
Conserved Footprints of APOBEC3G on Hypermutated Human Immunodeficiency Virus Type 1 and Human Endogenous Retrovirus HERV-K(HML2) Sequences
J. Virol. Armitage et al.
82: 8743
Supplemental material
Files in this Data Supplement:
- Supplemental file 8 -
HERV-K tree without CTS and cPPT regions.)
PDF file, 7K.
- Supplemental file 1
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Fig. S1A
Zipped MS Word document, 25K.
- Supplemental file 2
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Fig. S1B (Fasta alignments of HIV-1 proviral sequences hypermutated in vitro by (A) hA3G and (B) hA3F.)
Zipped MS Word document, 23K.
- Supplemental file 3
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Fig. S2 (Mutation frequencies at each G-containing tetranucleotide context for each individual sequence hypermutated in vitro by (A) hA3G and (B) hA3F and for the pooled datasets.)
Zipped MS Excel file, 82K.
- Supplemental file 4
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Fig. S3 (Fasta alignment of HERV-K(HML2) sequences.)
Zipped MS Word document, 67K.
- Supplemental file 5
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Fig. S4 (Profiles of hypermutation across near full-length proviral genomes hypermutated in vitro by hA3G and hA3F.)
Zipped TIF file, 268K.
- Supplemental file 6
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Fig. S5, part 1.
Zipped TIF file, 490K.
- Supplemental file 7
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Fig. S5, part 2 (Remaining profiles of hypermutation in proviruses derived from natural infections.)
Zipped TIF file, 259K.
- Supplemental file 9
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Table S1 (PCR and sequencing primers used for sequencing near full-length HIV-1 proviruses.)
Table S2 (Catalogue of hypermutated sequences analyzed from the Los Alamos HIV sequence database and sequences used for generating reference sequence estimates.)
Table S3 (Chromosomal locations of HERV-K(HML2) elements in the human genome.)
Zipped MS Word document, 21K.