Fig. 2.
Fig. 2. Comparison between RD114- and GALV-pseudotype vectors in a competitive repopulation assay in dogs. / Detection of vector sequences in peripheral blood cells from dogs E523 (A) and E695 (B) transplanted with CD34-enriched marrow cells transduced with either RD114-pseudotype vectors produced from a high-titer clone of a human packaging cell line (LgGLSN), by a low-titer clone of the same human packaging cell line (LNX), or by GALV-pseudotype vectors produced by a mouse packaging cell line (LNY). Percentage of vector-positive DNA as measured by phosphor image analysis of signal intensities for LNY, LNX, and LgGLSN corrected for the amount of DNA and the number of experimental arms.

Comparison between RD114- and GALV-pseudotype vectors in a competitive repopulation assay in dogs.

Detection of vector sequences in peripheral blood cells from dogs E523 (A) and E695 (B) transplanted with CD34-enriched marrow cells transduced with either RD114-pseudotype vectors produced from a high-titer clone of a human packaging cell line (LgGLSN), by a low-titer clone of the same human packaging cell line (LNX), or by GALV-pseudotype vectors produced by a mouse packaging cell line (LNY). Percentage of vector-positive DNA as measured by phosphor image analysis of signal intensities for LNY, LNX, and LgGLSN corrected for the amount of DNA and the number of experimental arms.

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