LDL choles...
<p>a) HS-AFM frames of the time-course of LLO membrane disruption as function of different membrane ...