Apr 15, 2024
Creating Plate Layout in FIVTools
Forked from Creating Plate Layout in FIVTools
- 1Washington University School of Medicine @FIVE
- WashU FIVE @ MGI
Protocol Citation: Jason Waligorski 2024. Creating Plate Layout in FIVTools. protocols.io https://dx.doi.org/10.17504/protocols.io.6qpvr8orolmk/v1
License: This is an open access protocol distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited
Protocol status: Working
We use this protocol and it's working
Created: April 15, 2024
Last Modified: April 15, 2024
Protocol Integer ID: 98210
Keywords: plate layout in fivtools plate, fivtools plate, layout creator in fivtool, creating plate layout, fivtool, plate, layout creator
Abstract
Plate layout creator in FIVtools
Creating Plate Layout in FIVTools
Open FIVTools
Click Layouts
Update Exp Name field (highlighted in blue above) to the corresponding FIV experiment Number (make sure to keep “FIV” in the name)
Click once on the Export Folder field so it updates the folder location based on the corresponding FIV experiment number
Choose the desired number of 96-well plates by typing 1, 2, 3, or 4 in Count
Select 96 Mote to exclude plating from the outermost wells
Select "384 Full" for a 384 well plate
If the layout is not standard (does not fall within 96 mote, 96 full, or 384 full), adjust the First Row, First Column, Last Row, and Last Column fields to fit your custom plate format.
If doing an antibody plate, check the “Ab Plate” box and:
Make “Count” = 0 for one antibody plate
Make “Count” = 2 for two 96-well plates and an antibody plate
Change “Cells per Well” to desired plating density
Copy experimental condition names (often genotypes, dosages, G1/G2, etc.) and click “PASTE Names” to auto-fill the 12-well source plate.
Name can also be manually filled
The Well column can only have row/column combinations of a 12-well plate (A-C, 1-4). Please note which names (experimental conditions) correspond to which wells.
Relative Representation allows you to assign different weights for representation in the 96-well plates
Use the underscore symbol to have a cell type only show up in the antibody plate layout (for example: “_cell type”)
Click Fill Plates (in red)
A randomized plate layout will be populated based on your input criteria. Each condition will have a unique color in the layout window. Try to make sure the empty wells (positions with white space/no circles) are not on any edges. Also if doing multiple plates, make sure the empty wells are oriented differently across plates.
Go into the “4 Mapping” folder of the respective FIV experiment folder and make sure there is a PlateMap, PlatingSetup, and script.
After source and destination plates are physically created, excute Biomek plating in accordance with