Membranes


N.B.: If you use the following files in your work, please cite the primary source. (see Description field)

Name:soybean hypocotyl plasma membrane
Lipids: DIPC, SITO, PIPE, PIPC, PIPI, STIG, IWPE
Forcefield: charmm36
Software:Namd 2
Files: LIM6_soybean_hypocotyl_plasma_membrane.pdb, LIM6_soybean_hypocotyl_plasma_membrane.txt
Parameters and other files
supplementary/
supplementary/hypo1-150ns.crd
supplementary/hypo1.xplor_ext.psf
supplementary/hypo1.psf
supplementary/README
supplementary/hypo1-150ns.pdb
Simulation files
Number:200 lipids
Temperature:303 °K
Equilibration:150 ns
Tags:plasma membrane, plant, soybean, hypocotyl
Proteins:
Description:

Primary source: http://terpconnect.umd.edu/~jbklauda/memb.html

DLIPC, DLIPE, DLIPI, LLPA, LLPC, LLPE, LLPS, PLPA, PLPC, PLPE and PLPI residues have been renamed DIPC, DIPE, DIPI, IWPA, IWPC, IWPE, IWPS, PIPA, PIPC, PIPE and PIPI, respectively.

References: Zhuang2017 The Journal of Chemical Physics, 146. Simulations of simple linoleic acid-containing lipid membranes and models for the soybean plasma membranes
Composition:
Upper leaflet 1
33 DIPC (Klauda2010) ( 33.0%)
21 SITO (Lim2012) ( 21.0%)
13 PIPE (Klauda2010) ( 13.0%)
12 PIPC (Klauda2010) ( 12.0%)
9 PIPI (Wu2014) ( 9.0%)
7 STIG (Lim2012) ( 7.0%)
5 IWPE (Klauda2010) ( 5.0%)
Lower leaflet 1
33 DIPC (Klauda2010) ( 33.0%)
21 SITO (Lim2012) ( 21.0%)
13 PIPE (Klauda2010) ( 13.0%)
12 PIPC (Klauda2010) ( 12.0%)
9 PIPI (Wu2014) ( 9.0%)
7 STIG (Lim2012) ( 7.0%)
5 IWPE (Klauda2010) ( 5.0%)
Curator: Jean-Marc Crowet on Dec. 10, 2020

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