Answer:
The attenuation system would respond more to histidine (His) than to tryptophan (Trp) levels
Explanation:
In genetics, the attenuation system refers to the process of control which is responsible for triggering premature termination of transcription in bacterial operons. In bacteria, the process of attenuation is characterized by the presence of an attenuator, which is a stop signal sequence found in the leader mRNA. The tryptophan (trp) operon, which is a cluster of genes responsible to encode the components required during the production of tryptophan, is controlled by the attenuation system. When there is a high tryptophan level, the ribosomes are able to translate an attenuator sequence, thereby resulting in termination of transcription. The attenuation system also controls the synthesis of other amino acids including histidine (His), phenylalanine (Phe) and threonine (Thr).
<span>Actually the two primary harmones produced by our thyroid gland is thyroxine or tetraiodothyronine which is shortly called as T4 harmone and then triiodothyronine which is know as T3 harmone, which helps and influences the rate of metabolism, by regulating the blood glucose levels in our body.</span>
Answer:
photosynthesis
Explanation:
wcogo (gocow backwards)
water+carbon dioxide->glucose+oxygen
A plant is is a Eukaryotic (if that’s what you meant) and here are some note I took last year, hope they help :)
