The given exercise focuses on the transcription process where DNA is converted into mRNA as part of gene expression. Below are the DNA sequences with dropdown selections for transcribing each nucleotide into mRNA.**DNA Sequence:**- A- G- G- T- T- A- C- T- G**Transcription Process:**During transcription, the DNA sequence is used as a template to create a complementary mRNA strand. In mRNA, Thymine (T) is replaced with Uracil (U).**Steps:**1. Adenine (A) on DNA transcribes to Uracil (U) on mRNA.2. Guanine (G) on DNA transcribes to Cytosine (C) on mRNA.3. Thymine (T) on DNA transcribes to Adenine (A) on mRNA.4. Cytosine (C) on DNA transcribes to Guanine (G) on mRNA.The dropdowns allow users to select the appropriate mRNA nucleotide corresponding to each DNA nucleotide. This interactive approach helps learners understand the transcription mechanism by translating a DNA sequence into its mRNA counterpart. **Transcription Activity: DNA to mRNA****Instructions:**The process by which DNA instructions are converted into a functional product is known as gene expression. In this activity, you will transcribe the given DNA sequence into mRNA. Use the dropdown menus to select the appropriate mRNA bases.**DNA Sequence:**- A- G- T- T- C- A- C- T- G**Dropdown Options for Each DNA Base:**- U (Uracil)- T (Thymine)- A (Adenine)- G (Guanine)- C (Cytosine)**Objective:**Select the correct mRNA base using the complementary rules of transcription, where:- A (Adenine) pairs with U (Uracil)- T (Thymine) pairs with A (Adenine)- C (Cytosine) pairs with G (Guanine)- G (Guanine) pairs with C (Cytosine)Complete the transcription for the entire DNA sequence to understand how genetic information is transcribed into mRNA.

Name: The given exercise focuses on the transcription process where DNA is
Uploaded: 2024-03-20T06:42:41.000Z
Channel: Bartleby
Description: The given exercise focuses on the transcription process where DNA is converted into mRNA as part of gene expression. Below are the DNA sequences with dropdown selections for transcribing each nucleotide into mRNA.**DNA Sequence:**- A- G- G- T- T- A-