Gallery

  • Cell86MPEG4High
  • GFP Crystals Orientation Image
  • Xylem Cell Retardance FocusSeries - Tobias Baskin/Rudolf Oldenbourg
  • Sara Abrahamsson/Molly McQuilken - Multi-Focus Polarization Microscopy, MBL, Woods Hole
  • Diattenuation image of clofazimine. Gus Rosania, Department of Pharmaceutical Sciences, University of Michigan College of Pharmacy.
  • Heliozoa imaged in Birefringence mode
  • Metal NNF etched ColorMap Image
  • AplysiaBagCellGrowthConeMPEG4
  • Xylem Cell Retardance LightField Image - Tobias Baskin/Rudolf Oldenbourg
  • MDK Cell ColorMap Image. Credit: Bradley DeMay and Amy Gladfelter, Dartmouth College.
  • Diatom Image
  • Sara Abrahamsson/Molly McQuilken - Multi-Focus Polarization Microscopy, MBL, Woods Hole
  • Beauty of actin cytoskeleton captured with confocal LC-PolScope: <a href="https://www.czbiohub.org/sf/people/staff/shalin-mehta-phd/" target="_blank">Shalin Mehta</a> in collaboration with Drew, Clara and Jonathan Gitlin
  • GFP Crystals Fluorescence-Anisotrophy/Orientation Colormap Image
  • Aster Retardance Image
  • Aster Orientation Image
  • GFP Crystals Fluorescence-Anisotrophy Image
  • Metal NNF etched Diattenuation-Transmittance dataset Image
  • Fluorescence-Polarization: Polarized fluorescence of GFP labeled septin hourglass structure in budding yeast. (a) Polarized fluorescence of GFP attached to septin molecules (Cdc12) lining the bud neck. Viewing direction is either perpendicular (top panels, top view) or parallel to mother-daughter axis (bottom panels, cross-section view). DeMay et. al, 2011
  • MBL-Discovery Never Ends
  • Sara Abrahamsson - Multi-Focus Polarization Microscopy, MBL, Woods Hole
  • Sara Abrahamsson/Molly McQuilken - Multi-Focus Polarization Microscopy, MBL, Woods Hole
  • Spermatocyte Retardance Image. Credit: James R. LaFountain, University at Buffalo.
  • Zebrafish Eye using LC-PolScope Birefringence Imaging (Credits: Unknown)
  • Metal NNF etched Diattenuation-Anisotrophy dataset Image
  • Metal NNF etched Retardance Image
  • Aster ColorMap Image
  • Mouse coronal brain stem, birefringence image (Polychromatic Polarization Microscope). Credit: <a href="https://www.mbl.edu/research/faculty-and-whitman-scientists/Michael%20Shribak">Michael Shribak</a>, MBL, Woods Hole
  • Calcite crystal imaged in Birefringence mode
  • MeiosisIHumanTmprture
  • Metal NNF etched ColorMap dataset Image
  • Calcite layer imaged with the Birefringence OpenPolScope equipped with a light field sensor.
  • GFP Crystals Fluorescence-Average Image
  • Metal NNF etched Orientation dataset Image
  • LC-PolScope image of cell wall sacculi purified from <i>Bacillus subtilis</i> with different levels of induction of mreBCD, the genes that build rod shape. Color indicates the molecular orientation, brightness corresponding to degree of alignment in that direction. Credit: R. Oldenbourg and E. Garner
  • Optically sectioned orientation of filamentous actin in mammalian cells measured using confocal LC-PolScope. Image courtesy: Shalin Mehta, specimen courtesy: Felix Spira
  • Meiosis I, Polarized Light Microscopy. J LaFountain and R Oldenbourg/MBL Woods Hole
  • Septin assembly and organization from yeast to mammals - Gladfelter Lab, Dartmouth
  • Instantaneous fluorescence polarization microscope: Orientation of actin filaments. Credit: Shalin Mehta and Tomomi Tani
  • "Companions in Discovery" by Amy Gladfelter, for ASCB Celldance 2014
  • MultiFocus Polarization Microscope (MF-PolScope) for 3D polarization imaging... Sara Abrahamsson et al (2015), Optics Express <a href="http://dx.doi.org/10.1364/OE.23.007734">http://dx.doi.org/10.1364/OE.23.007734</a>
  • Large-Scale Orientation of Defects (Dogic Lab) - DeCamp et al (2015), Nat Mater
  • Retardance Video of 2D Active Nematic (Dogic Lab) - DeCamp et al (2015), Nat Mater
  • Orientational order of motile defects in active nematics (Hagan Lab)

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Last Page Update on June 12 2024 15:39