Hypoxia Decreases Resting-State Functional Connectivity in Anesthetized Rats

Keywords

acquisitions acute adult affect affected aforementioned aimed allowed alterations anesthetized animal animals assess balanced biomedical blood bold bottom brain brains caution cerebral characteristics coefficient coil compensation complex component components condition conditions conducted confirmed connectivity considered corrected correlation cortex covering cytotoxic damage decrease decreases dependent designing deterioration diminished diseased distance documented edema electrical engineering error evoked exhibited filtered findings flow front function functional gift heart hong hypoxia identified increasingly independent indicated induction inspiration inter intra investigated iris labeled laboratory maintenance male maps matrix metabolism might mild model monitored much network networks oxygen paired pans physiologic physiology power preparation pressure primary processing protocols quantified rare rats rectal reduction reflecting respectively respiration rest resting scaled scanner scanning score scores secondary sequentially sever severe shot significance significantly slice slices spatial stabilize statistical stimulus strength structure studied studies surface synchronization taken temperature temporally thick threshold timing toolbox typical utilizing vascular ventilation vessel volume warm water weak