Fig. 2.
Fig. 2. PCR assay of provirus. / Genomic DNA was isolated from tissue samples and subjected to PCR using EPO-specific primers. PCR products were separated on a 2% agarose gel and stained with ethidium bromide. Shown is a PCR on negative control rat DNA in which increasing amounts of vector plasmid DNA were added. We established that the presence of 1% vector DNA could be detected by this method. Shown are assays of representative tissue DNA samples from a rat with an hematocrit of 74% killed 14 months after injection of EPO virus. Lane 1, molecular weight marker; lane 2, genomic DNA; lane 3, genomic DNA + 0.1% vector; lane 4, genomic DNA + 1% vector; lane 5, genomic DNA + 10% vector; lane 6, genomic DNA + 100% vector; lane 7, genomic DNA + 1000% vector; lane 8, vector; lane 9, water; lane 10, lung; lane 11, kidney; lane 12, liver; lane 13, spleen; lanes 14 to 17, muscle samples.

PCR assay of provirus.

Genomic DNA was isolated from tissue samples and subjected to PCR using EPO-specific primers. PCR products were separated on a 2% agarose gel and stained with ethidium bromide. Shown is a PCR on negative control rat DNA in which increasing amounts of vector plasmid DNA were added. We established that the presence of 1% vector DNA could be detected by this method. Shown are assays of representative tissue DNA samples from a rat with an hematocrit of 74% killed 14 months after injection of EPO virus. Lane 1, molecular weight marker; lane 2, genomic DNA; lane 3, genomic DNA + 0.1% vector; lane 4, genomic DNA + 1% vector; lane 5, genomic DNA + 10% vector; lane 6, genomic DNA + 100% vector; lane 7, genomic DNA + 1000% vector; lane 8, vector; lane 9, water; lane 10, lung; lane 11, kidney; lane 12, liver; lane 13, spleen; lanes 14 to 17, muscle samples.

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