Update schoolhhnetworks.md

Author: jdmunday

schoolhhnetworks.md

@@ -41,7 +41,7 @@ We also applied the method to study Measles in the Netherlands, where unvaccinat
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 *Mean number of cases across 1000 simulated in each PC4 region with a reporting rate of 10% (from estimates in literature). A) the baseline model: School data network with school level uptake., B) Alternative model 1: School data network with PC4 level uptake, C) Alternative model 2: Spatial network with school level uptake D) weighted sensitivity and specificity and E) unweighted sensitivity and specificity of the baseline and alternative network models.*
 
-By projecting school immunity profiles we constructed transmission networks for the years follwing the major outbreak in 2013-14. We identified that the network sustains a sharp change in connectivity as children born since the previous outbreak transfer to secondary school. This is due to take place in 2025 and 2026, we anticipate that this could mean a substantial increase in the risk of large Measles outbreaks in the Netherlands.
+By projecting school immunity profiles we constructed transmission networks for the years follwing the major outbreak in 2013-14. We identified that the network sustains a sharp change in connectivity as children born since the previous outbreak transfer to secondary school. This is due to take place in 2025 and 2026, we anticipate that this could mean a substantial increase in the risk of large Measles outbreaks in the Netherlands. (Manuscript in preparation)
 
 ![alt text](../Figures/changing_connectivity.png.jpg "Title") 
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