If a srna is bound to the ribosome binding sequence of a mrna coding for an enzyme in a bacteria, what effect will this have on the amount of enzyme in this cell?.

Question

29-03-2022
Biology

contestada

If a srna is bound to the ribosome binding sequence of a mrna coding for an enzyme in a bacteria, what effect will this have on the amount of enzyme in this cell?.

Respuesta :

Otras preguntas

You are making juice from concentrate. The directions on the packaging say to mix I can of juice with 3 cans of water. A can is 12 fluid ounces.

muutuun Active Describing Enzymes QUICK CHECK Which of the following characteristics are true of enzymes? Check all that apply. The structure of an enzyme can c

12345678910 As a sound wave travels from liquid water into ice, its wavelength would

Professor Morooka works 60 hours a week for 9 months of the year. During this time he longs for a break. When he finally gets a break, he misses the sense of ac

Why does the united states have a long history of opposition to socialist ideas?

Glucose is an example of which carbon-based macromolecule?

What role did the Atlantic slave trade play within European competition during the colonial era?

Data were collected and showed an increase in ice cream sales as the weather gets warmer. Which of the following best describes this situation?a.)Based on the

489,570 in expanded form

Anthony works at a firm that wants to develop a new pricing strategy for one of its products. The company has decided that its main objective for this product i

ACCESS MORE EDU ACCESS

luisvaschetto luisvaschetto · Answer 1 · 2022-04-04T10:33:59+02:00

If an sRNA is bound to the ribosome binding sequence of an mRNA coding for an enzyme in a bacteria, it will reduce the amount of enzyme.

What is an sRNA?

A small RNA (sRNA) is a short sequence that binds to target mRNAs by base complementarity and thus reduces gene expression.

These sequences (sRNAs) can efficiently block prokaryotic translation in order to reduce the amount of protein.

The sRNAs have fundamental regulatory roles both in bacterial translation and protein production.

Learn more about regulatory RNAs here:

https://brainly.com/question/20682055