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Reports: Table of Contents
Learn about advanced energy research happening now.

Here you can browse the latest reports on some of the more than 1,300 active grants awarded by the PRF. The reports are organized according to title, institution, principal investigator, and grant type. For Grant Types, click here.

Browse by Grant Type and Committee:

AC1   B1   G1   GB1 AC2   B2   G2   GB2 AC3   B3   G3   GB3 AC4   B4   G4   GB4 AC5   B5   G5   GB5 AC6   B6   G6   GB6 AC7   B7   G7   GB7 AC8   B8   G8   GB8 AC9   B9   G9   GB9 AC10   B10   G10   GB10 SE   UFS

G4

43432-G4: Hydrogen Abstraction from an Unactivated Hydrocarbon Chain: Structure and Function of Lipoate Synthase
Sean T. Prigge

43833-G4: Chemically Triggered Assembly of Peptide Materials
Dennis Bong

43869-G4: Kinetic Isotope Effects on the NAD+ Synthetase-Catalyzed Reaction
Barbara Gerratana

44127-G4: Cooperative Binding of Molecular Oxygen via Mechanochemical Coupling
Martin D. Burke

44382-G4: Thiamine-Dependent Decarboxylation Reactions in Methanogenic Coenzyme M Biosynthesis
David E. Graham

44532-G4: The Effect of Fluorine-Containing Amino Acids on Protein Secondary Structure Stability
Richard Cheng

44682-G4: Functional Zippers to Organize Synthetic and Biological Polymers
Linda Szabo Shimizu

44921-G4: Controlled Ring-Opening of NCAs for the Synthesis of Polypeptides
Jianjun Cheng

45348-G4: Investigating the Relationship between Characteristics of Heterogeneous Cellulose and Cellulase Activities
Y.-H. Percival Zhang

45503-G4: Photoactivated 1,3-Dipolar Cycloaddition: Scope and Applications
Qing Lin

45518-G4: Two-Dimensional Fourier Transform Spectroscopy of Resonance Energy Transfer in Biological Molecules
Jennifer P. Ogilvie

45864-G4: Chemical Mechanism of a Unique, Cofactor-Independent Decarboxylase
Brian G. Miller

46549-G4: Structure-Function Studies of Indoleamine 2,3-Dioxygenase (IDO)
Andrew C. Terentis

46807-G4: Controlled Electron Transfer in Hydrogen Bonded Systems
Ksenija D. Glusac

47244-G4: Crosslinked Enzyme Microspheres Prepared Using Liquid-Liquid Phase Separation Can Catalyze Reactions Involving Petroleum Derivatives
Onofrio Annunziata