In this perspective article, I discuss whether and how solid surfaces could have played a key role in the formation of membranous primitive cells on the early Earth. I argue why surface energy could have been used by prebiotic amphiphile assemblies for unique morphological transformations, and present recent experimental findings showing the surface-dependent formation and behavior of sophisticated lipid membrane structures. Finally, I discuss the possible unique contributions of such surface-adhered architectures to the transition from prebiotic matter to living systems
Cellular compartments are membrane-enclosed, spatially distinct microenvironments that confine and p...
Compartmentalisation by bioenergetic membranes is a universal feature of life. The eventual compartm...
Popular hypotheses that attempt to explain the origin of prebiotic molecules and cellular life capab...
In this perspective article, I discuss whether and how solid surfaces could have played a key role i...
By enabling formation and development of primitive cells, also known as protocells, solid surfaces m...
How primitive cells emerged and developed on the early Earth remain an unsolved question. In contras...
Prominent among the models for protocells is the spherical biosurfactant shell, freely suspended in ...
International audienceSystems consisting of mineral surfaces, water, salts and organic molecules are...
In this brief review, we summarize the most influential scenarios in origins-of-life studies that ha...
At some point in early evolution, life became cellular. Assuming that this step was required for the...
What were the physico-chemical forces that drove the origins of life? We discuss four major prebioti...
Compartmentalisation by bioenergetic membranes is a universal feature of life. The eventual compartm...
An increasing body of evidence relates the wide range of benefits mineral surfaces offer for the dev...
An increasing body of evidence relates the wide range of benefits mineral surfaces offer for the dev...
An increasing body of evidence relates the wide range of benefits mineral surfaces offer for the dev...
Cellular compartments are membrane-enclosed, spatially distinct microenvironments that confine and p...
Compartmentalisation by bioenergetic membranes is a universal feature of life. The eventual compartm...
Popular hypotheses that attempt to explain the origin of prebiotic molecules and cellular life capab...
In this perspective article, I discuss whether and how solid surfaces could have played a key role i...
By enabling formation and development of primitive cells, also known as protocells, solid surfaces m...
How primitive cells emerged and developed on the early Earth remain an unsolved question. In contras...
Prominent among the models for protocells is the spherical biosurfactant shell, freely suspended in ...
International audienceSystems consisting of mineral surfaces, water, salts and organic molecules are...
In this brief review, we summarize the most influential scenarios in origins-of-life studies that ha...
At some point in early evolution, life became cellular. Assuming that this step was required for the...
What were the physico-chemical forces that drove the origins of life? We discuss four major prebioti...
Compartmentalisation by bioenergetic membranes is a universal feature of life. The eventual compartm...
An increasing body of evidence relates the wide range of benefits mineral surfaces offer for the dev...
An increasing body of evidence relates the wide range of benefits mineral surfaces offer for the dev...
An increasing body of evidence relates the wide range of benefits mineral surfaces offer for the dev...
Cellular compartments are membrane-enclosed, spatially distinct microenvironments that confine and p...
Compartmentalisation by bioenergetic membranes is a universal feature of life. The eventual compartm...
Popular hypotheses that attempt to explain the origin of prebiotic molecules and cellular life capab...