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Filtern nach: Mitwirkender Murphy, John A., 1948- Filter Mitwirkender: Murphy, John A., 1948- entfernen Qualification name tesim phd Filter Qualification name tesim: phd entfernen

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Studies toward the development of novel coupling reactions

Schöpfer:

Stewart, Alexander J.

Datum:

2023

Funder:

Co-funded by GlaxoSmithKline

Department, School or Faculty:

Department of Pure and Applied Chemistry
Extending peptide search space and self-assembly methods

Schöpfer:

van Teijlingen, Alexander

Datum:

2023

Funder:

Engineering and Physical Sciences Research Council

Department, School or Faculty:

Department of Pure and Applied Chemistry
Elucidation of complex reaction mechanisms through the application of density functional theory

Schöpfer:

Kolodziejczak, Krystian

Datum:

2022

Department, School or Faculty:

Department of Pure and Applied Chemistry
The search for radicals in unexpected places

Schöpfer:

Clark, Kenneth Forbes

Datum:

2022

Funder:

AstraZeneca

Department, School or Faculty:

Department of Pure and Applied Chemistry
Investigating novel reagents in organic synthesis

Schöpfer:

Dimitrova, Daniela

Datum:

2022

Funder:

Engineering and Physical Sciences Research Council and GlaxoSmithKline foundation

Department, School or Faculty:

Department of Pure and Applied Chemistry
New hydrogen atom transfer methodologies for synthesis

Schöpfer:

Turner, Oliver

Datum:

2020

Funder:

GlaxoSmithKline

Department, School or Faculty:

Department of Pure and Applied Chemistry
Hi-JAK-ing the ubiquitin system : the design and physicochemical optimisation of JAK PROTACs

Schöpfer:

Shah, Rishi R.

Datum:

2020

Funder:

GlaxoSmithKline

Department, School or Faculty:

Department of Pure and Applied Chemistry
Investigations of the synthesis and properties of romodomain and extra-terminal domain proteolysis targeting chimeras

Schöpfer:

Priestner, John C.

Datum:

2020

Funder:

GlaxoSmithKline

Department, School or Faculty:

Department of Pure and Applied Chemistry
Development of lysine-targeted irreversible inhibitors of PI3Kδ

Schöpfer:

Dalton, Samuel E.

Datum:

2018

Funder:

GlaxoSmithKline

Department, School or Faculty:

Department of Pure and Applied Chemistry
Novel PI3Kδ inhibitors for the treatment of inflammatory diseases

Schöpfer:

Taylor, Jonathan Andrew

Datum:

2016

Funder:

GlaxoSmithKline

Department, School or Faculty:

Department of Pure and Applied Chemistry

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Art

Thesis16

Ressourcentyp

Doctoral thesis16

Schöpfer

Allison, Mark1
Barham, Joshua Philip1
Clark, Kenneth Forbes1
Cumine, Florimond1
Dalton, Samuel E.1
mehr Schöpfers »

Mitwirkender

Murphy, John A., 1948-[remove]16
GlaxoSmithKline6
Tuttle, Tell3
Engineering and Physical Sciences Research Council2
Poole, Darren2
mehr Mitwirkenders »

Geldgeber

GlaxoSmithKline6
Engineering and Physical Sciences Research Council2
AstraZeneca1
Co-funded by GlaxoSmithKline1
GlaxoSmithKline foundation1

Abteilung, Schule oder Fakultät

Department of Pure and Applied Chemistry16

Datum

20205
20183
20223
20172
20232
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