Origin and development of optical activity of organic compounds on the primordial earth
Optically active organic compounds origin on primordial earth, emphasizing role of asymmetric catalyst
Harada, K.↗
Engineering topics
Harada, K.
Publications and source records attributed to Harada, K..
Asymmetric hydrogenation using modified cellulose-palladium catalysts
Cellulose ion exchanger palladium catalysts preparation and applications in asymmetric hydrogenation reactions
Harada, K.↗
Additions to the azomethine group
Addition and hydrogenation reactions of azomethines in chemistry of carbon-nitrogen bond, emphasizing Schiff bases
Harada, K.↗
Analyses for amino acids in lunar fines
Amino acids analysis of Apollo 11 lunar fines by hydrolysis of aqueous extracts
Fox, S. W.↗
Methods for producing octadecatonic anhydropolymers of amino acids
Octadecatonic anhydropolymers of amino acids, describing production by thermal condensation, heteropolymerization and panpolymerization
Fox, S. W.↗
On the sterically controlled syntheses of dipeptides and their stereochemical courses
Stereochemical course of sterically controlled syntheses of dipeptides, using optically active amino acids
Harada, K.↗
Asymmetric hydrogenation using modified ion exchange resin-palladium catalysts
Benzoylformic and alpha-acetamidoacrylic acid hydrogenation, using modified ion exchange resin- palladium catalysts
Harada, K.↗
A temperature effect in an asymmetric synthesis by hydrogenolytic asymmetric transamination
Asymmetric synthesis of alanine by hydrogenolytic asymmetric transamination, noting temperature effect
Harada, K.↗
On the Erlenmeyer reaction. II
Synthetic and conversion reactions results showing phenylserine and DHEA equilibrium systems in Erlenmeyer reaction
Harada, K.↗
Solvent effect in a sterically controlled synthesis of optically active alpha-amino acids from alpha-keto acids by hydrogenolytic asymmetric transamination.
Solvent effect in catalytic hydrogenation reaction of Schiff bases of alpha-keto acids with optically active alpha-alkylbenzylamine
Harada, K.↗
Synthesis of optically active alanine from oxaloacetic acid by hydrogenolytic asymmetric transamination.
Optically active alanine synthesis from oxaloaceti acid by hydrogenolytic asymmetric transamination, noting role of decarboxylation
Harada, K.↗
Optical resolution of DL-aspartic acid copper complex by the use of biopolymers.
Partial optical resolution of DL-aspartic acid copper complex from supersaturated solution by seeding with biopolymers
Harada, K.↗
Sterically controlled syntheses of optically active alpha-amino acids from alpha-keto acids by reductive amination.
Sterically controlled synthesis of optically active alpha-amino acids from alpha-keto acids by reductive amination
CHEMICAL REACTION↗
Syntheses of optically active alpha-amino acids from alpha-keto acids by hydrogenolytic asymmetric transamination.
Optically active alpha amino acids synthesized from alpha keto acids by hydrogenolytic asymmetric transamination
CHEMICAL REACTION↗
Formation of amino-acids by thermal decomposition of formamide - Oligomerization of hydrogen cyanide.
Amino acid formation by formamide thermal decomposition, noting support for hydrogen cyanide oligomerization hypothesis
HYDROGEN CYANIDE↗
On the reactions of carbonyl compounds with N-salicylideneglycinatoaquocopper /II/ - Syntheses of beta-hydroxy alpha-amino acid from glycine.
Carbonyl compounds reaction with N- salicylideneglycinatoaquocopper /II/ syntheses of beta-hydroxy alpha-amino acid from glycine
CARBONYL↗
The Synthesis, Resolution and Configuration of Beta-hydroxyvaline
Synthesis, resolution, and configuration of alpha-hydroxyvaline
RESOLUTION↗
Stereoselective Synthesis of Optically Active Aspartic Acid from Derivatives of Fumaric Acid and Maleic Acid
Stereoselective synthesis of optically active aspartic acid from derivatives of fumaric acid and maleic acid
ASPARTIC ACID↗