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Filtern nach: Datum 2017 Abteilung, Schule oder Fakultät Department of Pure and Applied Chemistry

1. Synthesis enabled drug discovery

Schöpfer:: Hassell-Hart, Storm James
Datum:: 2017
Funder:: GlaxoSmithKline foundation
Department, School or Faculty:: Department of Pure and Applied Chemistry

2. Application of bioisosteres to modulate molecular properties in medicinal chemistry

Schöpfer:: Measom, Nicholas
Datum:: 2017
Funder:: GlaxoSmithKline
Department, School or Faculty:: Department of Pure and Applied Chemistry

3. The development of chemo- and regioselective reactions of boron systems

Schöpfer:: Clohessy, Thomas A.
Datum:: 2017
Funder:: GlaxoSmithKline
Department, School or Faculty:: Department of Pure and Applied Chemistry

4. Targeted protein degradation as a new approach to drug discovery

Schöpfer:: Tinworth, Christopher Patrick
Datum:: 2017
Funder:: GlaxoSmithKline
Department, School or Faculty:: Department of Pure and Applied Chemistry

5. Pharmacological characterisation of the 5-HT receptors present on mouse and human hepatic stellate cells and their role in liver fibrosis

Schöpfer:: Barrett, Victoria J.
Datum:: 2017
Funder:: GlaxoSmithKline
Department, School or Faculty:: Department of Pure and Applied Chemistry

6. Plasmonic metal nanoparticles : synthesis and applications

Schöpfer:: Steven, Christopher R.
Datum:: 2017
Department, School or Faculty:: Department of Pure and Applied Chemistry

7. Analogues of BH4 and nitric oxide synthase activators

Schöpfer:: Akbar, Muhammad Naveed
Datum:: 2017
Department, School or Faculty:: Department of Pure and Applied Chemistry

8. Using forensic science in major crimes investigation : a preliminary review of limiting factors

Schöpfer:: Edo, Chimdia Nwanneka Adaeze
Datum:: 2017
Department, School or Faculty:: Department of Pure and Applied Chemistry and Centre For Forensic Science

9. Responsive emulsifiers based on peptide self-assembly

Schöpfer:: Moreira, Inês Pimentel
Datum:: 2017
Department, School or Faculty:: Department of Pure and Applied Chemistry

10. A quantitative scale for directing group power in ruthenium(II)-catalysed ortho-directed C-H arylation reactions

Schöpfer:: McIntyre, Jamie
Datum:: 2017
Department, School or Faculty:: Department of Pure and Applied Chemistry