In Vivo Absolute Quantification for Mouse Brain Tumor Using an Inductively Coupled Synthetic Signal Injection Method

Keywords

absolute accurately acquisition adapted allowed allows animals applications applied arising bore brain calibration cancer cell cerebellum changing children clinical coil coils common concentrations conducted containing contents coupled coupling cover described detecting determination determine developed diagnosis dual effective elements enough equipped expressing five good granule half highly homogeneous horizontal human improve in vivo included incorporated inductive inductively injection injector injects inorganic introduce just largely limited localized magnet mark metabolite metabolites methodologies mice model monitor mouse noise noninvasive optimized pediatric phantom phosphate poor precursors press probe prognosis progression pseudo qualitatively quantification quantify quantitative radiology real receptor recognized relapse reliable remains repositioning resembles resolution respect responses selected sensitivity simultaneously smoothened sodium spatial spectra spectrometer spectroscopy squares supported survival sweep symptomatic synthetic therapy tissue treatment tripolyphosphate tumor tumors tuned various volume volumes width year years yellow younger