School of Mechanical and Aerospace Engineering (MAE)

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1,101 to 1,110 of 1,217 Results

energies_pep-mem_strain0_run3.xvg Dec 16, 2021 - Related data for: Role of membrane stretch in adsorption of antiviral peptides onto lipid membranes and membrane pore formation Unknown - 18.0 KB - MD5: 19ef0fb14e188a184e707df58b2bae37 XMGrace file containing data for AH peptide-membrane interaction energies vs time for 3rd simulation with un-stretched membrane. Figure S2a of paper.
energies_pep-mem_strain10_run1.xvg Dec 16, 2021 - Related data for: Role of membrane stretch in adsorption of antiviral peptides onto lipid membranes and membrane pore formation Unknown - 19.6 KB - MD5: 73ad95ebc41c1df07e885ea31d40f52e XMGrace file containing data for AH peptide-membrane interaction energies vs time for 1st simulation with membrane at area strain of 10%. Figure S2b of paper.
energies_pep-mem_strain10_run2.xvg Dec 16, 2021 - Related data for: Role of membrane stretch in adsorption of antiviral peptides onto lipid membranes and membrane pore formation Unknown - 19.2 KB - MD5: c48e3067bdcf8d4c605f63899a9bf898 XMGrace file containing data for AH peptide-membrane interaction energies vs time for 2nd simulation with membrane at area strain of 10%. Figure S2b of paper.
energies_pep-mem_strain10_run3.xvg Dec 16, 2021 - Related data for: Role of membrane stretch in adsorption of antiviral peptides onto lipid membranes and membrane pore formation Unknown - 18.3 KB - MD5: 988cec5e8a74680e760ad3b5845e952d XMGrace file containing data for AH peptide-membrane interaction energies vs time for 3rd simulation with membrane at area strain of 10%. Figure S2b of paper.
mindist_pep-mem_3runs_stretched.xvg Dec 16, 2021 - Related data for: Role of membrane stretch in adsorption of antiviral peptides onto lipid membranes and membrane pore formation Unknown - 24.6 KB - MD5: 9ced87a7e754a543c2c100900c77f3cb XMGrace file containing data for the minimum peptide-membrane distance with time for stretched membrane. Figure 2d of paper.
mindist_pep-mem_3runs_unstretched.xvg Dec 16, 2021 - Related data for: Role of membrane stretch in adsorption of antiviral peptides onto lipid membranes and membrane pore formation Unknown - 24.5 KB - MD5: 2c110bcbdc1ad8298dfbe1955752469d XMGrace file containing data for the minimum peptide-membrane distance with time for unstretched membrane. Figure 2c of paper.
Area_fraction_of_stalks_vs_hydration_DG-MG.xvg Dec 16, 2021 - Related Data for: Chloroplast membrane lipid remodeling protects against dehydration by limiting membrane fusion and distortion Unknown - 15.3 KB - MD5: e5baf05568f79c9978820f0ddfd83ce4 XMGrace file containing data for area fraction of stalks vs hydration level for MGDG-containing and DGDG-containing systems. Figure 3C of paper.
Av_Mem_Area_vs_hydration_DG-MG.xvg Dec 16, 2021 - Related Data for: Chloroplast membrane lipid remodeling protects against dehydration by limiting membrane fusion and distortion Unknown - 11.3 KB - MD5: 7a5731b2d82e3b37aec1bdd3a18041e8 XMGrace file containing data for averaged membrane area vs hydration for MGDG-containing and DGDG-containing systems. Figure 4C of paper.
Critical_thickness_model-vs_simulation_DG-MG.xvg Dec 16, 2021 - Related Data for: Chloroplast membrane lipid remodeling protects against dehydration by limiting membrane fusion and distortion Unknown - 16.8 KB - MD5: 47aa67f5227a975b12a3cf0e61c89c1a XMGrace file containing data for estimations of critical membrane thickness from model and simulation data for MGDG-containing and DGDG-containing systems. Figure 4D of paper.
frac_DG_upper_bilayer_vs_time.xvg Dec 16, 2021 - Related Data for: Chloroplast membrane lipid remodeling protects against dehydration by limiting membrane fusion and distortion Unknown - 22.7 KB - MD5: bac791eb76a36d46f694147a7081118d XMGrace file containing data for the fraction of DGDG in the upper (apposed) bilayer vs time via fusion stalks. Figure S5B of paper.

energies_pep-mem_strain0_run3.xvg

Dec 16, 2021 - Related data for: Role of membrane stretch in adsorption of antiviral peptides onto lipid membranes and membrane pore formation

Unknown - 18.0 KB -

XMGrace file containing data for AH peptide-membrane interaction energies vs time for 3rd simulation with un-stretched membrane. Figure S2a of paper.

energies_pep-mem_strain10_run1.xvg

Dec 16, 2021 - Related data for: Role of membrane stretch in adsorption of antiviral peptides onto lipid membranes and membrane pore formation

Unknown - 19.6 KB -

XMGrace file containing data for AH peptide-membrane interaction energies vs time for 1st simulation with membrane at area strain of 10%. Figure S2b of paper.

energies_pep-mem_strain10_run2.xvg

Dec 16, 2021 - Related data for: Role of membrane stretch in adsorption of antiviral peptides onto lipid membranes and membrane pore formation

Unknown - 19.2 KB -

XMGrace file containing data for AH peptide-membrane interaction energies vs time for 2nd simulation with membrane at area strain of 10%. Figure S2b of paper.

energies_pep-mem_strain10_run3.xvg

Dec 16, 2021 - Related data for: Role of membrane stretch in adsorption of antiviral peptides onto lipid membranes and membrane pore formation

Unknown - 18.3 KB -

XMGrace file containing data for AH peptide-membrane interaction energies vs time for 3rd simulation with membrane at area strain of 10%. Figure S2b of paper.

mindist_pep-mem_3runs_stretched.xvg

Dec 16, 2021 - Related data for: Role of membrane stretch in adsorption of antiviral peptides onto lipid membranes and membrane pore formation

Unknown - 24.6 KB -

XMGrace file containing data for the minimum peptide-membrane distance with time for stretched membrane. Figure 2d of paper.

mindist_pep-mem_3runs_unstretched.xvg

Dec 16, 2021 - Related data for: Role of membrane stretch in adsorption of antiviral peptides onto lipid membranes and membrane pore formation

Unknown - 24.5 KB -

XMGrace file containing data for the minimum peptide-membrane distance with time for unstretched membrane. Figure 2c of paper.

Area_fraction_of_stalks_vs_hydration_DG-MG.xvg

Dec 16, 2021 - Related Data for: Chloroplast membrane lipid remodeling protects against dehydration by limiting membrane fusion and distortion

Unknown - 15.3 KB -

XMGrace file containing data for area fraction of stalks vs hydration level for MGDG-containing and DGDG-containing systems. Figure 3C of paper.

Av_Mem_Area_vs_hydration_DG-MG.xvg

Dec 16, 2021 - Related Data for: Chloroplast membrane lipid remodeling protects against dehydration by limiting membrane fusion and distortion

Unknown - 11.3 KB -

XMGrace file containing data for averaged membrane area vs hydration for MGDG-containing and DGDG-containing systems. Figure 4C of paper.

Critical_thickness_model-vs_simulation_DG-MG.xvg

Dec 16, 2021 - Related Data for: Chloroplast membrane lipid remodeling protects against dehydration by limiting membrane fusion and distortion

Unknown - 16.8 KB -

XMGrace file containing data for estimations of critical membrane thickness from model and simulation data for MGDG-containing and DGDG-containing systems. Figure 4D of paper.

frac_DG_upper_bilayer_vs_time.xvg

Dec 16, 2021 - Related Data for: Chloroplast membrane lipid remodeling protects against dehydration by limiting membrane fusion and distortion

Unknown - 22.7 KB -

XMGrace file containing data for the fraction of DGDG in the upper (apposed) bilayer vs time via fusion stalks. Figure S5B of paper.

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