Nurturing Life Sciences
#Id: 7607
#Id: 622
#Unit 2. Cellular Organization
During Attenuation, Region 3-4 forms hairpin then second hairpin is formed between Region 1-2
#Id: 623
Dual hairpin formation take place due to ribosome fall from UGA
#Id: 624
Dual hairpin formation (Region 3-4 forms hairpin then second hairpin is formed between Region 1-2) release RNA-DNA hybrid and RNA Polymerase causes seizing transcription of trp operon at high trp concentration.
#Id: 625
Attenuator riboswitch (Leader sequence) region 1 is translated atleast till codon 10 and 11 in case of Low trp concentration because ribosomes get stalled due to low availability of charged tRNA-trp
#Id: 626
In case of Low trp concentration, RNA polymerase continues to EDCBA genes where new ribosome get attached to AUG of polycistronic genes
#Id: 627
RNA Polymerase don’t get dissociated with one hairpin which is 2:3