Abstract. Pathways have been disclosed in the past decade, which support the possibility that α-amino acids could have contributed to self-organization processes leading to the emergence of life. It is proposed that the systems chemistry of these simple building blocks may have led to features of self-organization through the realization of protometabolisms based on unidirectional loops involving both peptide formation and breakdown and additional feedback processes. Potential peptide activating agents have been identified. Scenarios of peptide elongation are proposed to account for peptide elongation both at the N-terminus and the C-terminus and new indications that these processes could be involved in symmetry breaking have been provided....
The conditions that led to the formation of the first organisms and the ways that life originates fr...
The formation of polypeptides on the early Earth has been a long-standing problem in the field of pr...
One of the most intriguing questions in biological science is how life originated on Earth. A large ...
Pathways have been disclosed in the past decade, which support the possibility that α-amino acids co...
WOS:000342571200019International audiencePathways have been disclosed in the past decade, which supp...
ANR PeptiSystemLife on Earth constitutes a historical process that developed by complexification sta...
International audiencea-Amino acids are easily accessible through abiotic processes and were likely ...
Based on a new model of a possible origin of life, we propose an efficient and stable system undergo...
The prebiotic emergence of molecules capable of both self-replication and of storing information was...
The thesis addresses several issues in prebiotic chemistry in the context of the origins of life thr...
Condensation of amino acids to peptides is an important step during the origin of life. However, up ...
The processes by which the first self-replicating systems arose through different stages from a mili...
International audienceFrom an origin-of-life perspective, processes able to provide energy to feed s...
Symposium F, session 32, paper number F32-0006-10 (Oral)International audienceIn this contribution, ...
The conditions that led to the formation of the first organisms and the ways that life originates fr...
The formation of polypeptides on the early Earth has been a long-standing problem in the field of pr...
One of the most intriguing questions in biological science is how life originated on Earth. A large ...
Pathways have been disclosed in the past decade, which support the possibility that α-amino acids co...
WOS:000342571200019International audiencePathways have been disclosed in the past decade, which supp...
ANR PeptiSystemLife on Earth constitutes a historical process that developed by complexification sta...
International audiencea-Amino acids are easily accessible through abiotic processes and were likely ...
Based on a new model of a possible origin of life, we propose an efficient and stable system undergo...
The prebiotic emergence of molecules capable of both self-replication and of storing information was...
The thesis addresses several issues in prebiotic chemistry in the context of the origins of life thr...
Condensation of amino acids to peptides is an important step during the origin of life. However, up ...
The processes by which the first self-replicating systems arose through different stages from a mili...
International audienceFrom an origin-of-life perspective, processes able to provide energy to feed s...
Symposium F, session 32, paper number F32-0006-10 (Oral)International audienceIn this contribution, ...
The conditions that led to the formation of the first organisms and the ways that life originates fr...
The formation of polypeptides on the early Earth has been a long-standing problem in the field of pr...
One of the most intriguing questions in biological science is how life originated on Earth. A large ...