Effects of Ascent to High Altitude: A T2 Relaxometry Study on Rat Brain

Keywords

abilities abnormal accordance acute adversely affected affects allied altered altitude altitudes among analyzing arch architecture army ascent assessment attributed availability beneficial biophysics blood brain calculation capsule carried chamber climatic conditions control controlled controls coronal corpus days decrease decreased decreasing deposition disease disorders dysfunction edema even exposed exposure expressed feet field frequent give headache health help hence hours human humidity hypoxia immediate immediately important increasing indicates indicating induced insight internal invasive iron issues lancet lateral leads like lungs male many mapping materials measures medicine mental metabolism micro middle model moderate morris neurology neurotransmitter nuclear occurrence organs oxygen pairwise partial perturbations place placement play plotted possibly post powerful pressure pretreated problems progression pronounced radiology rats recovery reduced regulated related reported reports respectively response risk role scanner sciences sclerosis shortening sickness slice slices software strength stress structural studies suggests temperature temporal tissue tool tourists trekkers trend troops understanding uppermost utmost various visiting vital white