Titlebook: Clinical PET; Roland B. Bares,Giovanni Lucignani Book 1996 Kluwer Academic Publishers 1996 Tumor.brain.cardiology.imaging.neurology.nuclea

intellect

Positron Emission Tomography in Diagnosing Lung Tumorsis still increasing (1991: 21% of all cancer deaths in male and 11.5% in female). The reasons for this situation are not only high incidence but also poor prognosis. Significant improvements are expected in all aspects of disease management: detection, diagnosis, staging, treatment, and treatment ev

粘土

incubus

Whole Body Positron Emission Tomography in Oncologyensitivity of positron-emission-tomography (PET) with FDG varies between 80–90%. Until 1993 the maximum field of view (FOV) of commercially available PET-scanners was 5–10 cm confining the use of PET to defined body regions. Recently high resolution PET-scanners with 15 cm FOV have been developed. S

Mindfulness

敘述

觀察

Affection

Technical Requirements of a Clinical PET Center: Instrumentation and Personnels in-vivo, and the association and characterization of disease states with altered blood flow, metabolism and/or receptor status. Initially, PET showed great potential in neurology, and after a shift of attention from neurological and psychiatric applications to cardiology in the eighties, we are no

逃避責(zé)任

Technical Requirements of a Clinical PET Center: Data Acquisition and Processing pure research tool into a clinical modality is almost impossible. Clinical PET is still an emerging technique which is not yet widely available for patient care. The future impact of PET on patient management in various diagnostic entities can only be projected today. The application of PET, howeve

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GROG