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. 2018 Mar 30;12(4):508–513. doi: 10.1111/irv.12537

Table 2.

HMPV subtype distribution and gene flow into Peruvian locations

Lima Iquitos Piura
HMPV subgroups present by year and location
2008 A2, B1 A2, B1
2009 A2 A2, B1 A2, B2
2010 A2 A2, B2 A2, B2
2011 A2 A2
2012 A2 A2 A2
All years A2 A2, B1, B2 A2, B1, B2
Putative new HMPV introductions by year and location and subgroupa
2008 2 (A2[1],B1[1]) 2 (A2[1],B1[1])
2009 1 (A2[1]) 2 (A2[1],B1[1]) 2 (A2[1],B2[1])
2010 1 (A2[1]) 3 (A2[2],B2[1]) 3 (A2[2],B2[1])
2011 1 (A2[1]) 0
2012 1 (A2[1]) 1 (A2[1]) 0
All years 3 9 7
Origin state Location of importation
Lima Iquitos Piura
Whole‐genome “Markov jump” counts into Peruvian cities (A2 lineage)b
Peru 4.02 9.42 0.26
Global 0 0.07 3.02
Any 4.02 9.49 3.28
F‐gene “Markov jump” counts into Peruvian cities (A2 lineage)b
Peru 4.06 7.3 1.5
Global 0.01 0.71 2.79
Any 4.07 8.01 4.29

HMPV, human metapneumovirus.

a

Derived from maximum‐likelihood phylogeny (Figure 1). For each year and location, the distribution of new introductions by subgroup is indicated in brackets.

b

Performed on data from the A2 lineage only.