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Amino acids, peptides and proteins. Volume 40 / edited by Maxim Ryadnov, Ference Hudecz. -- Cambridge, UK : Royal Society of Chemistry, c2016. – (58.17421/C517/v.40) |
Contents
Preface
Insight
into peptide bond formation from 3D-structural chemistry
1 Introduction
2
Carboxylic fluorides
3
Carboxylic anhydrides
4
Carboxylic esters
5
Carboxylic azides
6
Carboxylic amides
7
Summary and future perspectives
References
Derivatization
of peptides for improved detection by mass spectrometry
1
Introduction
2 Targets
for chemical tagging
3 Fixed
charge chemical modifications of peptides and proteins
4
Post-translational modifications
5
Tagging of peptides with isotopic labels
6
Studying derivatization: peptide modifications on solid support
7
Conclusions and perspective remarks
Abbreviations
References
Fluorescently
labelled amino acids and peptides for efficient screening in situ and in vivo
1
Introduction
2
Fluorescent amino acids and multi-fluorophore screening
3
In-solution peptide screening against intact proteins
4 In
situ peptide screening against dish-cultured cells
5 In
vivo peptide screening using multiple fluorophores
6
Conclusion
List of
abbreviations
References
Peptide/protein
conjugates of photosensitizers
1
Introduction
2
Synthesis: strategies and approaches
3
Synthetic peptide carriers
4
Polypeptide and nano conjugates
5
Protein carriers
6
Outline, perspective
Abbreviations
References
Proteins
and peptides for the immunodiagnosis and therapy of Mycobacterium tuberculosis
infections
1
Introduction
2
Identification of T cell epitope regions
3
Identification of B cell epitope regions
4
Epitope manipulation
5
Applications
6
Outline, perspective
Abbreviations
Acknowledgements
References
Self-assembling
peptide motifs for nanostructure design and applications
1
Introduction
2
Current trends
3 From
peptide sequence to nanomaterial form through self-assembly topology
4
Assembly type encodes material properties
5 Future
perspectives
References