Light Microscopy for You

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=Abstract here=
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=LM4U - light microscopy, for you!=
its not a course OK?!
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What you need to know about light microscopy and the LMF/IPF but never knew to ask.
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=1 slide per point=
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==What is LM4U? - Briefing Abstract==
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Look, its not really a taught course! OK?! Its a briefing for new users and whoever else needs to know the bare essentials of light microscopy.
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This is not a substitute for a full "Basics of light microscopy course", but it will get you started.
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This very brief, "crash course in light microscopy basics", covers:
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#What you need to know about light microscopy and the LMF/IPF, but never knew to ask.
 +
##Concepts you need to know / refresh, including tips and tricks, concerning how to improve your imaging experiments and impress your RGL/PI, and TAC.
 +
##Safety: Lasers, mercury lamps, etc.
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##How to use the LMF / IPF
  
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==Target Audience:==
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Everyone doing light microscopy-  ESPECIALLY NEW-COMERS!!!
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==Content==
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(1 slide per point)
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=== Introduce yourself===
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# Who are we?
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# Who are you?
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===Practical Microscopy Tips and Tricks===
 
# What is a Microscope - Provdides  Magnification and more importantly Resolution.   
 
# What is a Microscope - Provdides  Magnification and more importantly Resolution.   
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## Refraction
 
## Basic Ray Optics of a Lens.  
 
## Basic Ray Optics of a Lens.  
## refraction
 
 
## Conjugate planes
 
## Conjugate planes
 
###Single Lens has 2 focal planes FFP and BFP
 
###Single Lens has 2 focal planes FFP and BFP
 
### little microscope  
 
### little microscope  
 
### What is confocal
 
### What is confocal
# Resolution  
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# Resolution and Diffraction
 
## optical resolution  - Point Spread Function / Airy Disk
 
## optical resolution  - Point Spread Function / Airy Disk
 
##Pixel Spacing (size?) Physical CCD dexels vs Picture Elements vs point scanning
 
##Pixel Spacing (size?) Physical CCD dexels vs Picture Elements vs point scanning
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## Digitization
 
## Digitization
 
## Detector Saturation
 
## Detector Saturation
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## What is that picture I see on my computer screen? (image, display, LUT, screen calibration)
 
# Objective language / reading
 
# Objective language / reading
 
## Coverslip thickness is part of the objective design (#1.5 0.17 mm +- 0.01)
 
## Coverslip thickness is part of the objective design (#1.5 0.17 mm +- 0.01)
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## old oil,  wrong oil, wrong collar setting
 
## old oil,  wrong oil, wrong collar setting
 
## Lens cleaning
 
## Lens cleaning
# safety ; mercury lamps, lasers (jewelry, interlocks)
 
 
# Project Planning / Workflow
 
# Project Planning / Workflow
  
# Admin intro
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===Safety===
## New User 30 min [[Checklist_for_introducing_new_users_to_the_MPI-CBG_LMF/IPF_facility|new user checklist]]
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# mercury HBO lamps - explosion risk - what to do it it explodes.
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# lasers (jewelry, interlocks, eye level above laser level, dont disable/defeat laser safety devices, dont look at a laser with your remaining good eye. )
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# White light sources (HBO, MetalHalide etc. and Halogen) can also hurt your eyes.
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===Admin===
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# LMF citizenship - policies - local rules: [[Checklist_for_introducing_new_users_to_the_MPI-CBG_LMF/IPF_facility|new user checklist]]
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# [[New_user_project_questions]]

Latest revision as of 18:38, 8 March 2011

Contents

[edit] LM4U - light microscopy, for you!

[edit] What is LM4U? - Briefing Abstract

Look, its not really a taught course! OK?! Its a briefing for new users and whoever else needs to know the bare essentials of light microscopy. This is not a substitute for a full "Basics of light microscopy course", but it will get you started. This very brief, "crash course in light microscopy basics", covers:

  1. What you need to know about light microscopy and the LMF/IPF, but never knew to ask.
    1. Concepts you need to know / refresh, including tips and tricks, concerning how to improve your imaging experiments and impress your RGL/PI, and TAC.
    2. Safety: Lasers, mercury lamps, etc.
    3. How to use the LMF / IPF

[edit] Target Audience:

Everyone doing light microscopy- ESPECIALLY NEW-COMERS!!!


[edit] Content

(1 slide per point)

[edit] Introduce yourself

  1. Who are we?
  2. Who are you?

[edit] Practical Microscopy Tips and Tricks

  1. What is a Microscope - Provdides Magnification and more importantly Resolution.
    1. Refraction
    2. Basic Ray Optics of a Lens.
    3. Conjugate planes
      1. Single Lens has 2 focal planes FFP and BFP
      2. little microscope
      3. What is confocal
  2. Resolution and Diffraction
    1. optical resolution - Point Spread Function / Airy Disk
    2. Pixel Spacing (size?) Physical CCD dexels vs Picture Elements vs point scanning
    3. Numerical Aperture vs Magnification : Abbe/Rayleigh Resolution d = lambda / 2NA
  3. What is contrast? (No light = no image; no contrast = no resolution)
    1. Fluorescence and Stokes Shift
      1. Spectrum databases / viewers for planning expt.
  4. Detectors: CCD vs. PMT Widefield vs point detection
    1. Digitization
    2. Detector Saturation
    3. What is that picture I see on my computer screen? (image, display, LUT, screen calibration)
  5. Objective language / reading
    1. Coverslip thickness is part of the objective design (#1.5 0.17 mm +- 0.01)
    2. Lens Immersion media
    3. old oil, wrong oil, wrong collar setting
    4. Lens cleaning
  6. Project Planning / Workflow

[edit] Safety

  1. mercury HBO lamps - explosion risk - what to do it it explodes.
  2. lasers (jewelry, interlocks, eye level above laser level, dont disable/defeat laser safety devices, dont look at a laser with your remaining good eye. )
  3. White light sources (HBO, MetalHalide etc. and Halogen) can also hurt your eyes.

[edit] Admin

  1. LMF citizenship - policies - local rules: new user checklist
  2. New_user_project_questions
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