Figure 1.
Figure 1. Experimental setup and vectors. (A) Murine Lin- cells were isolated, prestimulated, and transduced with cell-free vector supernatants with the use of MOIs, as indicated in Table 1. The cells were expanded as a mass culture for 2 weeks and subsequently selected on a 96-well plate (step 1). Randomly picked clones were further expanded to numbers exceeding 106 for phenotyping and to harvest DNA and RNA (step 2). (B) Retroviral vectors used for transduction shown as proviruses. LTRSF is an LTR-driven retroviral vector that has been previously described (SF91).14 It contains a splice-competent leader region, including the primer binding site (θ) and the packaging signal (Ψ), and encodes either eGFP or DsRed. The U3 region containing all the enhancer/promoter elements is derived from spleen focus-forming virus (SF). SINSF is a self-inactivating (SIN) retroviral vector.15 The U3 region is almost completely deleted, leaving only the integrase attachment sites intact. eGFP and DsRed are driven by the SF enhancer/promoter, identical to the cis-elements used in the LTR-driven vector.

Experimental setup and vectors. (A) Murine Lin- cells were isolated, prestimulated, and transduced with cell-free vector supernatants with the use of MOIs, as indicated in Table 1. The cells were expanded as a mass culture for 2 weeks and subsequently selected on a 96-well plate (step 1). Randomly picked clones were further expanded to numbers exceeding 106 for phenotyping and to harvest DNA and RNA (step 2). (B) Retroviral vectors used for transduction shown as proviruses. LTRSF is an LTR-driven retroviral vector that has been previously described (SF91).14  It contains a splice-competent leader region, including the primer binding site (θ) and the packaging signal (Ψ), and encodes either eGFP or DsRed. The U3 region containing all the enhancer/promoter elements is derived from spleen focus-forming virus (SF). SINSF is a self-inactivating (SIN) retroviral vector.15  The U3 region is almost completely deleted, leaving only the integrase attachment sites intact. eGFP and DsRed are driven by the SF enhancer/promoter, identical to the cis-elements used in the LTR-driven vector.

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