Apicomplexan parasites invade host cells by forming a ring-like junction with the cell surface
and actively sliding through the junction inside an intracellular vacuole. Apical membrane …

Apicomplexan parasites are thought to actively invade the host cell by gliding motility. This
movement is powered by the parasite's own actomyosin system, and depends on the …

… The same numerical scheme was used by Green and Whitelaw and the use of 22 × 16 nodes
led to results which were far from correct due mainly to the inability of this mesh to resolve …

… The method of data reduction involves resolving these measured frequencies into streamwise
and radial components as described by Melling and Whitelaw [13]. The third component …

The steady, incompressible, isothermal, developing flow in a square-section curved duct
with smooth walls has been investigated. The 40 × 40 mm duct had a radius ratio of 2·3 with …

… Yianneskis and JH Whitelaw, An experimental study of the steady and unsteady flow
characteristics of stirred reactors, J. Fluid Mech., 175 (1987) 537. 9 JM Nouri, Single and two-phase …

This book deals with the measurement of instantaneous velocity by laser Doppler methods.
A historical review of laser Doppler anemometry is given, its relationship to other optical …

Background Apicomplexan parasites employ a unique form of movement, termed gliding
motility, in order to invade the host cell. This movement depends on the parasite’s actomyosin …

… The inlet contraction to the 1.8m duct and the associated constant-head tank and pipework
were otherwise identical to those of Melling & Whitelaw. Flow-visualization tests were carried …

Actin-based protrusions are reinforced through positive feedback, but it is unclear what restricts
their size, or limits positive signals when they retract or split. We identify an evolutionarily …