Search results for " biological surfaces"

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Inkjet printing methodologies for drug screening

2010

We show for the first time a contactless, low-cost, and rapid drug screening methodology by employing inkjet printing for molecular dispensing in a microarray format. Picoliter drops containing a model substrate (D-glucose)/ inhibitor (D-glucal) couple were accurately dispensed on a single layer consisting of the enzymatic target (glucose oxidase) covalently linked to a functionalized silicon oxide support. A simple colorimetric detection method allowed one to prove the screening capability of the microarray with the possibility to assay with high reproducibility at the single spot level. Measurements of the optical signal as a function of concentration and of time verified the occurrence a…

DrugReproducibilitybiologyInkwellStereochemistryChemistrymedia_common.quotation_subjectDrug Evaluation PreclinicalNanotechnologySubstrate (printing)Microarray AnalysisSilicon DioxideAnalytical ChemistryGlucose OxidaseSensor arraybiology.proteinColorimetryInkGlucose oxidasedrug screening inkjet printing microarrays biological surfacesEnzyme InhibitorsColorimetryInkjet printingmedia_commonSettore CHIM/02 - Chimica Fisica
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