Collecting locations of <i>A. d. ignigularis</i> (square) and <i>A. d. ravitergum</i> (circle) near Baní, Dominican Republic.

<p>Numbers reflect sample size of symptomatic lizards tested for adenovirus and the number of positive tests in parentheses.</p

Adenovirus sequences analyzed.

<p>Adenovirus sequences analyzed.</p

Reported squamate species in which adenovirus infections have occurred.

1<p>RWC  =  Recently wild caught, ²NA  =  information on source not available, ³LTC  =  long-term captive (possibly including individuals that were born and bred in captivity), ^3aLTC?  =  likely long-term captive, but no information on origins in original publication.</p

Phylogenetic relationships among adenovirus polymerase sequences inferred using the amino acid models implemented in MrBayes.

<p>The phylogenetic position of newly acquired sequences is indicated in grey. Node support values presented are posterior probabilities (PP): black circles PP>95, grey circles 95>PP>70, and white circles 70>PP>50. To simplify the graphical representation of this result, we pruned from the tree adenoviruses that were drawn from the same host and were strongly supported as monophyletic. When a sequence has been reported from two or more reptilian species, we indicate the infected species with a bracket.</p

Phylogenetic tree for squamate reptiles derived from Townsend et al. (2004).

<p>Black squares indicate clades with previously reported adenovirus infections, white squares indicate clades without previously reported infections, and the gray square indicates the clade from which adenovirus infection is reported in this study.</p