BACKGROUND AND PURPOSE: Applications for noninvasive biologic temperature
monitoring are widespread in biomedicine and of particular interest in the context of brain …

The remarkable temperature sensitivity of the brain is widely recognized and has been
studied for its role in the potentiation of ischemic and other neurologic injuries. Pyrexia …

A magnetic resonance proton spectroscopic imaging (SI) technique was developed to
measure regional brain temperatures in human subjects. The technique was validated in a …

BACKGROUND AND PURPOSE: Cerebral thermoregulation remains poorly understood.
Temperature dysregulation is deeply implicated in the potentiation of cerebrovascular …

To demonstrate the importance of calibration measurements in 3 Tesla proton magnetic
resonance (MR) spectroscopy (1H-MRS) thermometry for human brain temperature …

Elucidation of the role of cerebral hyperthermia as a secondary factor that worsens outcome
after brain injury, and the therapeutic application of modest brain hypothermia would benefit …

In proton magnetic resonance spectroscopy (1H MRS)‐based thermometry of brain,
averaging temperatures measured from more than one reference peak offers several …

Objective Pyrexia is associated with poor outcome after stroke, but the temperature changes
in the brain after stroke are poorly understood. We used magnetic resonance spectroscopic …

The most common MR‐based approach to noninvasively measure brain temperature relies
on the linear relationship between the 1H MR resonance frequency of tissue water and the …

BACKGROUND AND PURPOSE: Brain temperature is critical for homeostasis, relating
intimately to cerebral perfusion and metabolism. Cerebral thermometry is historically …