Predicting Response to Hyperbaric Oxygen Radiotherapy Treatment in High Grade Gliomas Using Magnetic Resonance Imaging Techniques

Keywords

acquisitions agent aggressiveness agreement alternative analyzed anesthetized animals appear application arrow assessed balance behave bibliography bigger biologic biomedical birdcage blood blue bold breathing called cancer capacity carried cells characteristics clinical completely concentration conditions content contrast correlation days decrease deliver dependent depict depicting desirable desired detect developed distributed dodge doses entirely establish evaluations evolve experiment exploration flow good grade green grow growing growth hand hemisphere heterogeneously horizontal hypoxia immediately implantation improve indicate induced injection institute interleaved irradiated irradiation know mark mason mayer measure measuring modulate molecular monitored negative neoplastic nevertheless none normalized nucleus ones outcome oxygen oxygenation phys physiologically placed poor predicting previous probe processes propose prostate provisions radiation radiotherapy rats recently relationship requirements resonator respond response routine satisfactory selective sensitive series several shepherd shortening similarly since software special specifically stop studies success system therapies therapy tissue tissues told transition treated treatment treatments tumor tumors types vascular volume volumes water whereas worthy