Figure 1. Both DNA strands of some genes are transcribed. However, in plants, most siRNAs are generated by RNA-dependent RNA polymerase [1]. Single strand RNA transcripts: ssRNA. RNA interference requires that two base pair-complementary strands of RNA to come together to form double stranded RNA[2].
Figure 1. Both DNA strands of some genes are transcribed. However, in plants, most siRNAs are generated by RNA-dependent RNA polymerase [1]. Single strand RNA transcripts: ssRNA. RNA interference requires that two base pair-complementary strands of RNA to come together to form double stranded RNA[2].
Figure 1. Both DNA strands of some genes are transcribed. However, in plants, most siRNAs are generated by RNA-dependent RNA polymerase [1]. Single strand RNA transcripts: ssRNA. RNA interference requires that two base pair-complementary strands of RNA to come together to form double stranded RNA[2].
Figure 1. Both DNA strands of some genes are transcribed. However, in plants, most siRNAs are generated by RNA-dependent RNA polymerase [1]. Single strand RNA transcripts: ssRNA. RNA interference requires that two base pair-complementary strands of RNA to come together to form double stranded RNA[2].
Figure 1. Both DNA strands of some genes are transcribed. However, in plants, most siRNAs are generated by RNA-dependent RNA polymerase [1]. Single strand RNA transcripts: ssRNA. RNA interference requires that two base pair-complementary strands of RNA to come together to form double stranded RNA[2].
Figure 1. Both DNA strands of some genes are transcribed. However, in plants, most siRNAs are generated by RNA-dependent RNA polymerase [1]. Single strand RNA transcripts: ssRNA. RNA interference requires that two base pair-complementary strands of RNA to come together to form double stranded RNA[2].
Figure 1. Both DNA strands of some genes are transcribed. However, in plants, most siRNAs are generated by RNA-dependent RNA polymerase [1]. Single strand RNA transcripts: ssRNA. RNA interference requires that two base pair-complementary strands of RNA to come together to form double stranded RNA[2].
Figure 1. Both DNA strands of some genes are transcribed. However, in plants, most siRNAs are generated by RNA-dependent RNA polymerase [1]. Single strand RNA transcripts: ssRNA. RNA interference requires that two base pair-complementary strands of RNA to come together to form double stranded RNA[2].
Figure 1. Both DNA strands of some genes are transcribed. However, in plants, most siRNAs are generated by RNA-dependent RNA polymerase [1]. Single strand RNA transcripts: ssRNA. RNA interference requires that two base pair-complementary strands of RNA to come together to form double stranded RNA[2].
Figure 1. Both DNA strands of some genes are transcribed. However, in plants, most siRNAs are generated by RNA-dependent RNA polymerase [1]. Single strand RNA transcripts: ssRNA. RNA interference requires that two base pair-complementary strands of RNA to come together to form double stranded RNA[2].
Figure 1. Both DNA strands of some genes are transcribed. However, in plants, most siRNAs are generated by RNA-dependent RNA polymerase [1]. Single strand RNA transcripts: ssRNA. RNA interference requires that two base pair-complementary strands of RNA to come together to form double stranded RNA[2].
Figure 1. Both DNA strands of some genes are transcribed. However, in plants, most siRNAs are generated by RNA-dependent RNA polymerase [1]. Single strand RNA transcripts: ssRNA. RNA interference requires that two base pair-complementary strands of RNA to come together to form double stranded RNA[2].
Figure 1. Both DNA strands of some genes are transcribed. However, in plants, most siRNAs are generated by RNA-dependent RNA polymerase [1]. Single strand RNA transcripts: ssRNA. RNA interference requires that two base pair-complementary strands of RNA to come together to form double stranded RNA[2].
