Biological data acquired by microscopic imaging are often complex and difficult to interpret. With the increas-ing availability of functional high-throughput microscopic imag-ing technology, enormous amounts of digital image data are being generated, ranging up to thousands of images for a singl
Nowadays it is possible to unravel complex informa-tion at all levels of cellular organization by ob...
Scope: High-content imaging (HCI) plays a pivotal role in high-throughput screening (HTS) of biologi...
This review comes from a themed issue on Big data acquisition and analysis (2017)Edited by Pascal Fa...
The last two decades have witnessed great advances in biological tissue labeling and automated micro...
The past few years have seen a tremendous renaissance in biological optical microscopy, mainly as a ...
The last two decades have witnessed great advances in biological tissue labeling and automated micro...
Nowadays it is possible to unravel complex informa-tion at all levels of cellular organization by ob...
Recent advances in bio-molecular imaging have afforded biologists a more thorough understanding of c...
AbstractComputation is often seen as information processing. Many biological systems may be investig...
‘A picture is worth a thousand words’ is an idiom from the English language (‘borrowed’ from on old ...
The advent of fluorescent proteins, together with the recent development of advanced high-resolution...
Just as microelectronics and the resulting information tech-nology shaped the scientific landscape o...
Whilst digital technologies are often popularly portrayed as inherently different from their materia...
Modern microscopy techniques can image beyond the diffraction limit, in three spatial dimensions, an...
Abstract Cellular behavior is complex. Successfully understanding systems at ever-increasing complex...
Nowadays it is possible to unravel complex informa-tion at all levels of cellular organization by ob...
Scope: High-content imaging (HCI) plays a pivotal role in high-throughput screening (HTS) of biologi...
This review comes from a themed issue on Big data acquisition and analysis (2017)Edited by Pascal Fa...
The last two decades have witnessed great advances in biological tissue labeling and automated micro...
The past few years have seen a tremendous renaissance in biological optical microscopy, mainly as a ...
The last two decades have witnessed great advances in biological tissue labeling and automated micro...
Nowadays it is possible to unravel complex informa-tion at all levels of cellular organization by ob...
Recent advances in bio-molecular imaging have afforded biologists a more thorough understanding of c...
AbstractComputation is often seen as information processing. Many biological systems may be investig...
‘A picture is worth a thousand words’ is an idiom from the English language (‘borrowed’ from on old ...
The advent of fluorescent proteins, together with the recent development of advanced high-resolution...
Just as microelectronics and the resulting information tech-nology shaped the scientific landscape o...
Whilst digital technologies are often popularly portrayed as inherently different from their materia...
Modern microscopy techniques can image beyond the diffraction limit, in three spatial dimensions, an...
Abstract Cellular behavior is complex. Successfully understanding systems at ever-increasing complex...
Nowadays it is possible to unravel complex informa-tion at all levels of cellular organization by ob...
Scope: High-content imaging (HCI) plays a pivotal role in high-throughput screening (HTS) of biologi...
This review comes from a themed issue on Big data acquisition and analysis (2017)Edited by Pascal Fa...
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