Physics of Self -Assembly of Lyotropic Liquid Crystals - Self-Assembled Supramolecular Architectures: Lyotropic Liquid Crystals - page 19

Leibler , L. ( 1980 ). Theory of microphase sepration in block copolymers . Macromole-
cules , 13 , 1602 - 1617 .
Luzzati , V. , and Husson , F. ( 1962 ). Structure of liquid crystalline phase of lipid - water
systems . Journal of Cell Biology , 12 , 207 - 219 .
Marrink , S. J. , and Tieleman , D. P. ( 2001 ). Molecular dynamics simulation of a lipid
diamond cubic phase. Journal of American Chemical Society , 123 , 12383 - 12391 .
Marrink , S. J. , and Tieleman , D. P. ( 2002 ). Molecular dynamics simulation of spontane-
ous membrane fusion during a cubic-hexagonal phase transition. Biophysical
Journal , 83 , 2386 - 2392 .
Matsen , M. W. ( 1995a ). Phase behaviour of block copolymer homopolymer blends .
Macromolecules , 28 , 5765 - 5773 .
Matsen , M. W. ( 1995b ). Stabilizing new morphologies by blending homopolymer with
block copolymer. Physical Review Letters , 74 , 4225 - 4228 .
Matsen , M. W. , and Bates , F. S. ( 1996 ). Unifying weak - and strong - segregation block
copolymer theories. Macromolecules , 29 , 1091 - 1098 .
Matsen , M. W. , and Schick , M. ( 1994 ). Stable and unstable phases of a diblock copoly-
mer melt. Physical Review Letters , 72 , 2660 - 2663 .
Matsuyama , A. , and Tanaka , F. ( 1990 ). Theory of solvation - induced reentrant phase
separation in polymer solutions. Physical Review Letters , 65 , 341 - 344 .
Mezzenga , R. , Schurtenberger , P. , Burbidge , A. , and Michel , M. ( 2005a ). Understanding
foods as soft materials. Nature Materials , 4 , 729 - 740 .
Mezzenga , R. , Meyer , C. , Servais , C. , Romoscanu , A. I. , Sagalowicz , L. , and Hayward ,
R. C. (2005b). Shear rheology of lyotropic liquid crystals: A case study. Langmuir ,
21 , 3322 - 3333 .
Mezzenga , R. , Grigorov , M. , Zhang , Z. , Servais , C. , Sagalowicz , L. , Romoscanu , A. I. ,
Khanna , V. , and Meyer , C. ( 2005c ). Polysaccharide - induced order - to - order transi-
tions in lyotropic liquid crystals. Langmuir , 21 , 6165 - 6169 .
Mezzenga , R. , Lee , W. B. , and Fredrickson , G. H. ( 2006 ). Design of liquid - crystalline
foods via fi eld theoretic simulations. Trends in Food Science Technology , 17 ,

220 - 226 .
Mohammady , S. Z. , Pouzot , M. , and Mezzenga , R. ( 2009 ). Oleoylethanolamide - based
lyotropic liquid crystals as vehicles for delivery of amino acids in aqueous environ-
ment . Biophysical Journal , 96 , 1537 - 1546 .
Mulet , X. , Gong , X. , Waddington , L. J. , and Drummond , C. J. ( 2009 ). Observing self -
assembled lipid nanoparticles building order and complexity through low-energy
transformation processes. ACS Nano , 3 , 2789 - 2797 .
Muller , M. , and Schick , M. ( 1998 ). Calculation of the phase behavior of lipids . Physical
Review E , 57 , 6973 - 6978 .
Qiu , H. , and Caffrey , M. ( 2000 ). The phase diagram of the monoolein/water system:
Metastability and equilibrium aspects. Biomaterials , 21 , 223 - 234 .
Siegel , D. P. ( 1999 ). The modifi ed stalk mechanism of lamellar/inverted phase tran-
sitions and its implications for membrane fusion. Biophysical Journal , 76 , 291 -
313 .
Siegel , D. P. , and Epand , R. M. ( 1997 ). The mechanism of lamellar - to - inverted hexago-
nal phase transitions in phosphatidylethanolamine: Implications for membrane
fusion mechanisms. Biophysical Journal , 73 , 3089 - 3111 .