Green Listed -a CRISPR Screen Tool
Screening in progress...

sgRNA Library Overlap

Validate sgRNA — species?

Select the genome you want to validate sgRNA sequences against.

Copy number reference — pick cell line(s)

  • Gene-level copy number from DepMap’s OmicsCNGene dataset (24Q4 release).
  • Per-gene CN — the values you’ll see in the results table after activating CN mode. Each value is relative to that cell line’s own genome-wide baseline: 1.0 = typical, ≥ 3.0 = amplification, ≤ 0.5 = deletion.
  • Per-line ploidy — the small number next to each cell line in the list below (e.g. 2.1n, 3.9n). This is a separate quantity from the per-gene CN above: it describes the line’s overall genome content (average DNA content per cell relative to a haploid genome). 2.0n is diploid. The WGD chip is a separate flag meaning the line’s genome went through a whole-genome doubling event at some point in its history — the line transiently became tetraploid (~4n), but subsequent chromosome loss often brings current ploidy back down, so WGD lines commonly sit anywhere from ~2.5n to ~4n. The results page combines ploidy with the per-gene CN to estimate actual copy counts. If no number is shown, DepMap hasn’t measured ploidy for that line and it’s assumed diploid for the rescaling.
  • More cell-line data: depmap.org or the cell line browser in Correlate (Green Listed’s sister app).
Loading catalogue…
Try a classic example:
Selected: 0 cell line(s).

1. Select library

Select a .txt file to use as Library

Symbol Column
gRNA Column
Rank Column (optional)

2. Input symbols

Symbols

Load test data

Symbols not found

3. Set parameters & Run

Ranking (optional)

Ranking order
Limit to top

Sequence modifications (optional)

Trim 5' 3'
Adapter sequences 5' 3'

Pick human cell line (optional)

Run

Output file name
This project was financially supported by the Swedish Research Council, the Swedish Cancer Society, the Swedish Foundation for Strategic Research, the Wenner-Green Foundations, the King Gustav V's 80th Anniversary Foundation, and the Karolinska Institutet. All commercial rights are reserved.