Key result
A two-parameter differential operator effectively describes intravascular mass transport through the human leg arterial system, yielding relative dispersion values of approximately 15-20%.
Population
Human leg arterial system (computational model context)
Comparison
A two-parameter differential operator vs Newtonian parabolic flow
Design
Other
Authors
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May aid arterial transport modeling; leaves open clinical validation before practice impact.
A simple two-parameter differential operator can accurately model intravascular mass transport and dispersion in the human leg arterial system.
King et al. (1993) studied Intravascular mass transport. Two-parameter differential operator was evaluated on Relative dispersion (RD). A two-parameter differential operator effectively describes intravascular mass transport through the human leg arterial system, yielding relative dispersion values of approximately 15-20%.
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