polymeric chemical microsensor with molecular fluorogenic probe manufacturing process and use for controlled release of bioactive substances and other applications

polymeric chemical microsensor with molecular fluorogenic probe, process of manufacture and use for controlled release of bioactive substances and other applications. # The present invention relates to polymeric chemical microsensors low cost and to its method of production, which are sensitive devices to variations in the oxygen concentration in samples and comprising one or more fluorogenic molecular probes which are derived from metaloftalocianina and / or metalloporphyrin anchored in an inert polymer matrix and stable xerogel and deposited as homogeneous film on a test plate the microplate type or microplate. Microsensors are suitable for operations of biochemical laboratory requiring handling multiple small volume samples, for example, immunological or cell-based assay techniques, such as monitoring metabolic studies related to cell proliferation of eukaryotes and prokaryotes, the cytotoxicity and cellular senescence and mitochondrial respiration chain, among other applications, and may further contain and controllably release bioactive substances.