Search Results - Oettingen, Gorm V.
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Ephedrine versus Phenylephrine Effect on Cerebral Blood Flow and Oxygen Consumption in Anesthetized Brain Tumor Patients: A Randomized Clinical Trial
Published in Anesthesiology (Philadelphia) (01-08-2020)“…BACKGROUND:Studies in anesthetized patients suggest that phenylephrine reduces regional cerebral oxygen saturation compared with ephedrine. The present study…”
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Cerebral Macro- and Microcirculation during Ephedrine versus Phenylephrine Treatment in Anesthetized Brain Tumor Patients: A Randomized Clinical Trial Using Magnetic Resonance Imaging
Published in Anesthesiology (Philadelphia) (01-11-2021)“…This study compared ephedrine versus phenylephrine treatment on cerebral macro- and microcirculation, measured by cerebral blood flow, and capillary transit…”
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Ephedrine versus Phenylephrine Effect on Cerebral Blood Flow and Oxygen Consumption in Anesthetized Brain Tumor Patients
Published in Anesthesiology (Philadelphia) (01-08-2020)“…Studies in anesthetized patients suggest that phenylephrine reduces regional cerebral oxygen saturation compared with ephedrine. The present study aimed to…”
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Latency-shift of intra-operative visual evoked potential predicts reversible homonymous hemianopia after intra-ventricular meningioma surgery
Published in Clinical neurophysiology practice (01-01-2019)“…•Amplitude of intraoperative VEPs is used to monitor the function of optic radiation during neurosurgery.•We present a case where significant unilateral…”
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Porcine acellular dermal matrix for reconstruction of the dura in recurrent malignant schwannoma of the scalp
Published in European journal of plastic surgery (01-02-2016)“…: Level V, therapeutic study…”
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Tumor treating fields in cancer treatment in Denmark
Published in Ugeskrift for læger (14-10-2019)“… TTFields is low-intensity (1-5 V/m), intermediate frequency (150-200 kHz) alternating electric fields delivered locally to the tumour to selectively kill dividing cells and disrupt cancer growth…”
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Tumor treating fields in cancer treatment in Denmark
Published in Ugeskrift for læger (28-01-2019)“… TTFields are low-intensity (1-5 V/m), intermediate frequency (150-200 kHz) alternating electric fields delivered locally to the tumour to selectively kill dividing cells and disrupt cancer growth…”
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Journal Article