Most work has been performed on interleukin-2 (IL-2).
Most work has been performed considering bi-dimensional models where the numerical methodology has been developed.
Furthermore, most work has concentrated on the interactions within a single catalysed channel.
Most work has focused on single-item requests in single-channel architectures.
Most work has focused on the generation of composite materials with homogeneously dispersed carbon nanotubes.
Most work has utilised an audience of adult confederates, regardless of the age of the population being tested.
While progress has been made, particularly for azimuth estimation, most work has been directed at the special case of static listeners and static sound sources.
Specifically, in functional MRS (fMRS) experiments, most work has evaluated the sum NAA + NAAG, which does not appear to change during experiments.
While powder discharge from hoppers has been well studied, most work has focused on axisymmetric, conical hoppers and plane flow, wedge-shaped hoppers.
Until recently, most work has been carried out using intra-cellular oscillators, but this approach restricts the broader applicability of such systems.
However most work has been on Galapagos tortoises including the first phyloegeographic studies (3) and genetic analyses of a successful repatriation program (4).
