1. Proliferation of cells with HIV integrated into cancer genes contributes to persistent infection by Thor A. Wagner, Sherry McLaughlin, Kavita Garg, Charles Y. K. Cheung, Brendan B. Larsen, Sheila Styrchak, Hannah C. Huang, Paul T. Edlefsen, James I. Mullins, and Lisa M. Frenkel Science Volume 345(6196):570-573 August 1, 2014 Published by AAAS

2. Fig. 1 Representation of HIV integration sites sampled through time.(A to C) show the scaled representation of each gene with integration sites mapped for the three participants at three intervals (times in years given along the x axis) after initiation of suppressive ART. Integration sites were detected in all chromosomes of all participants, except for chromosome 18 in participant B1, and chromosome 20 and the Y chromosome in L1, the only male studied. Thor A. Wagner et al. Science 2014;345:570-573 Published by AAAS

3. Fig. 2 Phylogenetic relationships between HIV-1 env (C2V5 region) genes sampled from participant L1 through time.A neighbor-joining tree was generated using viral gene sequences derived from PBMC DNA from participant L1 by single-genome sequencing, including from this (with integration sites determined) and a previous study (8). Thor A. Wagner et al. Science 2014;345:570-573 Published by AAAS

4. Fig. 3 HIV-1 integration sites in chromosome 6, including the BACH2 locus.(B) (bottom) shows the integration sites mapped in the human chromosome 6 in this (SCRI, Seattle Children’s Research Institute) and other studies of individuals sampled while on suppressive ART, including from Han et al. Thor A. Wagner et al. Science 2014;345:570-573 Published by AAAS