Evaluation of Lactate Detection Using Selective Multiple Quantum Coherence in Phantoms and Brain Tumours

Keywords

absence absent absorption accurately acknowledge additionally affect allowed apparent appropriate approximately array assess assessed assessment association available bandwidth better biomedical body brain cancer cell clear clearly coherence coils collect collected comparable complicated concentration concentrations confirmed cubic detected detection distinct doublet efficiency elevated england enhanced ensure evaluation exhibit expected funded funding gives glucose good grade gradient grant grid health hospital house important institute integrated invest jerry kindly kingdom lactate larger leach lipid lipids little longer lung made magnitude making malignant maria martin measure metabolism metabolite metastases metastatic methyl mode modifications offered often oncology opposite overlap overlapped partially pathway patients peak performance phantom phantoms prepared presence primary producing product prof project pure quantifiable quantification quantifying quantum radiation real reasonably received receiver recovers reduced royal safflower samples sampling secondary selection selective seminars separated side software spectra spectroscopy spectrum strength substantial suggest support suppressing suppression surrey tissues transfer tumor tumors useful visibility visible water whereas