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("Principles of Microscopy" course 2007)
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==== "Principles of Microscopy" course 2007 ====
 
==== "Principles of Microscopy" course 2007 ====
 
<gallery>
 
<gallery>
Image:Course-poster.jpg
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Image:Course-poster.jpg | course announcement
Image:DSC0312.jpg
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Image:DSC0312.jpg | Peter Evennett and Humberto at the optical bench
Image:DSC0320.jpg
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Image:DSC0320.jpg | room overview - 2nd floor galeria
Image:DSC0324.jpg
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Image:DSC0324.jpg | Peter at his demo microscope
Image:DSC0327.jpg
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Image:DSC0327.jpg | it's all about lenses
Image:DSC0328.jpg
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Image:DSC0328.jpg | Jan
Image:DSC0333.jpg
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Image:DSC0333.jpg | the optical bench
Image:DSC0335.jpg
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Image:DSC0335.jpg | Peter at the condenser
Image:DSC0341.jpg
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Image:DSC0341.jpg | demonstration of refractive index with a cup, a coin and water
Image:DSC0343.jpg
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Image:DSC0343.jpg | Peter Evennett
Image:DSC0344.jpg
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Image:DSC0344.jpg | Peter & Peter, setting up the demo microscope
Image:DSC0347.jpg
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Image:DSC0347.jpg | Tim Cross, finally at the pipette
 
</gallery>
 
</gallery>

Revision as of 17:14, 7 September 2009

Contents

Images acquired with our equipment

Effect of the CLSM pinhole

overview images

  • Typical overview image of a tissue sample region. Pinhole diameter decreases from 8 airy units to 1 airy unit.
  • Available as Video
  • Invitrogen FluoCells(r) #4, Zeiss LSM 510, Plan-Apochromat 63x/1.4, 488 nm + 594 nm excitation, 505-580 nm + LP610 nm detection

XY

  • High resolution image, acquired with decreasing pinhole diameter from 8 airy units to 0.6 airy units.
  • Available as Video
  • Invitrogen FluoCells(r) #4, Zeiss LSM 510, Plan-Apochromat 63x/1.4, 594 nm excitation, LP610 nm detection

XYZ

  • One region of the sample was imaged with decreasing pinhole diameter, starting from 8 airy units (first image) down to 1 airy units (last image).
  • Available as Video
  • Invitrogen FluoCells(r) #4, Zeiss LSM 510, Plan-Apochromat 63x/1.4, 488 nm excitation, 505-580 nm detection, 0.2 µm Z-stepsize, Bitplane Imaris

Cleaning an objective makes sense

  • Invitrogen FluoCells(r) #6, Zeiss LSM 510, Plan-Apochromat 63x/1.4, 488nm excitation, 505-550nm detection, pinhole @98µm

Photos

Peter Evennett

"Principles of Microscopy" course 2007

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