Species pathway expression context
Pogostemon cablin
Candidate-to-expression mappings are displayed independently from candidate functional evidence.
- Matrix file
Pogostemon_cablin.gene_tpm_log1p.tsv- Samples
- 16
- Matrix genes
- 109,332
- Expressed genes
- 88,010
- Mapped candidate rows
- 309
- Measured / ND
- 0 / 309
All mapped rows are ND — Not detected
The matrix and identifier mappings are available, but no valid quantitative value was detected for the selected candidate scope. ND is not converted to zero and does not use the continuous colour scale.
Row z-score−2.50+2.5
ND · Not detected
Unmapped candidate ID
| Candidate | Root-1 | Root-2 | Seedling-1 | Seedling-2 | Seedling-3 | Stem-1 | Stem-2 | Stem-3 | Tleaf10-1 | Tleaf10-2 | Tleaf10-3 | Tleaf4-1 | Tleaf4-2 | Uleaf10-1 | Uleaf10-2 | Uleaf10-3 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Pat_B12G040500.m1Phenylpropanoid · F5H_CYP84A | ||||||||||||||||
| Pat_B16G068800.m1Phenylpropanoid · F5H_CYP84A | ||||||||||||||||
| Pat_B16G068900.m1Phenylpropanoid · F5H_CYP84A | ||||||||||||||||
| Pat_B16G141200.m1Phenylpropanoid · F5H_CYP84A | ||||||||||||||||
| Pat_B17G152500.m1Phenylpropanoid · F5H_CYP84A | ||||||||||||||||
| Pat_B19G012600.m1Phenylpropanoid · F5H_CYP84A | ||||||||||||||||
| Pat_B19G071400.m1Phenylpropanoid · F5H_CYP84A | ||||||||||||||||
| Pat_B19G074000.m1Phenylpropanoid · F5H_CYP84A | ||||||||||||||||
| Pat_B19G074100.m1Phenylpropanoid · F5H_CYP84A | ||||||||||||||||
| Pat_B19G082800.m1Phenylpropanoid · F5H_CYP84A | ||||||||||||||||
| Pat_B20G088100.m1Phenylpropanoid · F5H_CYP84A | ||||||||||||||||
| Pat_B23G011200.m1Phenylpropanoid · F5H_CYP84A | ||||||||||||||||
| Pat_B23G038600.m1Phenylpropanoid · F5H_CYP84A | ||||||||||||||||
| Pat_B25G121100.m1Phenylpropanoid · F5H_CYP84A | ||||||||||||||||
| Pat_B25G130200.m1Phenylpropanoid · F5H_CYP84A | ||||||||||||||||
| Pat_B26G119400.m1Phenylpropanoid · F5H_CYP84A | ||||||||||||||||
| Pat_B28G006800.m1Phenylpropanoid · F5H_CYP84A | ||||||||||||||||
| Pat_B29G041100.m1Phenylpropanoid · F5H_CYP84A | ||||||||||||||||
| Pat_B30G024100.m1Phenylpropanoid · F5H_CYP84A | ||||||||||||||||
| Pat_A03G210300.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A03G210400.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A05G094000.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A05G112300.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A06G092200.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A07G182700.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A07G182800.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A07G183000.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A07G183200.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A07G183400.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A08G183600.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A08G183800.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A08G183900.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A08G184200.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A08G184600.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A08G184900.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A08G185600.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A08G186100.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A17G074000.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A24G003600.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A24G057100.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A24G126800.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A27G009700.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A27G072400.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A28G089400.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A30G002400.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A31G039300.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_A32G040700.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_B03G199100.m2Phenylpropanoid · HCT | ||||||||||||||||
| Pat_B03G199200.m1Phenylpropanoid · HCT | ||||||||||||||||
| Pat_B03G199600.m1Phenylpropanoid · HCT |
Quantitative legend: measured cells use a diverging row z-score scale with a meaningful centre at zero. Raw values remain available in cell inspectors.
Mapping boundary: Species-level transcriptome matrix summaries are shown independently. Candidate IDs are not joined to expression IDs because annotation versions do not map directly.