Non-invasive energy metabolism measurements in brain tumors in vivo are now performed
widely as molecular imaging by positron emission tomography. This capability has …

Non-invasive energy metabolism measurements in brain tumors in vivo are now performed
widely as molecular imaging by positron emission tomography. This capability has …

As the research on cellular changes has shed invaluable light on the pathophysiology and
biochemistry of brain tumors, clinical and experimental use of molecular imaging methods is …

Energy metabolism measurements in gliomas in vivo are now performed widely with
positron emission tomography (PET). This capability has developed from a large number of …

Gliomas are the most common types of brain tumors. Although sophisticated regimens of
conventional therapies are being carried out to treat patients with gliomas, the disease …

Molecular imaging is the amalgamation of molecular biology and imaging technology in a
unique way that enables in vivo observation of molecular biological processes without …

Energy metabolism measurements in spinal cord tumors, as well as In osseous spinal
tumors/metastasis in vivo, are rarely performed only with molecular imaging (MI) by positron …

There is a growing role for neuroimaging in the multidisciplinary management of brain
tumors. Beyond anatomical imaging, additional functional and physiological imaging …

The ability to identify structural alterations in diseased tissues such as those seen in brain
cancer has increased dramatically in the last two decades with the development of …

Clinical and experimental use of positron emission tomography (PET) is expanding and
allows quantitative assessment of brain tumor's pathophysiology and biochemistry. PET …