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Saccharomyces cerevisiae (yeast) Posted by: ajcann
Video duration: 112 seconds Global video hits: 12740 MicrobiologyBytes Video Library: microbiologybytes.co m Related: microbiology, biology, science Display Video Comments | Hide Video Comments | Add Comment |
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Yeast - Saccharomyces cerevisiae - Timelapse Posted by: mcdholdem
Video duration: 86 seconds Global video hits: 6929 I shot this through my dissecting scope. I added some sugar, water and yeast and observed. I believe it's 4x, but if it's obviously not, than it's 40x. I am not sure if the camera magnifies. My objective lens is set at 4x. Thanks for watching, comments are appreciated! Related: amscope, microscope, dissecting scope, dissecting microscope, yeast, saccharomyces cerevisiae, 4x, timelapse, sugar Display Video Comments | Hide Video Comments | Add Comment |
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Saccharomyces cerevisiae, Fermentation Posted by: ffxisykel
Video duration: 152 seconds Global video hits: 2590 Another class project. My line of thought: pinot noir belongs in french noir films. Hope you enjoy, and please don't take too seriously. All wine commercials (c) respective owners Adagio with Strings (c) Barber Bisha hotel (c) Bisha Related: wine, educational, fermentation Display Video Comments | Hide Video Comments | Add Comment |
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S. cerevisiae with ARS609 nuclear focus during mitosis Posted by: gasserlab
Video duration: 35 seconds Global video hits: 438 An S.cerevisiae nucleus undergoing mitotic division. The strain carries GFP-tagged TEL6R which segregates between mother and daughter nuclei, and expresses NUP49-GFP to visualize the nuclear envelope. For more information, please contact Susan Gasser: susan.gasser@fmi.ch Related: saccharomyces cerevisiae, s. cerevisiae, telomere, fluorescence, nuclear organization, laci, gfp, ars609 Display Video Comments | Hide Video Comments | Add Comment |
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Cell division of S. cerevisiae over 10 hours with continuous flow in the Y2 microfluidic plate. Posted by: CellASIC
Video duration: 9 seconds Global video hits: 3334 Cell division of S. cerevisiae over 10 hours with continuous flow in the Y2 microfluidic plate. Note the uniformity of focal plane during the entire period. Related: microfluidic, time lapse microscopy, live cell imaging, cell culture, yeast, cerevisiae Display Video Comments | Hide Video Comments | Add Comment |
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Saccharomyces Cerevisiae (Self-Potrait with blue bowl and table) Posted by: justimite
Video duration: 107 seconds Global video hits: 816 Justin Lin, 2010 Saccharomyces Cerevisiae (Self-Potrait with blue bowl and table) Stop-Motion Video of Bread Dough Rising in Chinese Soup Bowl, 150 lbs lump of Bread Dough on Studio Table Final Project for CMU School of Art, 60-101 -- Concept Studio I, Professor Jennifer "Sensei" Myers Related: risingdoughloop Display Video Comments | Hide Video Comments | Add Comment |
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S. cerevisiae with Rap1-GFP (telomeres) Posted by: gasserlab
Video duration: 39 seconds Global video hits: 390 A full chip Rap1-GFP 4D acquisition displayed as a Z-projection. Total number of frames: 271 or 90 min of life imaging with a time frame of 20 s. The image stacks were deconvolved using the Huygensİ software See Schober et al. (2008) Genome Res.18, 261-71.2. For more information, please contact Susan Gasser: susan.gasser@fmi.ch Related: s.cerevisiae, saccharomyces cerevisiae, rap1, gfp, telomere, nuclear organization Display Video Comments | Hide Video Comments | Add Comment |
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Saccharomyces cerevisiae Posted by: TulipanoTlF
Video duration: 45 seconds Global video hits: 20925 ......... Related: microrganismi, microscopio Display Video Comments | Hide Video Comments | Add Comment |
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S. cerevisiae strain with telomere 5R:CFP and 5L:YFP in G1 phase Posted by: gasserlab
Video duration: 10 seconds Global video hits: 175 A G1 phase S. cerevisiae yeast cell with the two ends of chromosome 5 differentially tagged: 5L::YFP (green), 5R::CFP (red). See Bystricky et al. (2005) J. Cell Biol., 168, 375-387. For more information, please contact Susan Gasser: susan.gasser@fmi.ch Related: saccharomyces cerevisiae, s. cerevisiae, telomere, fluorescence, nuclear organization, laci, gfp, yfp, cfp, interphase Display Video Comments | Hide Video Comments | Add Comment |
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S.cerevisiae nucleus: Rap1-YFP labeling telomeres (green) and LacI-CFP tagged Tel14L (red) Posted by: gasserlab
Video duration: 10 seconds Global video hits: 144 Time lapse imaging of a S. cerevisiae nucleus expressing Rap1-YFP, which labels all telomeres, and LacI-CFP, which recognizes a lacO array inserted on Tel14L. Tel14L (red) and Rap1 foci (green). See Schober et al. (2008) Genome Res.18, 261-71.2. For more information, please contact Susan Gasser: susan.gasser@fmi.ch Related: rap1, foci, saccharomyces cerevisiae, s. cerevisiae, telomere, fluorescence, nuclear organization, laci, gfp, yfp, cfp Display Video Comments | Hide Video Comments | Add Comment |
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S.cerevisiae with a GFP-lacI tagged late replicating origin Posted by: gasserlab
Video duration: 15 seconds Global video hits: 299 2D time lapse imaging of a G1-phase yeast nucleus carrying a GFP-tagged late firing replication origin (ARS1413) and integrated NUP49-GFP to visualize the nuclear envelope. Images are taken at 1.5s intervals on a Zeiss LSM510 confocal and are shown at 10x real time. See Heun et al. (2001) Science, 293, 2181-2186. For more information, please contact Susan Gasser: susan.gasser@fmi.ch Related: ars1413, g1, saccharomyces cerevisiae, s. cerevisiae, replication origin, fluorescence, nuclear organization, gfp Display Video Comments | Hide Video Comments | Add Comment |
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S. cerevisiae: Rap1-YFP labels all telomeres; LacI-CFP recognizes a lacO array on Tel14L Posted by: gasserlab
Video duration: 8 seconds Global video hits: 148 Time lapse imaging of two nuclei of an S. cerevisiae strain expressing Rap1-YFP (green), which labels all telomeres, and LacI-CFP (red), which recognizes a lacO array inserted on Tel14L. See Schober et al. (2008) Genome Res.18, 261-71.2. For more information, please contact Susan Gasser: susan.gasser@fmi.ch Related: saccharomyces cerevisiae, s. cerevisiae, telomere, fluorescence, nuclear organization, laci, gfp, yfp, cfp, rap1, nuclear periphery Display Video Comments | Hide Video Comments | Add Comment |
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Saccharomyces cerevisiae Posted by: OakGroveBrewing
Video duration: 16 seconds Global video hits: 59 This is my first film of brewer's yeast. It's WLP001 from White Labs. It's nothing incredibly exciting, but gives you a good idea of what beer yeast looks like. Related: saccharomyces cerevisiae, beer yeast, brewers yeast, brewing yeast, yeast, homebrew Display Video Comments | Hide Video Comments | Add Comment |
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The moving mRNA in s. cerevisiae Posted by: Susi83714
Video duration: 130 seconds Global video hits: 222 live cell imaging of yeast showing the movement of a fluorescent labeled mRNA Related: yeasti Display Video Comments | Hide Video Comments | Add Comment |
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S. cerevisiae tracked over multiple cell divisions with monitoring of gene expression activity. Posted by: CellASIC
Video duration: 16 seconds Global video hits: 259 Courtesy of Bruno Afonso, Pamela Silver, Harvard University S. cerevisiae tracked over multiple cell divisions with monitoring of gene expression activity. Brightfield, fluorescence, and overlay channels depicted. Related: microfluidic, time lapse microscopy, live cell imaging, cell culture, yeast, signal tracking Display Video Comments | Hide Video Comments | Add Comment |
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Saccharomyces Cerevisiae Posted by: shanamaries
Video duration: 311 seconds Global video hits: 803 Microbial Moment Related: microbiology, science Display Video Comments | Hide Video Comments | Add Comment |
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Three-dimensional reconstruction: GFP-tagged chromosomal LYS2 in S.cerevisiae nucleus Posted by: gasserlab
Video duration: 30 seconds Global video hits: 216 Three-dimensional reconstruction from time lapse data of an S. cerevisiae strain with a GFP-tagged chromosomal LYS2 locus. See Gartenberg et al. (2004) Cell, 119, 955-967. For more information, please contact Susan Gasser: susan.gasser@fmi.ch Related: saccharomyces cerevisiae, s. cerevisiae, gfp, lys2, nuclear organization, chromatin movement Display Video Comments | Hide Video Comments | Add Comment |
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S. cerevisiae cells loading into Y04C microfluidic cell culture chamber Posted by: CellASIC
Video duration: 3 seconds Global video hits: 146 Cell loading of S. cerevisiae in the microfluidic device. Images taken with a 60X oil immersion objective lens every second. Note the uniform focal plane of all cells, including attached daughter cells. Courtesy of Mark Sanders, Univ. of Minnesota Imaging Center Related: s. cerevisiae, microfluidics, yeast cell culture, cell imaging, time lapse microscopy Display Video Comments | Hide Video Comments | Add Comment |
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Yeastract - A tool for the analysis of regulatory associations in Saccharomyces cerevisiae Posted by: INESCID
Video duration: 204 seconds Global video hits: 618 YEASTRACT provides a set of queries to search and retrieve important biological information from the gathered data and to predict transcription regulation networks in yeast from data emerging from gene-by-gene analysis or global approaches. Related: N/A Display Video Comments | Hide Video Comments | Add Comment |
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S. cerevisiae loading into the Y2 microfluidic device. Posted by: CellASIC
Video duration: 8 seconds Global video hits: 318 Courtesy of Mark Sanders, Univ. of Minnesota Imaging Center Cell loading of S. cerevisiae in the Y2 microfluidic device. Images taken with a 60X oil immersion objective lens every second. Note the uniform focal plane of all cells, including attached daughter cells. Related: microfluidic, time lapse microscopy, live cell imaging, cell culture, cerevisiae, yeast Display Video Comments | Hide Video Comments | Add Comment |
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