Select all the correct answers. this sequence encodes for a particular protein that bacteria move. a mutation occurs in the sequence, leading to a faulty protein. identify the sequences where the mutation might have taken place. ( ) = red atttgc(atactacc)gggc the red letters are the noncoding region, and the black letters are the protein coding region. answers are- 1. attagc(atactac)gggc 2. atttgc(atactgacc)gggc 3. atttgc(aatactacc)gggc 4. atttgc(aactacc)gggc 5. atgaatgc(atactacc)gggc

The correct answers choices would be 1. and 5.

Both of these show mutations outside the red zone.

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1.  ATTAGC(ATACTAC)GGGC

5. ATGAATGC(ATACTACC)GGGC

Explanation:

Since the sequence in "red" specifies the non-coding region, any change in it would not affect the protein structure or function. Only the sequences that have mutation in "black letters" would affect the protein structure and function.  

Among the given options, options 1 and 5 have mutations in the protein coding region of the sequence. So, these sequences could lead to production of faulty protein.  

many other transport proteins, often called pumps, move materials against a concentration gradient. active transport drives molecules across a membrane from a region of lower concentration to a region of higher concentration. this process, shown in figure 5.1, uses transport proteins powered by chemi- cal energy.

unicellular organisms, like bacteria, are able to perform all life functions within one single cell. multicellular organisms need many different types of cells to carry out the same life processes. each of these special types of cells has a different structure that it perform a specific function.