Development of New Tritium Labelling Methods for Peptides & Investigation of Guest-Host Mediated Electrocyclization and Sigma-Tropic Rearrangement Reactions

Martin Holst Friborg Pedersen

Development of New Tritium Labelling Methods for Peptides & Investigation of Guest-Host Mediated Electrocyclization and Sigma-Tropic Rearrangement Reactions

Martin Holst Friborg Pedersen

Research output: Book/Report › Ph.D. thesis

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Abstract

The main parts of the work presented here is Part I; which have involved the installation of a Tritium Chemistry Facility for the synthesis of radiolabelled compounds with tritium, and Part II; the development of new tritium labelling methods for peptides. The intention of Part I is to supply background information of radioactivity in general, tritium uses in research and development and in the result section of Part I the installed Hevesy Tritium Facility (HTF) is introduced. One of the overall objectives for this work was investigation of new tritium labelling techniques for peptides. The background and results from this research is presented in Part II and the Appendix I.

Original language	English

Place of Publication	Roskilde
Publisher	Technical University of Denmark
Number of pages	202
ISBN (Print)	978-87-550-3820-2
Publication status	Published - Sept 2010

Series	Risø-PhD
Number	59(EN)

Keywords

Hevesy laboratory
Radiation research and nuclear technologies
Risø-PhD-59(EN)
Risø-PhD-59
Risø-PhD-0059

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New Tritium Labeling Techniques for Peptides and Proteins
Pedersen, M. H. F., Martiny, L., Berg, R. H., Lockley, W. & Jeppesen, J. O.
Centerfinansieret
01/05/2007 → 30/09/2010
Project: PhD

Cite this

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title = "Development of New Tritium Labelling Methods for Peptides & Investigation of Guest-Host Mediated Electrocyclization and Sigma-Tropic Rearrangement Reactions",

abstract = "The main parts of the work presented here is Part I; which have involved the installation of a Tritium Chemistry Facility for the synthesis of radiolabelled compounds with tritium, and Part II; the development of new tritium labelling methods for peptides. The intention of Part I is to supply background information of radioactivity in general, tritium uses in research and development and in the result section of Part I the installed Hevesy Tritium Facility (HTF) is introduced. One of the overall objectives for this work was investigation of new tritium labelling techniques for peptides. The background and results from this research is presented in Part II and the Appendix I.",

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N2 - The main parts of the work presented here is Part I; which have involved the installation of a Tritium Chemistry Facility for the synthesis of radiolabelled compounds with tritium, and Part II; the development of new tritium labelling methods for peptides. The intention of Part I is to supply background information of radioactivity in general, tritium uses in research and development and in the result section of Part I the installed Hevesy Tritium Facility (HTF) is introduced. One of the overall objectives for this work was investigation of new tritium labelling techniques for peptides. The background and results from this research is presented in Part II and the Appendix I.

AB - The main parts of the work presented here is Part I; which have involved the installation of a Tritium Chemistry Facility for the synthesis of radiolabelled compounds with tritium, and Part II; the development of new tritium labelling methods for peptides. The intention of Part I is to supply background information of radioactivity in general, tritium uses in research and development and in the result section of Part I the installed Hevesy Tritium Facility (HTF) is introduced. One of the overall objectives for this work was investigation of new tritium labelling techniques for peptides. The background and results from this research is presented in Part II and the Appendix I.

KW - Hevesy laboratory

KW - Radiation research and nuclear technologies

KW - Risø-PhD-59(EN)

KW - Risø-PhD-59

KW - Risø-PhD-0059

KW - Hevesy laboratoriet

KW - Strålingsforskning og nukleare teknologier

M3 - Ph.D. thesis

SN - 978-87-550-3820-2

T3 - Risø-PhD

BT - Development of New Tritium Labelling Methods for Peptides & Investigation of Guest-Host Mediated Electrocyclization and Sigma-Tropic Rearrangement Reactions

PB - Technical University of Denmark

CY - Roskilde

ER -

Development of New Tritium Labelling Methods for Peptides & Investigation of Guest-Host Mediated Electrocyclization and Sigma-Tropic Rearrangement Reactions

Abstract

Keywords

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New Tritium Labeling Techniques for Peptides and Proteins

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