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[[_TOC_]]
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[[_TOC_]]
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# Profile
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# Profile
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| {width=5000} | Installed 2020. Inverse point scanning confocal microscope with up to 6 channels (2 alkali PMT, 4 sensitive GaAsP detectors) and the Airyscan 2 detector for multiplexed super-resolution imaging. Spectral imaging (lambda scanning, emission fingerprinting) via sequential acquisition, transmitted light PMT and lasers to image all dyes from DAPI to Cy5. Multi-positioning (Piezo-driven XY stage with Z-Piezo top plate). Biophysical FCS analysis via photon counting modularity possible with dedicated water immersion objectives. |
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| {width=5000} | Installed 2020. Inverse point scanning confocal microscope with up to 6 channels (2 alkali PMT, 4 sensitive GaAsP detectors) and the Airyscan 2 detector for multiplexed super-resolution imaging. Spectral imaging (lambda scanning, emission fingerprinting) via sequential acquisition, transmitted light PMT and lasers to image all dyes from DAPI to Cy5. Multi-positioning (Piezo-driven XY stage with Z-Piezo top plate). Biophysical FCS analysis via photon counting modularity possible with dedicated water immersion objectives. |
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# Manuals & Guides
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# Manuals & Guides
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<br/>
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## Startup & Shutdown
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## Startup & Shutdown
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<details>
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<details>
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</summary>
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</summary>
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<br/>
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| {width=100%} | 1. Turn the Main Switch (1) in ON position <br><br> 2. Turn the Laser key (2) clockwise in vertical position (labeled "Laser") <br><br> 3. Push the Components switch (3) in ON position <br><br> 4. Power up the PC (4). Login into the "user" account and start ZEN <br><br> 5. Press the Load position button on the touch panel of the microscope <br><br> |
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| {width=100%} | 1. Turn the Main Switch (1) in ON position <br><br> 2. Turn the Laser key (2) clockwise in vertical position (labeled "Laser") <br><br> 3. Push the Components switch (3) in ON position <br><br> 4. Power up the PC (4). Login into the "user" account and start ZEN <br><br> 5. Press the Load position button on the touch panel of the microscope <br><br> |
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|-------------------------------------------------------------------------|-----------------------------------------|
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|-------------------------------------------------------------------------|-----------------------------------------|
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</details>
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</details>
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<details>
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<details>
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<summary>
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<summary>
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... | @@ -46,16 +37,13 @@ |
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</summary>
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</summary>
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<br/>
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1. Close ZEN
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1. Close ZEN
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2. Press the Load position button on the touch panel
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2. Press the Load position button on the touch panel
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3. Clean immersion objectives with lens cleaning paper
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3. Clean immersion objectives with lens cleaning paper
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#### Leaving the system for the next user
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#### Leaving the system for the next user
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4. Logout from the Windows session
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4. Logout from the Windows session
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#### Full shutdown (last user)
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#### Full shutdown (last user)
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4. Shut down the PC (4)
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4. Shut down the PC (4)
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5. Push the Components switch (3) in OFF position
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5. Push the Components switch (3) in OFF position
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... | @@ -63,12 +51,8 @@ |
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7. Turn the Main Switch (1) in OFF position
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7. Turn the Main Switch (1) in OFF position
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8. Cover the microscope with the dust cover
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8. Cover the microscope with the dust cover
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</details>
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</details>
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---
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## Environmental Control
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## Environmental Control
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- Stagetop incubation only
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- Stagetop incubation only
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</summary>
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</summary>
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<br/>
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If you want plan to use stage-top incubation on the LSM-980, you need to first open (only one turn needed) the valve on the CO<sub>2</sub> bottle itself, then open the respective valve to the microscope.
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If you want plan to use stage-top incubation on the LSM-980, you need to first open (only one turn needed) the valve on the CO<sub>2</sub> bottle itself, then open the respective valve to the microscope.
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Next, assemble the heating unit with the appropriate insert for your sample carrier. There is one insert for regular slides/Ibidi Dishes **(3)** and one for 35mm dishes **(4)**
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Next, assemble the heating unit with the appropriate insert for your sample carrier. There is one insert for regular slides/Ibidi Dishes **(3)** and one for 35mm dishes **(4)**
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... | @@ -104,15 +84,10 @@ In the software, move to the "Incubation" Tab (in the right hand panel in ZEN) a |
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**H Insert P**: insert for slides/ibidi dishes
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**H Insert P**: insert for slides/ibidi dishes
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**H Insert M**: insert for 35mm dishes
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**H Insert M**: insert for 35mm dishes
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</details>
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</details>
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## Acquisition Setup
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## Acquisition Setup
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The LSM-980 can be used in various modes, the "standard" confocal mode on the one hand and a variety of imaging modalities using the Airyscan detector. Depending on the modalities selected, setting up your acquisition will vary slightly and different aspects need to be considered.
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The LSM-980 can be used in various modes, the "standard" confocal mode on the one hand and a variety of imaging modalities using the Airyscan detector. Depending on the modalities selected, setting up your acquisition will vary slightly and different aspects need to be considered.
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... | @@ -127,9 +102,6 @@ In both cases the "Smart Setup" option is a good point to start from. |
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</summary>
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</summary>
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<br/>
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</details>
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</details>
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... | @@ -145,14 +117,8 @@ In both cases the "Smart Setup" option is a good point to start from. |
... | @@ -145,14 +117,8 @@ In both cases the "Smart Setup" option is a good point to start from. |
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- Multichannel Airyscan alignment: 512 x 512 pixels, high speed, optional: line switching
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- Multichannel Airyscan alignment: 512 x 512 pixels, high speed, optional: line switching
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- MPLX-8Y, CO-8Y: always bidirectional (bidi correction must be selected in Options, autocorrection done from detector signal)
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- MPLX-8Y, CO-8Y: always bidirectional (bidi correction must be selected in Options, autocorrection done from detector signal)
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<br/>
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</details>
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</details>
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---
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<br/>
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# Technical Specifications
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# Technical Specifications
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## Objectives
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## Objectives
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... | @@ -184,6 +150,7 @@ In both cases the "Smart Setup" option is a good point to start from. |
... | @@ -184,6 +150,7 @@ In both cases the "Smart Setup" option is a good point to start from. |
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```
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## Lasers
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## Lasers
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| Wavelength [nm] | Power [mW] | Type |
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| Wavelength [nm] | Power [mW] | Type |
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| $`\textcolor{purple}{\sf{405}}`$ | 30 | diode |
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| $`\textcolor{purple}{\sf{405}}`$ | 30 | diode |
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