Membranes


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

Name:yeast t2
Lipids: PYPI, DYPC, ERGO, POPI, YOPC, DYPE, YOPE, YOPS, YOPA
Forcefield: charmm36
Software:Namd 2
Files: LIM8_yeast_t2.pdb, LIM8_yeast_t2.txt
Parameters and other files
supplementary/
supplementary/t2-200ns.pdb
supplementary/t2.xplor.psf
supplementary/README
supplementary/t2.psf
Simulation files
Number:300 lipids
Temperature:303 °K
Equilibration:200 ns
Tags:saccharomyces cerevisiae, yeast, trans golgi network
Proteins:
Description:

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

ERG residues have been renamed ERGO.

References: Monje-Galvan2015 Biochemistry, 54. Modeling Yeast Organelle Membranes and How Lipid Diversity Influences Bilayer Properties
Composition:
Upper leaflet 1
42 PYPI (Wu2014) ( 28.0%)
40 DYPC (Klauda2010) ( 26.7%)
18 ERGO (Lim2012) ( 12.0%)
13 POPI (Wu2014) ( 8.7%)
12 YOPC (Klauda2010) ( 8.0%)
8 DYPE (Klauda2010) ( 5.3%)
8 YOPE (Klauda2010) ( 5.3%)
5 YOPS (Venable2013) ( 3.3%)
4 YOPA (Klauda2010) ( 2.7%)
Lower leaflet 1
42 PYPI (Wu2014) ( 28.0%)
40 DYPC (Klauda2010) ( 26.7%)
18 ERGO (Lim2012) ( 12.0%)
13 POPI (Wu2014) ( 8.7%)
12 YOPC (Klauda2010) ( 8.0%)
8 DYPE (Klauda2010) ( 5.3%)
8 YOPE (Klauda2010) ( 5.3%)
5 YOPS (Venable2013) ( 3.3%)
4 YOPA (Klauda2010) ( 2.7%)
Curator: Jean-Marc Crowet on Dec. 9, 2020

Comments

No comments yet