Automating this analysis allows the rapid completion of experiments that would have previously taken a biologist's lifetime. In this paper, progress toward ...
Abstract— Yeast pedigree analysis requires a biologist to manually manipulate single yeast cells every 90 minutes for as long as 150 hours. Automating this ...
Automating this analysis will allow the rapid completion of experiments that would have previously taken a biologist's lifetime. In this paper, progress toward ...
Automated lifetime analysis of a single yeast cell | Semantic Scholar
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Progress toward automating yeast pedigree analysis is presented, and two novel and useful tools for biotechnology are presented: a procedure to pattern a ...
John Koschwanez, Mark Holl, Robert H. Carlson, Michael McMurray, Daniel Gottschling, Deirdre R. Meldrum Automated lifetime analysis of a single yeast cell
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When coupled with time-lapse imaging, cell division events for the entire replicative lifespan of hundreds of single yeast cells can be tracked, recorded, and ...
First, a deep-supervised U-Net is applied to automatically segment yeast cells. Then, the features of fluorescence lifetime and morphology of each yeast cell ...
Oct 7, 2024 · Automated lifetime analysis of a single yeast cell. CASE 2005: 13-18 ... Automation of Yeast Pedigree Analysis. ICRA 2004: 1475-1480.
We describe an open-source automated multiwell plate fluorescence lifetime imaging (FLIM) methodology to read out Förster resonance energy transfer (FRET)
In order to automate replicative aging measurements for individual mother cells, we designed and fabricated a microfluidic platform (Fig. 1) that can be used to ...
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