Breslow Group Alumni/ae
Graduate Students - Postdocs - Alumni/ae
E-mails
2011
128. Severin T. Schneebeli, “Computers for Chemistry
and Chemistry for Computers: From computational prediction of reaction
selectivities to novel molecular wires for electrical devices.”
2010
127. Huanyu Zhao, “Artificial Enzymes with
Thiazolium and Imidazolium Coenzyme Mimics.”
2009
126. Sujun Wei, “Synthetic Pyridoxamine
Models as Transaminase Enzyme Mimics.”
2008
125. Mindy Levine, “Investigating the origin
of homochirality.”
2006
124. Wen-jun Zhou, “Asymmetric
Transamination with Chiral Polyamines and Polymeric Vitamin B6 Enzyme Mimics.”
123. Iris Tam, “I: Efforts towards the
Synthesis of a Symmetrical Cyclopropenyl Anion. II. Synthesis and
Characterization of Oligothiophenes as Candidates for Single Molecule
Conductance Studies.”
2005
122. Zhenglai Fang, “Regioselective
Hydroxylation of Steroids with Artificial Cytochrome P-450 Enzymes.”
121. Mark Biscoe, “Hydrophobically-Directed
Selective Reductions and Oxidations.”
2004
120.
Lei Liu, "Vitamin B6 Enzyme Mimics: From Small Molecules to
Macromolecules."
2003
119.
David Meybin Wilson, "I: Helical Templating of Oligopeptides by
Cyclodextrin-Based Receptors. II: Cracking the Histone Code: Oligopeptides as
Selective Agents in Histone Deacetlyase Inhibition."
2002
118.
Martin Leivers, "I: Mimics of Bimetallic Phosphatases. II: Retro-Diels-Alder
Approach to a Symmetrical Cyclopropenyl Anion."
117.
Joshua Henry Atkins, "I. Cyclodextrin-Based Receptors for Peptide
Recognition. II. Molecular Determinants of Flecanide Action on the Human
Cardiac Sodium Channel."
2001
116.
David K. Leung, "I. Cyclodextrin Dimers and Trimers in Peptide Binding,
Protein Inhibition and Photodynamic Cancer Therapy. II. Studies Toward
Synthesis of a Stable Symmetrical Cyclopropenyl Anion."
115.
Kevin L. Groves, "1. Approaches to the Synthesis of a Symmetrical
Cyclopropenyl Anion. 2. Hydrophobic Effects on Organic Displacement Reactions
in Water."
114.
Sandro Belvedere, "1. Histone Deacetylase Inhibitors: New Agents for
Cancer Chemotherapy. 2. Strategies Towards an Artificial Cytochrome P450."
2000
113.
Jerry Curtis Yang, "Regioselective Oxidations of Steroids and Steroid
Analogs Using Artificial Cytochrome P-450 Enzymes."
112.
Leland J. Gershell, "I. Sequence-Selective Recognition of Peptides. II.
Novel Cytodifferentiating Agents for Cancer Chemotherapy."
1999
111.
Nasri A. Nesnas, "I. Cyclodextrin Dimers as Artificial Receptors for
Selective Binding of Steroids. II. The Design and Synthesis of Esterase Enzyme
Mimics and Studies Directed Towards Cocaine Binding and Detoxification via
Hydrolysis."
110.
Zhiwei Yang, "Cyclodextrins as Artificial Receptors for Steroids,
Peptides, and Photosensitizers."
109.
M. Uljana Mayer, "I. Pyridoxal-Apoenzyme Mimics Designed for
Transamination and Selective Racemization. II. Effects of Organic Cosolvents on
Nucleophilic Aliphatic Substitution (SN2) Reactions in Water"
1998
108.
Steven D. Dong, "I. Imidazole Buffer Catalyzed RNA Cleavage and
Isomerization. II. Bifunctionalized Cyclodextrin Enzyme Mimics."
1997
107.
Yael Webb, " I. Rational Design, Synthesis and Mechanistic Studies of
Novel Inducers of Differentiation in Transformed Cells- A New Approach to
Cancer Therapy. II. Mechanistic Studies on the Buffer-Catalyzed Cleavage and
Isomerization of Uridyl-Uridine."
106. Ying Huang, "I. Study of Selective Aldol Condensations
Directed by Artificial Enzymes. II. Study of Hydroxylations Catalyzed by
Cytochrome P-450 Enzyme Mimics."
105.
Elisabetta Fasella, "Pyridoxamine-Cyclodextrin Conjugates as Transaminase
Mimics."
1996
104.
Miroslav Rezac, "Artificial Cobalamin-Dependent Enzymes."
103.
Milana Maletic, "Selective Binding and Catalysis by Monooxygenase Enzyme
Mimics."
102.
Ruo Xu, "I. Study of the Mechanism of RNA Cleavage. II. Design, Synthesis,
and Catalytic Studies of the Enzyme P-450 Mimics."
1995
101.
Terry Sheppard "Synthesis and Properties of 3'-Deoxyribonucleic Acids:
Biophysical and Biochemical Characterization of DNA Containing
2',5'-Phosphodiester Linkages."
100.
Corinna Grisostomi ,"Artificial Zinc Enzymes."
99.
Jasna Klicic, "Approaches to Isolable Antiaromatic Ions."
98. Biliang Zhang, "Molecular Recognition and Catalysis in
Host Guest Chemistry."
97.
Frankie Ann McCormick, "I. Approaches to Pentaaminocyclopentadienyl
Cations: Potential Components for Ferromagnets. II. Nonplanar Polyacene
Synthesis: Towards [12]Cyclacene."
1994
96.
Joseph P. Dougherty, "Synthesis and Properties of 2',5"-Linked DNA,
and Selective Cleavage of RNA with Synthetic Catalysts."
95.
John T. Koh, "Geometric Control and Reaction Selectivity in Pyridoxal
Catalysis."
1993
94.
Sherin Halfon, "I. Binding and Catalysis by b-Cyclodextrin Dimers. II.
Effects of Antihydrophobic Agents on Binding of b-Cyclodextrin Dimers.S
1992
93.
Todd M. Link, "I. Self-Assembling Metal Complexes in the Remote
Functionalization of Steroids. II. Elimination Studies of 9,11 Substituted
17-Chlorosteroids"
92.
David J. Wiedenfeld, "I. New Remote Radical Chain Functionalization
Reactions. II. Structure and Reactivity of Polycyclic Nitrogen
Heterocycle-Chlorine Radical Complexes. III. Studies Toward Catalytic Radical
Relay Chlorination Reactions"
91.
Tai-Shun Liu, "I. Optically Active Amino Acid Synthesis by Synthetic
Optically Resolved Artificial Transaminase Enzymes. II. Cyclodextrin
Bisimidazole Ribonuclease Mimics"
1991
90.
Deeng Lih Huang, "Mimics of Ribonuclease A"
89.
Nathan P. Letts, "The Elusive Organic Ferromagnet"
88.
Gerard Anthony Crispino, "Synthesis and Reactions of
Tripyridylcyclopropene Derivatives: Approaches to an Isolatable Cyclopropenyl
Anion"
87.
Shin Chung, "Transformation of Binding Energy into Catalytic Energy-
Implications for Amide Cleavage"
86.
James P. Light II, "I. Cobalt-chelated Amide Hydrolysis Catalyzed by an
Intramolecular Phosphonate Group. II. A water Soluble Tin Hydride Reagent. III.
Cyclodextrinylcobalamin as a Potential Model of Vitamin B12-dependent
Enzymes"
85.
Hans Thiem, "I. Investigations of Cooperative Phenomena between Metal
Centers and other Functionality in Homogeneous Catalysis. II. Molecular
Modelling of Hydrophobic Cavities and their Inclusion Complexes"
1990
84.
Naofumi Kumabe, "I: Transaminase Mimics. II: Doubly Functionalized
b-Cyclodextrins"
83.
Tao Guo, " I: Solvophobic Acceleration and Cyclodextrin Catalysis of
Diels-Alder Reactions in Nonaqueous Solvents. II: Catalytic Radical Relay Chlorination"
1989
82.
Peter Weston White, "I: Selective Epoxidation of Substrates with Metal
Binding Groups. II: Calculations on the Selectivity of the Template-Directed
Chlorination of Steroids"
81.
Rajendra Singh, "Part I: Macroheterocyclic Zinc Complexes for Phosphate
Triester Hydrolysis. Part II: Erythroid Differentiating Compounds as
Anti-Cancer Agents"
80.
Dan Berger, "Catalytic Zinc Macrocycles as Hydrolytic Enzyme Mimics"
1988
79.
Radhika Batra, "Part I: Template Directed Chlorination in Flexible and
Rigid Substrates. Part II: Syntheses of Potential Cytochrome P-450 Mimics"
78.
Raj K. Mehra, "Rate Enhancement and Optical Induction in Amino Acid
Synthesis by Transaminase Analogs"
77.
Jean Anne Chmielewski, "Transaminase and Racemase Activity of
Pyridoxal/Pyridoxamine Enzyme Analogs"
76.
Eric T. Kool, "Part I: RNA Hydrolysis Catalyzed by Imidazole Compounds.
Part II: Hydrophobic Acceleration Reactions and Mimics of Thiamin-dependent
Enzymes"
1987
75.
John S. Thomaides, "Novel Benzenoid Electron Donors, Triplets, and Organic
Ferromagnets"
1986
74.
Teresa J. LePage, "Synthesis and Characterization of Charge Transfer
Solids: the Search for an Organic Ferromagnet"
73.
Alanna Schepartz, "Carboxypeptidase A: Models and Mechanism"
72.
Uday Maitra, " I: Selective Aqueous Diels-Alder II: Template Directed
Beta-Face Functionalization and Sidechain Removal of Steroids"
1985
71.
Samuel H. Gellman, "Metalloenzyme Models. I: Nitrogen Analogues of
Cytochrome P-450 Model Reactions. II: Zinc-Based Catalysts for Phosphate
Triester Hydrolysis"
70.
David A. O'Krongly, "Solution and Solid State Binding Properties of
Synthetic Bicyclic Receptors"
69.
Alan W. Schwabacher, "I. Reactivity of Phosphoryl Nitrenes. II. Studies on
Vancomycin as a Catalyst"
1984
68.
Michael T. Cooke, "Chiral Ketone Reductions and Transaminations Using a
Steroidal Enzyme Model"
67.
Lisa A. Deuring, "1. Synthesis and Characterization of Tetraorgano
Substituted Phosphirenium Ions. 2. The Elusive Organic Ferromagnet"
1983
66.
Steven C. Zimmerman, "Beta-Eliminations and the Asymmetric Synthesis of
Amino Acids by Pyridoxamine Enzyme Analogues Utilizing General Base-Acid
Catalysis"
65.
Donald M. Hilvert, "Enzyme Mechanisms & Models. Part I. Evidence for
the General-Base Mechanism in Carboxypeptidase A-catalyzed Reactions. Part II.
Thiazolium-Cyclodextrins as Holoenzyme Mimics of Thiamin-dependent
Enzymes"
64.
Robert C. Corcoran, "I. Biomimetic Models of Ribonuclease A. II. A
Quantitative Assay for RNA Hydrolysis"
63.
Dennis Heyer, "1. Application of Multiple Covalent Attachments and Ion
Pairing in the Template Directed Chlorination of Steroids. 2. Remote Oxidation
of the betaFace of a Steroid by Attached Benzophenone Esters"
1982
62.
Darryl Rideout, "Diels-Alder Reactions in Water"
61. Diane Marie Foley, "Application of Derivatized
Beta-cyclodextrins to the Asymmetric Recognition and Synthesis of Aromatic
Amino Acids"
1981
60.
Joshua Schwarz, "Part I. A Novel Thermo Electro-Chemical Method for
Determining Hydrocarbon Acidities. Part II. Studies on Selective
Functionalization of Flexible Substrates"
59.
Richard Mark Smiley, "Design, Synthesis and Properties of Polyimidazoles
as Models for Carbonic Anhydrase"
58.
Wayne L. Delker, "Carboxypeptidase A: Model Studies and Mechanistic
Probes"
57.
David Andreas Cortes, "Synthesis of Potential Precursor to a Cyclopropenyl
Anion and Butalene"
1980
56.
Raghavan Rajagopalan, "The Double Interaction in Remote Functionalization
Reactions."
55.
Carol Claire Lipsey, "Imidazole Cyclodextrins: Models for
Ribonuclease"
1979
54.
Robert Quillin Kluttz, "I. Organic Ground State Triplets. II. Anodic
Oxidation at a Vanaduim Electrode"
53.
Daniel Michael Wolner, "Orientation Directed Steroid Functionalizations"
1977
52.
Chaucer Chao-Ya Tang, "Part I. Physical Organic Models for
Carboxypeptidase A. Part II. Models for the Metal-Binding Sites of Carbonic
Anhydrase and Carboxypeptidase A"
51.
Jonathan B. Rothbard, "Remote-Oxidation of Flexible Hydrocarbon
Chains"
1976
50.
David Louis Wernick, "Carboxypeptidase A: Mechanism and Organic
Models"
49.
Louis M. Maresca, "Directed Remote Epoxidation of Polyenes by
Hydroperoxides Using Template-coordinated Transition Metal Catalysts"
48.
William R. Johnson, "Application of Electrochemical Techniques to Organic
Chemistry"
1975
47.
Frederick Herman, "Remote Oxidation of Flexible Substrates by
Benzophenone, Iodobenzene-dichloride, and Nitrene Reagents"
46. Richard J. Corcoran, "The Design of Aryliodine Dichloride
Reagents for Geometrically Controlled Site Specific Functionalization of
Steroids"
1974
45.
Jack E. Emert, "Modifications of the Hydrophobic Cavity of the
Cyclodextrins"
1973
44.
Abraham Pinter, "Modified Cycloamyloses as Enzyme Models"
43.
Sophia Yan Liu, "Functionalization of Steroids by Remote Oxidation and
Selective Free Radical Halogenation"
42.
Joseph M. Pecoraro, "The Chemistry of Cyclopropenone and Cyclopropenyl
Anion"
41.
Philip Freidenreich, "The Preparation and Properties of Modified
Cyclodextrins"
40. Paul M. Kalicky, "Selective Functionalization of
Steroids"
1972
39.
Dennis Ray Murayama, "Diarylcyclobutadienonaphthoquinones. General
Preparation of the Tricyclic Ring System. A Systematic Electrochemical
Evaluation of the Antiaromaticity of Cyclobutadiene and the Proposition of
Push-Pull Stabilization"
38.
John A. Napierski, "I. Approaches to Butalene: Substituent Effects on
Antiaromatic Transition State for the Rearrangement of Dewar Benzenes"
37.
Craig J. McAllister, "Intramolecular Bifunctional Catalysis, A Physical
Organic Model for an Enzyme Active Site"
36.
Yuan Chao, "Enzyme Models with Hydrophobic Binding Sites"
35.
Richard E. Abbott, "Symmetrical Intramolecular Substitution Reactions.
Models for a Penta-Coordinate Carbon"
34.
William Kin Cheung Chu, "Electrochemical Studies on Antiaromaticity: The
Determinations of the pKa's of Triphenylmethanes, Cycloheptatriene and
Cyclopropenes"
1971
33.
William N. Washburn, "I. Cyclobutadieno-cyclopentadienyl Anion: Synthesis and
Stability II. Selective Functionalization of Cholestanol at C9 or at C14"
32.
Timothy P. Higgs, "Attempted Synthesis of the Symmetrical
Tribenzoylcyclopropenyl Anion"
1970
31.
Peter C. Campbell, "Electrophilic Substitution Within Cycloamylose Mixed Complexes"
1969
30.
John T. Groves, "I. Free Radical Oxidative Cyclization of Terpenes. II.
Cyclopropenyl Cation: Synthesis, Stability and Spectra"
29.
Robert H. Grubbs, "I. Derivatives of Cyclobutadiene. II. Studies of
Cyclooctatetraene Iron Tricarbonyl"
28.
Maurice Schmir, "Metal-Catalyzed Nucleophilic Additions"
27.
Jon E. Malmin, "Metal Chelates as Enzyme Models"
26.
Mitchell A. Winnik, "Remote Oxidation of Unactivated Methylenes"
25.
Ira A. Katz, "A Study of E. Coli Alkaline Phosphatase"
24.
Gordon A. Ryan, "Synthesis of Cyclopropenone"
23.
Henry T. Bozimo, "Bicyclo[1.1.0]butyl-2-carbinyl Cations"
1967
22.
Douglas LaFollette, "Intramolecular Solvation"
21.
Stephen S. Olin, "Free Radical Cyclization of Terpenes"
20.
Donald R. Getzin, "The Kinetic Alpha Effect in Dimethyl Sulfoxide"
19.
Robert B. Fairweather, "Metal-Catalyzed Reactions of Coordinated
Substrates"
1966
18.
William Vitale, "Synthesis and Study of Potentially Aromatic
Cycloalkacyclooctenes"
1965
17.
Edmond J. Gabbay, "Potential Model Systems for the Dehydrogenase Enzymes
16.
David M. Chipman, "Mixed Metal Chelates as Models for Hydrolytic
Enzymes"
15. Lawrence J. Altman, "Syntheses and Properties of Some
Alkyl Substituted Cyclopropenones"
1964
14.
Philip F. Wolf, "Cyclopropenes as Precursors to Bicylobutanes Syntheses
and Reactivities"
13.
Judd C. Posner, "Cyclopropenones: Synthesis by a Modified Favorskii
Reaction and Determination of Some Physical Properties"
1963
12.
Erno Mohacsi, "Studies on d-Orbital Conjugation"
11.
Ruth A. Peterson, "Studies on Cyclopropenones"
1962
10.
Peter Gal, "The Reactivity of the Triphenylcyclopropenyl Free Radical;
Rearrangements of Substituted Cyclopropenyl Dimers to Substituted
Benzenes"
9.
Paul Dowd, "Approaches to the Sym Triphenylcyclopropenyl Anion"
8.
Edward J. Barrett, "Model Studies of Squalene Cyclization"
7.
Audrey M. Small, "Studies of Cyclopropenylcarbinyl Species"
1961
6.
William S. Bahary, "Polarographic Evidence on the Resonance Stabilization
of Some Cyclopropenyl Cations"
5.
Doris Kivelevich, "Synthetic Approaches to Substituted Cyclobutadiene. I.
The Structure of Distyrinic Acid II. Other Synthetic Approaches to Substituted
Cyclobutadiene"
4.
Robert S. Boikess, "Monoconjugate Reduction of Some Diphenylcyclopropenes
by Lithium Aluminum Hydride; Approaches to a Cyclopropenylcarbinyl Cation"
1960
3.
Hai Won Chang, "The Stability and Reaction of Some Cyclic Cations. I.
Cyclopropenyl Cations II. Cyclopentadienyl Cations"
2.
Edward J. McNelis, "Thiazolium Salts as Models for Thiamine Action"
1959
1.
Merle A. Battiste, "Studies in the Diphenylcyclopropene Series. Detection
of a Cyclopropene Anion"