Dispositivo y método para la detección de células en microgotas

Se proporcionan dispositivos, sistemas y métodos asociados para manipular y/o determinar una o más características de las células contenidas dentro de una muestra biológica. En particular, se proporciona un dispositivo y métodos de uso del mismo, comprendiendo el dispositivo un componente de clasificación configurado para separar las microgotas que contienen células de las vacías en una población de primeras microgotas que contienen células; un componente de manipulación de microgotas configurado para manipular las primeras microgotas usando electrodos de electrohumectación reales o virtuales, y un sistema de detección óptica configurado para detectar una señal óptica de las microgotas a través de una o más ventanas de detección. (Traducción automática con Google Translate, sin valor legal) A method for using a device for manipulating and/or determining one or more characteristics of cells or micro-bead contained within a biological sample is provided. The device comprises: a sorting component configured to separate cell-containing or micro-bead containing microdroplets from empty ones into a population of cell-containing or micro-bead containing first microdroplets; a microdroplet manipulation component configured to manipulate the first microdroplets in a first zone configured to arrange the first microdroplets into an array for optical inspection and a second zone located within or adjacent the first zone and configured to detect merged microdroplets in one or more detection windows; and an optical detection system configured to detect an optical signal from the microdroplets via the one or more detection windows and to analyse the contents of each microdroplet to determine one or more characteristics of a cell or micro-bead contained in that microdroplet. The method comprises the steps of: creating from the biological sample aqueous first microdroplets in an immiscible carrier fluid, at least some of which are believed to contain cells of a particular cell type; moving the first microdroplets along a pathway using real or virtual electrodes to at least one microdroplet-merging location; merging reporter system containing microdroplets into the first microdroplets to produce merged microdroplets; analyzing the contents of each merged microdroplet with an optical detection system and detecting an optical signal characteristic of an interaction between the cell or micro-bead and the reporter system.