| Analysis | Samples | Factors | Units |
|---|---|---|---|
| Reversed phase POSITIVE ION MODE | MED1 Aqueous Sample 4 | fraction:aqueous | Extraction from condensate:No heat step | Ion abundance |
| Reversed phase POSITIVE ION MODE | MED1 Aqueous Sample 5 | fraction:aqueous | Extraction from condensate:No heat step | Ion abundance |
| Reversed phase POSITIVE ION MODE | MED1 Aqueous Sample 6 | fraction:aqueous | Extraction from condensate:No heat step | Ion abundance |
| Reversed phase POSITIVE ION MODE | MED1 Aqueous Sample 7 | fraction:aqueous | Extraction from condensate:standard | Ion abundance |
| Reversed phase POSITIVE ION MODE | MED1 Aqueous Sample 8 | fraction:aqueous | Extraction from condensate:standard | Ion abundance |
| Reversed phase POSITIVE ION MODE | MED1 Aqueous Sample 9 | fraction:aqueous | Extraction from condensate:standard | Ion abundance |
| Reversed phase POSITIVE ION MODE | MED1 Condensate Sample 4 | fraction:condensate | Extraction from condensate:No heat step | Ion abundance |
| Reversed phase POSITIVE ION MODE | MED1 Condensate Sample 5 | fraction:condensate | Extraction from condensate:No heat step | Ion abundance |
| Reversed phase POSITIVE ION MODE | MED1 Condensate Sample 6 | fraction:condensate | Extraction from condensate:No heat step | Ion abundance |
| Reversed phase POSITIVE ION MODE | MED1 Condensate Sample 7 | fraction:condensate | Extraction from condensate:standard | Ion abundance |
| Reversed phase POSITIVE ION MODE | MED1 Condensate Sample 8 | fraction:condensate | Extraction from condensate:standard | Ion abundance |
| Reversed phase POSITIVE ION MODE | MED1 Condensate Sample 9 | fraction:condensate | Extraction from condensate:standard | Ion abundance |
| Reversed phase POSITIVE ION MODE | MED1 Input Sample 4 | fraction:input | Extraction from condensate:No heat step | Ion abundance |
| Reversed phase POSITIVE ION MODE | MED1 Input Sample 5 | fraction:input | Extraction from condensate:No heat step | Ion abundance |
| Reversed phase POSITIVE ION MODE | MED1 Input Sample 6 | fraction:input | Extraction from condensate:No heat step | Ion abundance |
| Reversed phase POSITIVE ION MODE | MED1 Input Sample 7 | fraction:input | Extraction from condensate:standard | Ion abundance |
| Reversed phase POSITIVE ION MODE | MED1 Input Sample 8 | fraction:input | Extraction from condensate:standard | Ion abundance |
| Reversed phase POSITIVE ION MODE | MED1 Input Sample 9 | fraction:input | Extraction from condensate:standard | Ion abundance |
| Reversed phase NEGATIVE ION MODE | MED1 Aqueous Sample 4 | fraction:aqueous | Extraction from condensate:No heat step | Ion abundance |
| Reversed phase NEGATIVE ION MODE | MED1 Aqueous Sample 5 | fraction:aqueous | Extraction from condensate:No heat step | Ion abundance |
| Reversed phase NEGATIVE ION MODE | MED1 Aqueous Sample 6 | fraction:aqueous | Extraction from condensate:No heat step | Ion abundance |
| Reversed phase NEGATIVE ION MODE | MED1 Aqueous Sample 7 | fraction:aqueous | Extraction from condensate:standard | Ion abundance |
| Reversed phase NEGATIVE ION MODE | MED1 Aqueous Sample 8 | fraction:aqueous | Extraction from condensate:standard | Ion abundance |
| Reversed phase NEGATIVE ION MODE | MED1 Aqueous Sample 9 | fraction:aqueous | Extraction from condensate:standard | Ion abundance |
| Reversed phase NEGATIVE ION MODE | MED1 Condensate Sample 4 | fraction:condensate | Extraction from condensate:No heat step | Ion abundance |
| Reversed phase NEGATIVE ION MODE | MED1 Condensate Sample 5 | fraction:condensate | Extraction from condensate:No heat step | Ion abundance |
| Reversed phase NEGATIVE ION MODE | MED1 Condensate Sample 6 | fraction:condensate | Extraction from condensate:No heat step | Ion abundance |
| Reversed phase NEGATIVE ION MODE | MED1 Condensate Sample 7 | fraction:condensate | Extraction from condensate:standard | Ion abundance |
| Reversed phase NEGATIVE ION MODE | MED1 Condensate Sample 8 | fraction:condensate | Extraction from condensate:standard | Ion abundance |
| Reversed phase NEGATIVE ION MODE | MED1 Condensate Sample 9 | fraction:condensate | Extraction from condensate:standard | Ion abundance |
| Reversed phase NEGATIVE ION MODE | MED1 Input Sample 4 | fraction:input | Extraction from condensate:No heat step | Ion abundance |
| Reversed phase NEGATIVE ION MODE | MED1 Input Sample 5 | fraction:input | Extraction from condensate:No heat step | Ion abundance |
| Reversed phase NEGATIVE ION MODE | MED1 Input Sample 6 | fraction:input | Extraction from condensate:No heat step | Ion abundance |
| Reversed phase NEGATIVE ION MODE | MED1 Input Sample 7 | fraction:input | Extraction from condensate:standard | Ion abundance |
| Reversed phase NEGATIVE ION MODE | MED1 Input Sample 8 | fraction:input | Extraction from condensate:standard | Ion abundance |
| Reversed phase NEGATIVE ION MODE | MED1 Input Sample 9 | fraction:input | Extraction from condensate:standard | Ion abundance |
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Download data matrix(Biomolecular condensates create phospholipid-enriched microenvironments (Part 4) Reversed phase POSITIVE ION MODE)
Download data matrix(Biomolecular condensates create phospholipid-enriched microenvironments (Part 4) Reversed phase NEGATIVE ION MODE)
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