R 15.4 cells. To do so, we designed a modified quantitative RTPCR (RT-qPCR). Our modified method, herein named RT-DNA-qPCR (RT-DqPCR), is based on the fact that molar ratio between two genes in genomic DNA is equal (see Supplemental text 1). In short, RT-DqPCR involves normalization of values obtained by amplification of cDNA to those obtained by amplification of genomic DNA with the same primer p
R 15.4 cells. To do so, we designed a modified quantitative RTPCR (RT-qPCR). Our modified method, herein named RT-DNA-qPCR (RT-DqPCR), is based on the fact that molar ratio between two genes in genomic DNA is equal (see Supplemental text 1). In short, RT-DqPCR involves normalization of values obtained by amplification of cDNA to those obtained by amplification of genomic DNA with the same primer p
R 15.4 cells. To do so, we designed a modified quantitative RTPCR (RT-qPCR). Our modified method, herein named RT-DNA-qPCR (RT-DqPCR), is based on the fact that molar ratio between two genes in genomic DNA is equal (see Supplemental text 1). In short, RT-DqPCR involves normalization of values obtained by amplification of cDNA to those obtained by amplification of genomic DNA with the same primer p
Ent (Pharmacia). Isolation of PBLs, their activation with PHA/IL-2 and infection with HIV-1LAI followed by isolation of resting CD4+ T cells by negative selection using magnetic beads (Invitrogen) was performed as previously described (Contreras et al., 2007). Resting CD4+ T cells were treated with 1mM HMBA and 10 ng/ml TNF- for 24 h. Viral release in the supernatant was quantified by p24 ELISA (P
R 15.4 cells. To do so, we designed a modified quantitative RTPCR (RT-qPCR). Our modified method, herein named RT-DNA-qPCR (RT-DqPCR), is based on the fact that molar ratio between two genes in genomic DNA is equal (see Supplemental text 1). In short, RT-DqPCR involves normalization of values obtained by amplification of cDNA to those obtained by amplification of genomic DNA with the same primer p
R 15.4 cells. To do so, we designed a modified quantitative RTPCR (RT-qPCR). Our modified method, herein named RT-DNA-qPCR (RT-DqPCR), is based on the fact that molar ratio between two genes in genomic DNA is equal (see Supplemental text 1). In short, RT-DqPCR involves normalization of values obtained by amplification of cDNA to those obtained by amplification of genomic DNA with the same primer p