Sentence examples for modelling for virus from inspiring English sources

It can be used in quasi real-time, and results can be linked with biological modelling for virus transmission and circulation and more classical epidemiological models.

A two-dimensional model for virus transport in physically and geochemically heterogeneous subsurface porous media is presented.

As a model for virus or bacteria detection in liquids (drinking or bathing water, food…) we design a model using M13 bacteriophage.

Future research should focus on the interactions of viruses with particles and with other organisms, as well as the development of a model for virus removal in pond systems that can be used for design purposes, and to inform future editions of the WHO Guidelines for Wastewater Use in Agriculture.

Here we construct an epidemiological model for virus transmission between vectors and hosts on a network of host populations distributed among city and town patches, and investigate disease control through vaccination and vector control using variants of the sterile insect technique (SIT).

In order to disentangle the effects between accumulation and virulence we developed a dynamical mathematical model for virus competition together with differential virulences.

Following the equilibrium model for virus assembly [28], we suggest that after the initial binding of VP1 pentamers to DNA, interpentameric bonding form and dissociate in a series of equilibrium reactions until correct configuration is achieved and the icosahedral shell is completed.

Furthermore, it allows the generation of large data sets for statistical process analysis and validation of mathematical models for virus dynamics.

Another model for virus transmission during pregnancy is suggested by observations that leukaemia in cats can result from maternal transmission (Knox et al, 1980).

In light of these results, we propose a new model for virus envelopment involving retrieval of virus membrane proteins from the cell surface into relatively abundant cytoplasmic tubular membranes in the endocytic network.

The development of an effective NV vaccine has been hindered by the lack of an animal model for virus production and the inability to grow the whole virus in cell culture.