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Sanderson Center for Optical Experimentation (SCOPE)
Microscopes
Microscopes
Live Cell Imaging
Confocal Imaging
Super Resolution and TIRF
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SCOPE Microscopy Sample Submission Form
Spatial Biology
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NanoString GeoMx
NanoString GeoMx
GeoMx sample submission form
Vizgen MERFISH
Vizgen MERFISH
MERFISH sample submission form
MLSC data request form
Slide scanning service
Slide scanning service
Slide scanning submission form
TissueFAXS SL Q
TissueFAXS iQ
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Widefield training
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Confocal training
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TIRF training
GE OMX ring TIRF
Olympus cellTIRF
Nikon A1 TIRF
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Super resolution training
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NanoString GeoMx
GeoMx sample submission form
NanoString GeoMx
GeoMx sample submission form
NanoString GeoMx sample submission form
Experimenter Name
*
Experimenter Email
*
PI or Lab Name
*
Institution Name
*
Speedtype (if UMass Chan Medical School)
Please select your GeoMx run type:
Test stain
Experiment
Tissue Type (mouse brain, human skin, etc.)
*
Tissue Preservation Method
*
FFPE
Fresh Frozen
Fixed Frozen
Assay Type
*
WTA (Whole Transcriptome Assay)
CTA (Cancer Transcriptome Assay)
Protein (NGS Readout)
Protein (nCounter Readout)
If running a protein assay, specify which protein core will be used.
If running a protein assay, list which modules will be used with your core (i.e. Module 1, Module 2, Module 3, etc.)
Optional Custom Spike In?
*
Yes
No
Please enter details about your spike in.
Number of Slides
*
Slide Labels (i.e. Slide 1, Slide 2, Slide 3)
*
Number of Samples per Slide
*
Sample Storage Temperature
*
Room Temperature
4°C
-20°C
Antibody Names (ex: antibody 1, antibody 2, antibody 3)
*
Antibody lot numbers (ex: antibody 1: number 1, antibody 2: number 2, antibody 3: number 3)
*
Antibody catalogue numbers (ex: antibody 1: number 1, antibody 2: number 2, antibody 3: number 3)
*
Antibody Storage Temperature
*
Room Temperature
4°C
-20°C
After imaging and collection, will your samples be sequenced by the UMass Chan Deep Sequencing Core Labs (DSCL)?
*
Yes
No
Please describe your project goals in a few sentences.
*
If you will be comparing these images to images previously acquired in the SCOPE, please enter the date and file name of the previous scans. This will allow us to use the same image settings.
How would you like your data transferred? (i.e. DropBox, hard drive you would supply, etc.)
*
Note any other important information about your project and/or samples here.
FOR EXTERNAL USERS ONLY: By clicking this button, I confirm that I have an approved Imaging Request Form (formerly Biosafety Form) on file with the SCOPE for this sample type. The Imaging Request Form can be downloaded from the Forms and Resources page on the SCOPE website (https://www.umassmed.edu/scope/forms-and-resources/)
Yes
The SCOPE images samples as received. We will work with users to obtain the best images possible given the submitted sample quality. Dirt, fibers, air bubbles, non-flat tissue, and other sample quality issues will result in poor images. By using the SCOPE imaging service, users agree to pay all imaging fees, regardless of resulting image quality.
*
I understand that my image quality depends upon the quality of my samples. I agree to pay the SCOPE imaging fees for this service.
Submit
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Microscopes
Microscopes
Live Cell Imaging
Confocal Imaging
Super Resolution and TIRF
Multiphoton Imaging
Rates
SCOPE Microscopy Sample Submission Form
Spatial Biology
Spatial Biology
Spatial Biology Tutorials
NanoString GeoMx
NanoString GeoMx
GeoMx sample submission form
Vizgen MERFISH
Vizgen MERFISH
MERFISH sample submission form
MLSC data request form
Slide scanning service
Slide scanning service
Slide scanning submission form
TissueFAXS SL Q
TissueFAXS iQ
Data transfer and viewing
Image analysis
FAQs
RNAScope
Training
Training
General training for all users
Widefield training
Widefield training
Delta Vision microscope training
High speed video microscopes training
Olympus cellTIRF training
Confocal training
Confocal training
Leica SP8 confocal training
FCS training
TIRF training
TIRF training
GE OMX ring TIRF
Olympus cellTIRF
Nikon A1 TIRF
Super resolution training
Super resolution training
Bliq SLAM training
Leica Lightning training
Multi-Photon training
Multi-Photon training
Bliq Multi-Photon inverted microscope
Bliq Upright Multi-Photon microscope
Image Analysis
Image Analysis
Analysis Project submission form
Forms and Resources
Contact US
FAQ
About
About
History
Staff
Publications
Events
Additional Resources
About
Admissions
Education
Faculty
Research
Diversity
Giving