TOP TEN cell-lines for 1553055_a_at (Homo sapiens)

Organism: Homo sapiens
Gene: 1553055_a_at
Selected probe(set): 238430_x_at
Platform: Affymetrix Human Genome U133 Plus 2.0 Array

Expression of 1553055_a_at (238430_x_at) across 857 cell-lines tested by GENEVESTIGATOR:

PE/CA-PJ41 (clone D2)

Expression (log2-scale):15.688816
Number of Samples:3
Cell line PE/CA-PJ41 (clone D2)
Hierarchy cancer cell lines > neoplastic cell lines of the alimentary system > mouth (oral cavity)

HCC2935

Expression (log2-scale):15.513823
Number of Samples:2
Cell line HCC2935
Hierarchy cancer cell lines > neoplastic cell lines of the respiratory system > lung

SCC-25

Expression (log2-scale):15.386952
Number of Samples:2
Cell line SCC-25
Hierarchy cancer cell lines > neoplastic cell lines of the alimentary system > mouth (oral cavity)

CJM [Human melanoma]

Expression (log2-scale):15.312252
Number of Samples:2
Cell line CJM [Human melanoma]
Hierarchy cancer cell lines > neoplastic cell lines of the integumentary system > melanoma

N/Tert-1-con

Expression (log2-scale):15.267874
Number of Samples:8
Cell line N/Tert-1-con
Hierarchy diseased tissue cell lines > diseased tissue gastrointestinal tract cell lines

TALL-1 [Human adult T-ALL]

Expression (log2-scale):15.260091
Number of Samples:7
Cell line TALL-1 [Human adult T-ALL]
Hierarchy cancer cell lines > neoplastic cell lines of the hematopoietic and lymphoid system > lymphoma

QGP-1

Expression (log2-scale):15.183109
Number of Samples:2
Cell line QGP-1
Hierarchy cancer cell lines > neoplastic cell lines of the alimentary system > pancreas

SF295

Expression (log2-scale):15.004164
Number of Samples:5
Cell line SF295
Hierarchy cancer cell lines > neoplastic cell lines of the nervous system

mesenchymal stem cell (bone marrow)

Expression (log2-scale):14.995083
Number of Samples:60
Cell line mesenchymal stem cell (bone marrow)
Hierarchy stem cells > adult stem cells (ASC)

adult stem cells (ASC)

Expression (log2-scale):14.981295
Number of Samples:65
Cell line adult stem cells (ASC)
Hierarchy stem cells