The Origin and Early Evolution of Life: Prebiotic Systems Chemistry Perspective (MDPI - Multidisciplinary Digital Publishing Institute, 2022)
Keywords: acetylene; ADE theory; aggregation process; amino acids; aminoacyl-tRNA synthetase classes; analogue conditions; astrobiology; astrochemistry; autocatalytic set; bending modulus; bilayer structure; Biology, life sciences; bistable reaction system; budding; cell division; chemical complexity; chemical evolution; chirogenesis; CHNOPS; codon assignment; cognition; comets; compartment; complex organic molecules; cyclic nucleotides; dimerization; division; dynamic kinetic stability; early Earth; early metabolism; emergence of biological systems; evolution; exoplanets; Fenton chemistry; FRET analysis; GC×GC-TOFMS; glucose oxidase; glycocodon theory; hot springs; hydrothermal conditions; interstellar medium; lipid; lipid membrane; Mars; Mathematics and Science; metabolism; metal ions; minerals; molecular dynamics; molecular ices; N-acyl amino acid; n/a; network expansion simulation; olivine; origin of genetic code; origin of life; origins of life; osmotic pressure; peptidyl-transferase center; polymerization; prebiotic chemical evolution; prebiotic chemistry; prebiotic membranes; primordial replicators; protein–monosaccharide interactions; protein–monosaccharide recognition; proto-metabolism; proto-ribosome; protoamphiphiles; protocell; protoplanetary disks; pseudo-symmetry; pyrophosphate; quartz; radiation damage; reduced phosphorus; Reference, Information and Interdisciplinary subjects; Research and information: general; ribozymes; ribozyviruses; RNA ligation; sample return; schreibersite; selection; serpentinite; solid interface; solid state; standard genetic codes; star forming regions; SymR; systems chemistry; temperature; template-directed RNA synthesis; thermodynamics; thiophene; time order of canonical amino acids; transition elements; transition metal sulfides; tRNA; ulexite