Abstract: A lab-on-chip type system, capable of identifying antibiotic sensitivity at the point of care of patients, especially in rural areas, clinics, hospitals that do not have care 24/7, hospitals with low level of equipment, among others, from the extraction of a sample, comprising a micro device or medical base device and a dispenser, wherein said micro device comprises a plurality of microwells, arranged in a circular fashion on one of the faces of the micro device, and wherein the micro-dispenser comprises a central plunger for taking and supplying the sample, a chamber for storage and distribution of the sample and a plurality of microdispensers arranged in a circular manner through which the sample is introduced into the microwells of the micro device.

Abstract: This invention is directed to a method for quick repairing multiple cosmetic defects of a vehicle wherein the method comprises the steps of: (a) identifying said cosmetic defect of the vehicle; (b) regulating environmental elements within a controlled perimeter used for positioning the vehicle or an area around the cosmetic defect wherein the environmental elements comprise liquid, air, temperature, light, radiation, humidity, or a combination thereof; (c) acquiring repair data on the cosmetic defect of the vehicle within the controlled perimeter; (d) entering the repair data into a computing device; (e) retrieving one or more repair specification from a first database located in said computing device or located in a host computer in communication with said computing device; (f) estimating repair cost based on the repair specification; (g) obtaining an authorization to repair the cosmetic defect based on said repair cost and the repair specification; and (h) repairing the cosmetic defect based on the repair s