Which of the following are TRUE about transcribing RNA in bacteria. (*select all that apply) The 3 ' end of the RNA is synthesized before the 5 ' end RNA polymerase moves along in the 3 ' to 5 ' direction along the template strand "Coding strand" is another term for the template strand of DNA that is used for RNA synthesis In the bacterial genome, only one of the strands of the double helix is used as the template strand for synthesis of all genes Promoters have particular sequences (elements) found at 10 and 35 bases before the transcription start site The sigma factor helps RNA polymerase bind to the promoter A singla RNA can encode multiple different proteins Once synthesized, RNA must transported out of the nucleus before translation can begin In order to contribute to cellular functions, an RNA molecule must first be translated into protein Specific RNA sequences trigger termination of transcription through intrinsice (hairpin) or protein-mediated mechanism .

1. Which of the following are TRUE about transcribing RNA in bacteria. (*select all that apply)
The 3 ' end of the RNA is synthesized before the 5 ' end RNA polymerase moves along in the 3 '
to 5 ' direction along the template strand "Coding strand" is another term for the template strand
of DNA that is used for RNA synthesis In the bacterial genome, only one of the strands of the
double helix is used as the template strand for synthesis of all genes Promoters have particular
sequences (elements) found at 10 and 35 bases before the transcription start site The sigma factor
helps RNA polymerase bind to the promoter A singla RNA can encode multiple different
proteins Once synthesized, RNA must transported out of the nucleus before translation can begin
In order to contribute to cellular functions, an RNA molecule must first be translated into protein
Specific RNA sequences trigger termination of transcription through intrinsice (hairpin) or
protein-mediated mechanism