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Discovery of Small Molecule Probes Using a Reverse Chemical Genetic Approach

1 Discovery of Small Molecule Probes Using a Reverse Chemical Genetic Approach [Pg.16]

The reverse chemical genetic approach begins the discovery of a small molecule modulator of a specific target protein. The small molecule is usually identified [Pg.16]

Small molecule microarrays were also used to discover robotnikinin (Section 1.4), a ligand that binds to the extracellular Sonic Hedgehog (Shh) protein. Approximately 10000 diversity-oriented synthesis compounds and natural products were immobilised on a single microscope slide. The small molecule microarray was challenged with the 20kDa N-terminal fragment (ShhN) of Shh some structurally related macrocycles were identified as hits and, after [Pg.17]

1 General Reverse Chemical Genetic Approaches for Targeting Specific Members of Families of Macromolecules [Pg.18]




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77 Reverse Chemical Genetics

Chemical approaches

Chemical discoveries

Chemical genetics

Chemical probe

Chemical probing

Chemical reverse

Chemical reversibility

Chemical-genetic approaches

Chemically reversible

Discovery genetics

Discovery of Small Molecule Probes

Discovery, approaches

Genetic approaches

Genetic approaches reverse genetics

Genetic chemicals

Genetic probing

Genetics reverse

Molecule chemical

Probe molecules

Reverse chemical genetics approach

Reverse genetic approach

Small chemical genetics

Small probes

Use of Probe Molecules

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