… intracerebral tissue due to the bolus. We successfully applied our method in two patients
demonstrating a reversible cerebral perfusion … a permanent impaired unilateral perfusion due to …

… of NIRS to noninvasively monitor cerebral perfusion in the human adult based on an ICG-bolus
tracking technique similar to the Gd-DTPA bolus technique established for MRI. While in …

… It was proposed to use the NIRS technique during the injection of optical contrast agent
in order to track inflow of the dye into the brain and assess cerebral blood flow and …

… flight (phase) in addition to intensity the bolus signal of the deeper tissue layers (cortical …
bolus measurements. The potential clinical interest of this study is to monitor cerebral perfusion …

… of brain perfusion, as expressed by the Stewart-Hamilton equation, because the dye stays
… of flight of photons’, abnormal cerebral perfusion can delay the passage of the bolus into the …

… This novel approach extracts additional data on cerebral perfusion from ICG bolus curves …
technique can be applied for bolus tracking of intravascular tracer dyes with light-absorbing …

… Indocyanine green (ICG) is a near-infrared (NIR) dye that has the potential to be used as a
tracer for the minimally invasive measurement of cerebral blood flow. Once injected as a bolus…

… on bedside perfusion monitoring of the human brain by optical bolus … cerebral perfusion.
Several recent papers have applied a dye-bolus-based approach to detect delays in perfusion …

… ICG kinetics, eg TTP values from light attenuation of an intravenous bolus of the dye ICG
by NIRS in patients with ischemic stroke and found a good correlation with corresponding …

… bolus yields time–intensity curves of cerebral perfusion independent of oxyhaemoglobin. …
by a double indicator dilution technique (thermodilution and dye dilution curve), with good …