which<br/>is correct about the VR Broadcasting? () A: VR<br/>shooting- splicing and composition- transmission- output B: splicing<br/>and composition- VR shooting- output- transmission C: VR<br/>shooting-transmission- splicing and composition- output D: VR<br/>shooting- splicing and composition- output -transmission
which<br/>is correct about the VR Broadcasting? () A: VR<br/>shooting- splicing and composition- transmission- output B: splicing<br/>and composition- VR shooting- output- transmission C: VR<br/>shooting-transmission- splicing and composition- output D: VR<br/>shooting- splicing and composition- output -transmission
Which of the following biological process needs RBS sequence: A: Splicing of mRNA in eukaryotic cells B: Transcription of DNA in prokaryotic cells C: The recognition of start codon by eukaryotic ribosome D: The location of ribosome in mRNA in prokaryotic cell E: The termination of transcription in prokaryotes
Which of the following biological process needs RBS sequence: A: Splicing of mRNA in eukaryotic cells B: Transcription of DNA in prokaryotic cells C: The recognition of start codon by eukaryotic ribosome D: The location of ribosome in mRNA in prokaryotic cell E: The termination of transcription in prokaryotes
Which<br/>of the following biological process needs RBS sequence:() A: Splicing<br/>of mRNA in eukaryotic cells. B: Transcription<br/>of DNA in prokaryotic cells. C: The<br/>recognition of start codon by eukaryotic ribosome. D: The<br/>location of ribosome in mRNA in prokaryotic cell. E: The<br/>termination of transcription in prokaryotes.
Which<br/>of the following biological process needs RBS sequence:() A: Splicing<br/>of mRNA in eukaryotic cells. B: Transcription<br/>of DNA in prokaryotic cells. C: The<br/>recognition of start codon by eukaryotic ribosome. D: The<br/>location of ribosome in mRNA in prokaryotic cell. E: The<br/>termination of transcription in prokaryotes.