MOESM1 of Development and characterization of 10 microsatellite markers in the Cape horseshoe bat, Rhinolophus capensis (Chiroptera, Rhinolophidae) and cross-amplification in southern African Rhinolophus species

Additional file 1. Geographic information of the individuals used for the cross-amplification tests

RVFV genome detection in wildlife using RT-qPCR according to sampled route and village.

RVFV genome detection in wildlife using RT-qPCR according to sampled route and village.</p

List of wild animal species screened for the RVFV genome.

List of wild animal species screened for the RVFV genome.</p

Map of the study area, Zadié Department, Gabon.

Gray dots indicate the sampled villages and red dots, the villages where hunters brought back Cephalophinae detected positive for RVFV.</p

Phylogenetic tree derived from nucleotide sequence data of the entire S segment.

The phylogenetic analyses were carried out after multiple alignments of the obtained sequences along with the GenBank reference sequences (including all published sequences). Maximum likelihood (ML) methods were used to construct trees based on full sequences of the S segment (1690 nt). The GenBank accession numbers for the S gene are OR528950, OR528951, OR528952, OR528953 for samples 7, 108, 120 and 166, respectively.</p

RVFV-specific IgG antibodies detection in livestock (sheep and goats) and dogs using ELISA according to sampled route and village.

RVFV-specific IgG antibodies detection in livestock (sheep and goats) and dogs using ELISA according to sampled route and village.</p