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Early History of the Recognition of Molecular Biochirality, by Joseph Gal, Pedro Cintas
Synthesis and Chirality of Amino Acids Under Interstellar Conditions, by Chaitanya Giri, Fred Goesmann, Cornelia Meinert, Amanda C. Evans, Uwe J. Meierhenrich
Chemical and Physical Models for the Emergence of Biological Homochirality, by son E. Hein, Dragos Gherase, Donna G. Blackmond
Biomolecules at Interfaces: Chiral, Naturally, by Arántzazu González-Campo and David B. Amabilino
Stochastic Mirror Symmetry Breaking: Theoretical Models and Simulation of Experiments, by Celia Blanco, David Hochberg
Self-Assembly of Dendritic Dipeptides as a Model of Chiral Selection in Primitive Biological Systems, by Brad M. Rosen, Cécile Roche, Virgil Percec
Chirality and Protein Biosynthesis, by Sindrila Dutta Banik, Nilashis Nandi
List of contents
Early History of the Recognition of Molecular Biochirality, by J. Gal P. Cintas .- Synthesis and Chirality of Amino Acids Under Interstellar Conditions, by C. Giri, F. Goesmann, C. Meinert A. C. Evans U. J. Meierhenrich .- Chemical and Physical Models for the Emergence of Biological Homochirality, by J. E. Hein, D. Gherase, Donna G. Blackmond .- Biomolecules at Interfaces: Chiral, Naturally, by A. González-Campo, D. B. Amabilino .- Stochastic Mirror Symmetry Breaking: Theoretical Models and Simulation of Experiments, by C. Blanco, D. Hochberg.- Self-Assembly of Dendritic Dipeptides as a Model of Chiral Selection in Primitive Biological Systems, by B. M. Rosen, C. Roche, V. Percec.- Chirality and Protein Biosynthesis, by S. Dutta Banik, N. Nandi.
Summary
Early History of the Recognition of Molecular Biochirality, by Joseph Gal, Pedro Cintas
Synthesis and Chirality of Amino Acids Under Interstellar Conditions, by Chaitanya Giri, Fred Goesmann, Cornelia Meinert, Amanda C. Evans, Uwe J. Meierhenrich
Chemical and Physical Models for the Emergence of Biological Homochirality, by son E. Hein, Dragos Gherase, Donna G. Blackmond
Biomolecules at Interfaces: Chiral, Naturally, by Arántzazu González-Campo and David B. Amabilino
Stochastic Mirror Symmetry Breaking: Theoretical Models and Simulation of Experiments, by Celia Blanco, David Hochberg
Self-Assembly of Dendritic Dipeptides as a Model of Chiral Selection in Primitive Biological Systems, by Brad M. Rosen, Cécile Roche, Virgil Percec
Chirality and Protein Biosynthesis, by Sindrila Dutta Banik, Nilashis Nandi
Additional text
From the reviews:
“This collection of seven chapters is a good overview of various aspects of chiral asymmetry, its origins and propagation, and its relationship to biomolecular asymmetry. … The readers will find this book thought-provoking.” (Dilip Kondepudi, Chirality, Issue 7, June, 2014)
“It constitutes a step forward from previous books on the subject by covering the origin and evolution of chirality through different scales and approaches. … The book benefits from many colour illustrations, together with comprehensive lists of references at the end of each chapter that will be very helpful for further detailed study of the various topics. … I strongly recommend it to the intended readership of graduate students and researchers in academia and industry.” (Laurence D. Barron, Origins of Life and Evolution of Biospheres, February, 2014)
Report
From the reviews:
"This collection of seven chapters is a good overview of various aspects of chiral asymmetry, its origins and propagation, and its relationship to biomolecular asymmetry. ... The readers will find this book thought-provoking." (Dilip Kondepudi, Chirality, Issue 7, June, 2014)
"It constitutes a step forward from previous books on the subject by covering the origin and evolution of chirality through different scales and approaches. ... The book benefits from many colour illustrations, together with comprehensive lists of references at the end of each chapter that will be very helpful for further detailed study of the various topics. ... I strongly recommend it to the intended readership of graduate students and researchers in academia and industry." (Laurence D. Barron, Origins of Life and Evolution of Biospheres, February, 2014)
