Native chemical ligation - Globe Thesis

Keyword [Native chemical ligation] Result: 1 - 19 \| Page: 1 of 1
1.	Theoretical Studies On Nucleophilicity Parameters For π-Nucleophiles And The Mechanism Of Native Chemical Ligation
2.	New Method Toward Total Chemical Synthesis And Modification Of Proteins-Protection Of Thiol And Mild Release
3.	New Methods Towards Chemical Synthesis And Modification Of Proteins: New Peptides Thioester Derivatives' Research And Application
4.	The Chemical Synthesis And Modification Of Bio-functional Protein Via The Development Of New Strategy Of Protein Chemical Synthesis
5.	Total Chemical Synthesis And Modification Of Proteins
6.	Chemical Protein Synthesis Via Ligation Of Peptide Hydrazides
7.	Biopolymer Hydrogels Prepared By Enzymatic Crosslinking And Native Chemical Ligation
8.	Approach And Application Toward Chemical Synthesis And Modification Of Protein
9.	Exploration Of Hydrazide-based Protein Synthesis Methods
10.	The Study Of A Novel Chemical Synthetic Method And Structure Of Disulfide-rich Peptide/Protein
11.	Synthesis And Biomedical Application Of Site-Specific And Topological IFN?-Poly(Amino Acid) Conjugates
12.	The Study Of Chemical Synthesis Of Important Post-translational Modifier Poly-SUMO Protein
13.	Total Synthesis Of Mambalgins Of Analgesic Effect By Hydrazide-based Native Chemical Ligation
14.	Method Studies On Cyclic Peptide Synthesis Via Natural Chemical Ligation And Peptide N-terminus Cysteine Protection
15.	Study On Organic Synthesis Of Bioactive Polypeptides Based On Non-Natural Amino Acid Molecules
16.	The Preparation Of Water-soluble Graft Polymer Through Post-polymer Modification Of Polythioester
17.	Study On Thermodynamic Properties Of C-M Bond Of Rh,Ru Complexes And Thiol-derived Peptide
18.	A photolabile backbone amide linker for the solid-phase synthesis of cyclic peptides. Cysteine-free native chemical ligation. Synthesis and biological evaluation of a library of resveratrol analogues
19.	A Native Chemical Ligation Based Fluorescent Probe For Rapid Detection Of Tyrosinase Activity
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