D. Leussing

发表

Reaction of ferrous and ferric ions with 1,10-phenanthroline; kinetics of formation and dissociation of ferrous phenanthroline.

I. Kolthoff, T. Lee, D. Leussing, 1948, Journal of the American Chemical Society.

Reaction of Ferrous and Ferric Iron with 1,10-Phenanthroline. I. Dissociation Constants of Ferrous and Ferric Phenanthroline

I. Kolthoff, T. Lee, D. Leussing, 1948 .

Reaction of ethylenediamine and C,C,C',C'-tetramethylethylenediamine with glyoxylate in the presence and absence of zinc(II) or nickel(II)

D. Leussing, A. Hiltin, 1971 .

Metal Ion Catalysis in Transamination. IV. Nickel(II)-and Zinc(II)-Glyoxalate-Amino Acid Complexes1

D. Leussing, E. M. Hanna, 1966 .

A Nuclear Magnetic Resonance Study of Aqueous Pyruvate-Glycinate-Zinc(II) and Related Systems

D. Leussing, C. K. Stanfield, 1964 .

Kinetic properties of carboxypeptidase B in solutions and crystals.

B. Vallee, H. Neurath, G. Alter, 1977, Biochemistry.

Rate carbinolamine formation between pridoxal 5'-phospage and alanine.

D. Leussing, S. A. Hershey, 1977, Journal of the American Chemical Society.

Kinetic and equilibrium studies on the formation of zinc(II)-salicylaldehyde Schiff bases derived from ethylenediamine and 1,3-diaminopropane

D. Leussing, R. S. Mcquate, 1975 .

Schiff base complexesA numerical study of the nickelII—pyruvate—glycinate system using a high speed computer

D. Leussing, 1964 .

Influence of Acetate Buffers and Metal Ions on Ketonization Rates of Enolpyruvate: A Further Test of the Marcus Function.

B. Miller, D. Leussing, 1985 .

THE HEATS AND ENTROPIES OF FORMATION OF THE COPPER(II)—PYRIDINE COMPLEXES1a

P. K. Gallagher, D. Leussing, 1960 .

The Reactions of Nickel(II) with 1,2-Ethanedithiol1

D. Leussing, G. Alberts, 1960 .

Chlorophyll-ligand interactions from nuclear magnetic resonance studies

J. Katz, R. Dougherty, D. Leussing, 1968 .

The lewis acid-base concepts: an overview

D. Leussing, 1982 .

Polynuclear Complex Formation Between Nickel(II) and Mercaptoacetate Ions1

D. Leussing, R. E. Laramy, G. Alberts, 1960 .

Equilibrium and kinetic studies involving schiff base complexes: The zinc(II)-pyruvate-pyridoxamine phosphate system and the mechanism of Zn catalyzed transamination

W. Felty, D. Leussing, 1974 .

Equilibrium studies involving Schiff base complexes. The zinc(II)--pyridoxal phosphate-glycine and -alpha-alanine systems.

W. Felty, D. Leussing, C. Ekstrom, 1970, Journal of the American Chemical Society.

Kinetic and equilibrium studies of formation of N-salicylidene-glycinato complexes. The promnastic [matchmaker] effect of the divalent ions of magnesium, manganese, zinc, cadmium, and lead

D. Leussing, D. Hopgood, 1969 .

Kinetic study of the copper(II)-catalyzed enolization, ketonization, and decarboxylation of oxaloacetate

N. Raghavan, D. Leussing, 1976 .

N-Salicylideneglycinato complexes. Comparison with pyridoxal

D. Leussing, Kyu Sun. Bai, 1968 .

Kinetics of Formation of N-Pyruvylideneglycinatozinc (II)1

D. Leussing, C. K. Stanfield, 1966 .

Stabilities, rates of formation, and rates of transimination in aqueous solutions of some zinc(II)-Schiff base complexes derived from salicylaldehyde

D. Leussing, B. E. Leach, 1971 .

Pyridoxal-Glycinate Complexes with Some Divalent Metal Ions.

D. Leussing, N. Huq, 1966 .

The Solubility Product of Ferrous Hydroxide and the Ionization of the Aquo-Ferrous Ion

I. Kolthoff, D. Leussing, 1953 .

Iron—Thioglycolate Complexes

I. Kolthoff, D. Leussing, 1953 .

Transimination kinetics of pyridoxal 5'-phosphate Schiff bases

D. Leussing, S. Weng, 1983 .

Kinetics of carbon-13-labeled carbon monoxide exchange with 12CO in [HM3(CO)11]- and [DM3(CO)11]- (M = ruthenium, osmium): study of the effects of ion pairing and deuterium labeling on the exchange process and hydride activation

M. W. Payne, S. Shore, D. Leussing, 1991 .

Kinetics of 13CO exchange with 12CO in [HM3(12CO)11]- and [DM3(12CO)11]- (M = Ru or Os): relationship between exchange pathway and catalytic activity in the catalysis of the water-gas shift reaction

M. W. Payne, S. Shore, D. Leussing, 1987 .

The Copper(II)-Pyridine Complexes and their Reaction with Hydroxide Ions

D. Leussing, R. C. Hansen, 1957 .

Metal Ion Catalysis in Transamination. III. Nickel(II) and Zinc(II) Mixed Complexes Involving Pyruvate and Various Substituted Aliphatic Amino Acids1

D. Leussing, E. M. Hanna, 1966 .

Metal Ion Catalysis in Transamination. II. Pyruvate-Glycinate Equilibrium Systems with Some Divalent Metal Ions

D. Leussing, D. Shultz, 1964 .

Rapid formation of ternary complexes of copper(II) with serinate, histamine, and ethylenediamine

V. Sharma, D. Leussing, 1972 .

Pyruvate dimerization catalyzed by nickel(II) and zinc(II). II. Kinetics

D. Tallman, D. Leussing, 1969 .

Pyruvate dimerization catalyzed by nickel(II) and zinc(II). I. Equilibrium with nickel(II) and zinc(II)

D. Tallman, D. Leussing, 1969 .

Reaction of Ferrous and Ferric Iron with 1,10-Phenanthroline. IV. Application to Investigation of Zinc Phenanthroline Complexes

I. Kolthoff, T. Lee, D. Leussing, 1951 .

Polarography of Thioglycolic Acid

I. Kolthoff, D. Leussing, 1953 .

Reaction of Ferrous and Ferric Iron with 1,10-Phenanthroline. III. The Ferrous Monophenanthroline Complex and the Colorimetric Determination of Phenanthroline

I. Kolthoff, T. Lee, D. Leussing, 1950 .

The influence of amines on the rates of the Zn(II) catalyzed decarboxylation of oxaloacetate

N. Raghavan, D. Leussing, R. K. Steinhaus, 1977 .

The Stabilities and Absorption Spectra of Complexes of Some Divalent Metal Ions of the First Transition Series with the Thioglycolate Ion1

D. Leussing, 1958 .

The influence of HgII, CdII and Cl− on the formation and dissociation rates of FeNCS2+

D. Leussing, G. Higdon, 1976 .

A new reaction surface for concerted reactions: the metal ion catalyzed addition of enolpyruvate to pyruvate

Minserk Cheong, D. Leussing, 1989 .

Successful application of Marcus Theory to catalysis by labile metal ions

D. Leussing, 1998 .

A New Reaction Surface for Concerted Reactions: The Metal Ion Catalyzed Addition of Enolpyruvate to Pyruvate.

Minserk Cheong, D. Leussing, 1989 .

Reaction models for cooperative catalysis between metal ions and acids or bases: hydration and enolization of oxalacetate

D. Leussing, Suh Jen Tsai, 1987 .

Application of Marcus theory to metal ion catalyzed group transfer reactions

D. Leussing, M. Emly, 1984 .

Comparison of an enzymic reaction and its model: the metal ion promoted decarboxylation of oxalacetate

M. Biruš, D. Leussing, 1982 .

Investigation of an enzyme model. Influence of solvent on the metal-ion-catalyzed decarboxylation of oxalacetate

D. Leussing, H. Mao, 1981 .

DEHYDRATION AND ENOLIZATION RATES OF OXALACETATE: CATALYSIS BY TERTIARY AMINES

D. Leussing, M. Emly, 1981 .

The effect of ligands on the rates of the metal ion promoted decarboxylation of oxaloacetate. A model for the active site of an enzyme?

N. Raghavan, D. Leussing, 1977, Journal of the American Chemical Society.

Zinc(II) catalysis of oxalacetate enolization and decarboxylation

D. Leussing, W. Covey, 1974 .

Mononuclear and Polynuclear Complex Formation by Manganese(II) and Zinc(II) Ions with 2,3-Dimercapto-1-propanol: The Behavior of the Er Function with Mercaptide1a

T. Tischer, D. Leussing, 1961 .

Reactions of (meso-.alpha.,.alpha.,.alpha.,.alpha.-tetrakis[o-(N-methylisonicotinamido)phenyl]porphyrin)iron(5+) and (meso-tetrakis[N-methylpyridinium-4-yl]porphyrin)iron(5+) with CN-, CO2- and O2-

M. Faraggi, D. Leussing, Vicki Barnitz McLaughlin, 1993 .

Spectrophotometric Study of the Bleaching of Ferric Thioglycolate

L. Newman, D. Leussing, 1956 .

Complexing of zinc(II) in the transamination system: alpha-Ketoglutarate + alpha-alaninate forms glutamate + pyruvate.

W. Felty, D. Leussing, H. Scheidegger, 1970, Journal of the American Chemical Society.

The estimation of the stabilities of bivalent transition metal complexes and deviations from the Irving-Williams order

D. Leussing, 1960 .