Positron Emission Tomography

specific

A procedure in which a small amount of radioactive glucose (sugar) is injected into a vein, and a scanner is used to make detailed, computerized pictures of areas inside the body where the glucose is used. Because cancer cells often use more glucose than normal cells, the pictures can be used to find cancer cells in the body.

25

Centers

0

Active Trials

$98M

Cancer Funding

Top Centers for Positron Emission Tomography(25)

Ranked by research excellence score (trials · grants · publications). Methodology →

#CenterScore
1
NCI Comprehensive
Active Research Program
68.8
2
NCI Comprehensive
Active Research Program
67.4
3
NCI Comprehensive
Active Research Program
66.0
4
NCI Comprehensive
Active Research Program
64.6
563.2
6
NCI Comprehensive
Active Research Program
61.8
7
NCI Comprehensive
Active Research Program
60.4
8
NCI Comprehensive
Active Research Program
59.0
9
NCI Comprehensive
Active Research Program
57.6
10
NCI Comprehensive
Active Research Program
56.2
11
NCI Comprehensive
Active Research Program
54.8
12
NCI Comprehensive
Active Research Program
53.4
13
NCI Comprehensive
Active Research Program
52.0
14
NCI Comprehensive
Active Research Program
50.6
15
NCI Comprehensive
Active Research Program
49.2
16
NCI Comprehensive
Active Research Program
47.8
17
Active Research Program
46.4
18
NCI Comprehensive
Active Research Program
45.0
19
Active Research Program
43.6
20
NCI Comprehensive
Active Research Program
42.2
21
NCI Comprehensive
Active Research Program
40.8
22
NCI Comprehensive
Active Research Program
39.4
23
NCI Comprehensive
Active Research Program
38.0
24
NCI Comprehensive
35.9
2535.9

Research tier badges reflect trial volume, NIH grant funding, and publication impact — not clinical outcomes or patient satisfaction. Learn about our methodology →