[PDF][PDF] Stable xenon CT CBF: effects of blood flow alterations on CBF calculations during inhalation of 33% stable xenon.
JP Witt, K Holl, HE Heissler… - American journal of …, 1991 - Am Soc Neuroradiology
JP Witt, K Holl, HE Heissler, H Dietz
American journal of neuroradiology, 1991•Am Soc NeuroradiologyMaterials and Methods We simulated the influence of linear blood flow alterations induced
by the inhalation of 33% stable xenon on the calculation of cerebral blood flow, taking into
account that the flow map is derived from a 4-min xenon wash-in calculation protocol. The
mathematical model is based on the l< ety equation formulated for the behavior of free
diffusible inert tracer in the human multicompartment model [4]:
by the inhalation of 33% stable xenon on the calculation of cerebral blood flow, taking into
account that the flow map is derived from a 4-min xenon wash-in calculation protocol. The
mathematical model is based on the l< ety equation formulated for the behavior of free
diffusible inert tracer in the human multicompartment model [4]:
Materials and Methods
We simulated the influence of linear blood flow alterations induced by the inhalation of 33% stable xenon on the calculation of cerebral blood flow, taking into account that the flow map is derived from a 4-min xenon wash-in calculation protocol. The mathematical model is based on the l< ety equation formulated for the behavior of free diffusible inert tracer in the human multicompartment model [4]:
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