Strathclyde’s natural products and assay facilities SIDR
Finding the hits you need for successful drug discovery and consumer health projects Strathclyde’s natural products and assay facilities SIDR
What you get powerful chemical library flexible facilities experienced and friendly team
Success in drug discovery is not dependent on –size of the screening collection –ultra-high throughput assays
Success in drug discovery does need –assay that is relevant to the end purpose –highly diverse chemistry set
Highly diverse chemistry set a)combichem b) natural products c) drugs
Origin of drugs : 1184 FDA-approved NCEs % total
Strathclyde’s resource
A drug discovery resource that is better than the competition’s
more biodiversity = more chemical diversity
A drug discovery resource that is better than the competition’s more biodiversity = more chemical diversity Scotland is not one of the world’s biodiversity hotspots
A drug discovery resource that is better than the competition’s more biodiversity = more chemical diversity –worldwide network –genetic diversity
SIDR’s Natural Product Network Uzbekistan Nigeria Argentina Chile Sudan Kenya Sri Lanka Malaysia Uruguay Cameroon UK Costa Rica PNG Fiji USA Peru South Africa Australia Korea
Genetic diversity
SIDR’s screening resources ~90% of plant families ~7,000 species of plants
What more do you get?
Flexible access chemistrybiology
Flexible access chemistry –samples for testing –96-well plates –isolation and structural elucidation –links with Drug Discovery Portal and med-chem biology
Flexible access chemistrybiology –molecular and cell- based assays –versatile detection radioactivity visible and uv light chemiluminescence fluorescence –96-well or 384-well formats
Work with an experienced and friendly team
Current assays cancer –anti-proliferative/ cytotoxicity assays on 20 human cancer cell lines –kinase inhibitors –cell adhesion blockers
Current assays cancer –anti-proliferative/ cytotoxicity assays on 20 human cancer cell lines –kinase inhibitors –cell adhesion blockers infection –S. aureus –E. coli –TB (M. marinum, N. farcinica) –parasitic diseases –cell growth and biofilm disruption
Current assays inflammation –anti-oxidant –cell proliferation –cell adhesion –TNF signalling –NF B pathway –kinases
Current assays inflammation –anti-oxidant –cell proliferation –cell adhesion –TNF signalling –NF B pathway neuro/metabolic –Alzheimer’s –analgesia –migraine –stroke –obesity –diabetes
Current “hit-to-lead” assays ADME-tox –hERG – cardiac toxicity –CACO2 – cellular absorption –micronucleus formation – genotoxicity –P450s – metabolic stability/drug interactions
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