Gary Drobny

Conformational and Dynamics Studies of Human Salivary Histatin Bound on Hydroxyapatite by Solid State NMR

Lead Institution

University of Washington

Principal Investigator

Gary Drobny

Project type

Capability Research

Biomineralization, a field that studies the formation of mineral tissues by organisms offers structural biologists many opportunities to address some core issues of structure-function relationships…

Conformational and Dynamics Studies of Human Salivary Histatin Bound on Hydroxyapatite by Solid State NMR

Lead Institution

University of Washington

Principal Investigator

Gary Drobny

Project type

Capability Research

See attached Microsoft Word (proposal) Note: The system keeps denying my request of sending an attachment. I will attempt to email it to David Hoyt...

Solid State NMR Investigation of the Structure of Statherin Protein on the Surface of Hydroxyapatite

Lead Institution

University of Washington

Principal Investigator

Gil Goobes

Project type

Capability Research

The structure of proteins involved in engineering and maintenance of hard tissue is of great importance to the understanding of aging processes, injury recovery mechanisms and pathological…

Study of the binding mechanism of mutant SN-15 to hydroxyapatite using 15N{31P}REDOR

Lead Institution

University of Washington

Principal Investigator

Jennifer Popham

Project type

Capability Research

Proteins are used in nature to control biomineralization processes in mineralized tissues. Acidic macromolecules functioning at the biological, inorganic interface regulate crystal formation and…

Conformational Studie f Human Salivary Histatin Bound on Hydroxyapatite by Solid State NMR

Lead Institution

University of Washington

Principal Investigator

Gary Drobny

Project type

Capability Research

Conformational Studies of Human Salivary Histatin Bound on Hydroxyapatite by Solid State NMR

Lead Institution

University of Washington

Principal Investigator

Gary Drobny

Project type

Capability Research

Histatin-5 is a human salivary polypeptide found in the acquired enamel pellicle. The protein is histidine-rich and basic, and possesses at least two important functions: control of hydroxyaapatite…

Conformational and Dynamics Studies of Human Salivary Histatin Bound on Hydroxyapatite by Solid State NMR

Lead Institution

University of Washington

Principal Investigator

Gary Drobny

Project type

Capability Research

Biomineralization, a field that studies the formation of mineral tissues by organisms, offers structural biologists may opportunities to address some core issues of structure-function relationships…

EMSL Science Overview

Gary Drobny

Projects

Conformational and Dynamics Studies of Human Salivary Histatin Bound on Hydroxyapatite by Solid State NMR

Conformational and Dynamics Studies of Human Salivary Histatin Bound on Hydroxyapatite by Solid State NMR

Solid State NMR Investigation of the Structure of Statherin Protein on the Surface of Hydroxyapatite

Study of the binding mechanism of mutant SN-15 to hydroxyapatite using 15N{31P}REDOR

Conformational Studie f Human Salivary Histatin Bound on Hydroxyapatite by Solid State NMR

Conformational Studies of Human Salivary Histatin Bound on Hydroxyapatite by Solid State NMR

Conformational and Dynamics Studies of Human Salivary Histatin Bound on Hydroxyapatite by Solid State NMR