The first line indicates the number of plates, rows and columns of the assay
Each column is associated with a plate
In the picture below Ri represents the value of the row i and Cj the values of the
column j
Plate format 1 (old plate format .bgr, .apr, hit, sgm)
The first line indicates the number of rows and columns of the plate
This format is associated with the actual plate format
Assay format 2 (new assay format .mtx)
This is an XML-like format (but not strictly XML)
The first line indicates the file type and the number of plates, rows and
columns of the assay
The file type can be ASSAY or HITS
Each plate should have a name. The plate number is optional
This format is associated with the actual plate format
You have to close each tag with </tagName>
Plate format 2 (new plate format .mtx)
This is an XML-like format (but not strictly XML)
The first line indicates the file type and the number of rows and columns
of the plate
The file type can be BACKGROUND, APPROXIMATION, HIT_DISTRIBUTION, or SIGMA_DISTRIBUTION
Each plate should have a name. The plate number is optional
This format is associated with the actual plate format
You have to close each tag with </tagName>
Excel format
You can use any kind of Excel format, but the entries have to be numerical
values
Fill the empty wells with the plate mean and make sure that all Excel sheets have
the plate values in the same zone (in the picture below the selected zone is 46 - C to 53
- L)
Remove all empty or incorrect sheets from the file
HTS Corrector will parse the entire Excel file and take the plate values from the selected
zone. The sheet names will become the plate names
The values in the non-selected zones will not influence the result. You can put there
all kind of aditional information