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81
Ligand substitutions between ruthenium–cymene compounds can control protein versus DNA targeting and anticancer activity
Published 2018Subjects: Get full text
Get full text
Journal Article -
82
Enantioselective remote functionalisation of cyclic amines by engineered P450BM3 variants
Published 2022Subjects:Thesis -
83
Label-free single-molecule nanopore analysis of protein post-translational modifications
Published 2023Subjects:Thesis -
84
Versatile synthetic strategies towards the development of novel neuroblastoma inhibitors and their analogues
Published 2013Subjects:Thesis -
85
Incorporation of trehalose analogues into Mycobacterium Tuberculosis: antigen 85 and probes of bacterial infection
Published 2011Subjects:Thesis -
86
Chemoenzymatic site-selective attachment to antibodies: using glycosylation sites to post-translationally program function
Published 2021Subjects: “…Chemical biology…”
Thesis -
87
Novel protein editing technologies to probe cellular damage
Published 2023Subjects: “…Chemical biology…”
Thesis -
88
A Kunkel-inspired approach to create light-activated plasmids
Published 2023Subjects: “…Chemical biology…”
Thesis -
89
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90
Single-molecule chemistry studied using the protein pore -α-hemolysin
Published 2012Subjects:Thesis -
91
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92
Bilayer formation with fluorinated amphiphiles and applications in membrane protein studies
Published 2013Subjects:Thesis -
93
Design and synthesis of small molecule chemical probes for bromodomain-containing proteins.
Published 2014Subjects:Thesis -
94
Single-molecule chemistry studies with engineered alpha-hemolysin pores
Published 2011Subjects:Thesis -
95
The application of thiazole orange and artificial backbone modifications in the synthesis of fluorescent nucleic acids probes
Published 2019Subjects:Thesis -
96
Engineered α-hemolysin pores with chemically and genetically-fused functional proteins
Published 2013Subjects:Thesis -
97
Design, synthesis and biological evaluation of glycosidase inhibitors in an anti-cancer setting
Published 2013Subjects:Thesis -
98
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99
Engineered α-hemolysin pores with chemically and genetically-fused functional proteins
Published 2013Subjects: “…Chemical biology…”
Thesis -
100