TOP TEN tissues for Q949P1 (Arabidopsis thaliana)
Organism: Arabidopsis thaliana
Gene: Q949P1
Selected probe(set): 254562_at
Platform: Affymetrix Arabidopsis ATH1 Genome Array
Expression of Q949P1 (254562_at) across 111 tissues tested by GENEVESTIGATOR:
root cortex protoplast
Expression (log2-scale):14.354557Number of Samples:38
| Anatomical Part | root cortex protoplast |
| Hierarchy | cell culture / primary cell > protoplast > root protoplast |
root epidermis and lateral root cap protoplast
Expression (log2-scale):13.534139Number of Samples:43
| Anatomical Part | root epidermis and lateral root cap protoplast |
| Hierarchy | cell culture / primary cell > protoplast > root protoplast |
root endodermis and quiescent center protoplast
Expression (log2-scale):13.036818Number of Samples:37
| Anatomical Part | root endodermis and quiescent center protoplast |
| Hierarchy | cell culture / primary cell > protoplast > root protoplast |
cork
Expression (log2-scale):12.759291Number of Samples:9
| Anatomical Part | cork |
| Hierarchy | shoot > hypocotyl |
root protoplast
Expression (log2-scale):12.471327Number of Samples:236
| Anatomical Part | root protoplast |
| Hierarchy | cell culture / primary cell > protoplast |
lateral root cap protoplast
Expression (log2-scale):12.29677Number of Samples:3
| Anatomical Part | lateral root cap protoplast |
| Hierarchy | cell culture / primary cell > protoplast > root protoplast > root cap protoplast |
protoplast
Expression (log2-scale):12.219698Number of Samples:287
| Anatomical Part | protoplast |
| Hierarchy | cell culture / primary cell |
hypocotyl
Expression (log2-scale):11.938576Number of Samples:42
| Anatomical Part | hypocotyl |
| Hierarchy | shoot |
root stele protoplast
Expression (log2-scale):11.892694Number of Samples:72
| Anatomical Part | root stele protoplast |
| Hierarchy | cell culture / primary cell > protoplast > root protoplast |
suspensor
Expression (log2-scale):11.880014Number of Samples:2
| Anatomical Part | suspensor |
| Hierarchy | inflorescence > silique > seed > embryo |