The condensation of the adenylates of the amino acids common to protein.
Adenylates condensation in protein-associated amino acids as clue to peptide bond synthesis within protocellular structures
Fox, S. W.↗
Engineering topics
Fox, S. W.
Publications and source records attributed to Fox, S. W..
Self-ordered polymers and propagative cell-like systems.
Origin of life data, discussing self ordered polymers, propagative cell-like systems, protenoids, cellular evolution, etc
Fox, S. W.↗
Catalytic activities of thermal polyanhydro- alpha-amino acids
Catalytic activities of thermal polyanhydro-alpha- amino acids for modeling enzymes and prebiotic protein
Fox, S. W.↗
Investigations in space-related biology, including molecular evolution and relevant aspects of the extraterrestrial environment Annual report
Summary data on space-related biology studies, including molecular evolution and extraterrestrial environment factors
Fox, S. W.↗
Could life originate now?
Abiogenesis, discussing hydrogen, oxygen, carbon, nitrogen and sulfur conversion into amino acids for simple organic compounds formation
Fox, S. W.↗
Self-assembly of the protocell from a self- ordered polymer.
Origin of life in terms of polymers synthesis under thermodynamic and geological conditions
Fox, S. W.↗
Melanocyte-stimulating hormone - Activity in thermal polymers of alpha-amino acids.
Melanocyte-stimulating hormone activity of thermal polymers of alpha amino acids, noting amino acid residues effect
Fox, S. W.↗
A new view of the ''synthesis of life.''
Experimental research concerned with origin of life, studying synthesis of precursor polymers and self assembly into protocells
Fox, S. W.↗
The thermal synthesis of neutral and basic proteinoids.
Acidic, neutral and basic proteinoids thermal synthesis, discussing characterization and tendency to form microparticles
Fox, S. W.↗
The binding of basic proteinoids with organismic or thermally synthesized polynucleotides.
Binding of lysine-rich proteinoids to organismic or thermally synthesized polynucleotides, noting polyanhydroamino acid interactions with polynucleotides
Fox, S. W.↗
Spontaneous generation, the origin of life, and self assembly.
Self assembly relation to origin of life and spontaneous generation applied to precellular polymers, biopolymers and cellular structures
Fox, S. W.↗
Abiotic polymerization and self-organization.
Cell origin in self organizing natural polymers in terms of molecular evolutionary priority of polynucleotides and poly alpha amino acids
Fox, S. W.↗
Neighboring N-carboxyalkyl group participation in the hydrolysis of phthalimide.
Hydrolysis of phthalimide ring with carboxylate group linked through alkyl group as anionic intramolecular catalyst
CARBOXYL GROUP↗
Copolymerization of the Leuchs anhydrides of the eighteen amino acids common to protein.
Simultaneous copolymerization of Leuchs anhydrides of 18 amino acids common to protein, discussing nutritional significance
NUTRITION↗
Radiation and the first biopolymers.
Protocell origin, discussing radiation effects on polymers, proteinoid properties and already synthesized polymer stability
POLYMER↗
Prospectus for chemical synthesis of proteinaceous foodstuffs
Chemical synthesis of protinaceous foodstuffs in application to long manned space flights
CHEMICAL REACTION↗
The catalytic activity of thermal polyanhydro- alpha-amino acids for the hydrolysis of p- nitrophenyl acetate - Catalysis by thermal polyamino acids.
Catalytic effect of thermal polyanhydro-alpha- amino acids on hydrolysis of p-nitrophenylacetate, noting role of histidine residues
CATALYTIC ACTIVITY↗
The inactivation of catalytically active thermal polyanhydro-alpha-amino acids.
Inactivation of thermal catalytically active polyanhydro-alpha-amino acids by heating in buffered solution, noting hydrolysis of cyclic imide bonds
AMINO ACID↗