Our aim was to further identify host cellular factors involved in Vif function.
We undertook a study to identify host factors associated with such clinical variability.
Three recent screens use siRNAs to identify host genes that are critical for HIV-1 replication.
Studies of gnathiid use of habitat, exploitation of hosts, and population dynamics have used various trap designs to estimate rates of gnathiid emergence, study sensory ecology, and identify host susceptibility.
Recently, three whole genome screens used siRNA libraries to identify host genes critical for HIV infections [54], [55].
Additional details of the procedures used to identify host bloodmeals can be found elsewhere [50], [61], [62].
Several siRNA library screens have been performed to identify host factors necessary for HIV infection [3], [4], [5].
To identify host proteins with potential to regulate viral RNA replication and translation, we applied a combination of biochemical methods and functional assays.
We and others have used transcriptional profiling assays as an approach to identify host cell pathways important for Toxoplasma growth [10], [11], [12].
Indeed, several genome-wide screenings succeed to identify host proteins that participate in every step of influenza virus infection [3], [4], [5], [6].
Previous studies have used forward genetic screens in hypodiploid cell lines to identify host factors involved in the activity of bacterial protein toxins [34], [35].
