This paper is devoted to the usage of image processing techniques in lab-on-a-chip devices for a cell detection and tracking. Advantages and disadvantages of image processing in data acquisition from lab-on-a-chip are described. A modified multiparametric object tracking method is presented. The method was tested on the lab-on-a-chip setup with living euglena and has shown plausible results for video with a low frame rate
The physical manipulation of biological cells is very attractive now in biotechnology (Butler, 1991)...
An accessible design of autonomous labs on the chip which do not require a special reader is develop...
Lab-on-a-chip systems are increasingly applied in cell-based assays for toxicology and drug testing....
Abstract In this paper, we review the integration of microfluidic chips and computer vision, which h...
Title: Live-cell tracking in time-lapse sequences Author: Tomáš Zámečník Department: Department of S...
Advances in optical microscopy, biosensors and cell culturing technologies have transformed live cel...
This article describes a system that aims to track small animals in the context of laboratory tests ...
An innovative methodology to detect and track cells using microscope images enhanced by optical cros...
Background: We developed the CellTracks cell analysis system that, similar to flow cytometry, yields...
AbstractLive-cell assays are used to study the dynamic functional cellular processes in High-Content...
Cell detection using image sensors is a novel and promising technique that can be used for diagnosti...
A computer-based tracing technique has been developed to follow the movement of living cells and kee...
The past decade has seen an unprecedented data explosion in biology. It has become evident that in o...
In this paper, we propose an image processing method able to detect cells trough in vitro phase-cont...
AbstractOptical detection methods are the most popular methods co-working with microfluidic chips. I...
The physical manipulation of biological cells is very attractive now in biotechnology (Butler, 1991)...
An accessible design of autonomous labs on the chip which do not require a special reader is develop...
Lab-on-a-chip systems are increasingly applied in cell-based assays for toxicology and drug testing....
Abstract In this paper, we review the integration of microfluidic chips and computer vision, which h...
Title: Live-cell tracking in time-lapse sequences Author: Tomáš Zámečník Department: Department of S...
Advances in optical microscopy, biosensors and cell culturing technologies have transformed live cel...
This article describes a system that aims to track small animals in the context of laboratory tests ...
An innovative methodology to detect and track cells using microscope images enhanced by optical cros...
Background: We developed the CellTracks cell analysis system that, similar to flow cytometry, yields...
AbstractLive-cell assays are used to study the dynamic functional cellular processes in High-Content...
Cell detection using image sensors is a novel and promising technique that can be used for diagnosti...
A computer-based tracing technique has been developed to follow the movement of living cells and kee...
The past decade has seen an unprecedented data explosion in biology. It has become evident that in o...
In this paper, we propose an image processing method able to detect cells trough in vitro phase-cont...
AbstractOptical detection methods are the most popular methods co-working with microfluidic chips. I...
The physical manipulation of biological cells is very attractive now in biotechnology (Butler, 1991)...
An accessible design of autonomous labs on the chip which do not require a special reader is develop...
Lab-on-a-chip systems are increasingly applied in cell-based assays for toxicology and drug testing....