Although it might be predicted that higher levels of TH1 cytokines would be associated with improved control of mycobacterial infection, Cd36 -/- mice exhibited lower levels of TNF, which in turn correlated with lower mycobacterial loads in infected organs.
Thus it would be predicted that higher levels of Type D, HA, and alexithymia should be (1) associated with lower antibodies for infections, (2) associated with avoidance of individuals who are likely to have infections, (3) linked to avoidance of exposure to infectious environments, and (4) more prevalent in areas with high background of pathogen levels.
In stark contrast to the HIV predictions, it has been predicted that high usage of antivirals to treat Herpes Simplex Virus type 2 (HSV-2) would only lead to low levels of resistance (in immunocompetent populations) [ 1, 2].
Finally, it was predicted that high spatial ability participants would be able to produce more complete explanations and would thus also demonstrate better performance on the post-test.
Also, it was predicted that high elements temperature difference could result in over 2 nm redshift in the emission spectra accompanied by ∼ 4% drop in the output power.
It was predicted that high spatial ability participants would be better able to mentally animate the bicycle pump system and therefore score higher on the post-test and that post-test scores would be higher for those who created visual explanations.
Furthermore, it was predicted that high levels of critical comments during the CFI would be associated with higher levels of patient depression.
Specifically, it was predicted that high levels of significant other EOI during the CFI would be associated with increased patient disability and fatigue severity.
Previously it has been predicted that high usage of antivirals (in immunocompetent populations) to treat Herpes Simplex Virus type 2 (HSV-2) would only lead to fairly low levels of antiviral resistance.
In particular, it was predicted that higher levels of network programmability will result from separation of hardware from software, availability of open network interfaces, virtualization of networking infrastructure, and rapid creation and deployment of network services.
