Abstract. Methods and results are presented for tracking the move-ments of hundreds of rodlike bacteria on a black-and-white video. The bacteria are identified with a modified watershed segmenting algorithm and their trajectories are reconstructed. Measurement of such trajec-tories is a fundamental step towards studying the collective motion of bacteria.
Bacterial biofilms are structured microbial communities which are widespread both in nature and in c...
The biofilm ubiquitously exists on most wet surfaces. It is a protective shield of the bacteria and ...
Videos of motile bacteria recorded using a Raspberry Pi V2 digital camera in a 3D printed openflexur...
Recent advances in microscopy, computing power and image processing have enabled the analysis of eve...
Tracking bacteria using video microscopy is a powerful experimental approach to probe their motile b...
<div><p>Tracking bacteria using video microscopy is a powerful experimental approach to probe their ...
In this paper, we present an automatic method for estimating the trajectories of Escherichia coli ba...
Tracking bacteria using video microscopy is a powerful experimental approach to probe their motile b...
A method was developed to allow the quantification and mapping of relative bacterial twitching motil...
The motile behaviour of bacteria underlies many important aspects of their actions, including pathog...
<div><p>In this technical report we demonstrate a low-cost online unit allowing movement tracking of...
AbstractTracking fast-swimming bacteria in three dimensions can be extremely challenging with curren...
In this paper, we present an automatic method for estimating the trajectories of Escherichia coli ba...
In this paper, we present an automatic method for estimating the trajectories of Escherichia coli ba...
Swimming bacteria explore their environment by performing a random walk, which is biased in response...
Bacterial biofilms are structured microbial communities which are widespread both in nature and in c...
The biofilm ubiquitously exists on most wet surfaces. It is a protective shield of the bacteria and ...
Videos of motile bacteria recorded using a Raspberry Pi V2 digital camera in a 3D printed openflexur...
Recent advances in microscopy, computing power and image processing have enabled the analysis of eve...
Tracking bacteria using video microscopy is a powerful experimental approach to probe their motile b...
<div><p>Tracking bacteria using video microscopy is a powerful experimental approach to probe their ...
In this paper, we present an automatic method for estimating the trajectories of Escherichia coli ba...
Tracking bacteria using video microscopy is a powerful experimental approach to probe their motile b...
A method was developed to allow the quantification and mapping of relative bacterial twitching motil...
The motile behaviour of bacteria underlies many important aspects of their actions, including pathog...
<div><p>In this technical report we demonstrate a low-cost online unit allowing movement tracking of...
AbstractTracking fast-swimming bacteria in three dimensions can be extremely challenging with curren...
In this paper, we present an automatic method for estimating the trajectories of Escherichia coli ba...
In this paper, we present an automatic method for estimating the trajectories of Escherichia coli ba...
Swimming bacteria explore their environment by performing a random walk, which is biased in response...
Bacterial biofilms are structured microbial communities which are widespread both in nature and in c...
The biofilm ubiquitously exists on most wet surfaces. It is a protective shield of the bacteria and ...
Videos of motile bacteria recorded using a Raspberry Pi V2 digital camera in a 3D printed openflexur...