Answer:
Adenosine deaminase or ADA gene is an enzyme which contribute in purine metabolism. It breaks the adenosine present in food and convert nucleic acids in tissues. It function in the maintenance and development of the immune system.
Stop codon signal the end of protein formation during translation and they do not code for an amino acid.
Stop codon will terminate the protein synthesis in ADA gene as it do not code for any amino acid and will cause nonsense mutation which will affect the immune system of the body.
It should be noted that a cell simply means the basic building block of living things and the human body has million of cells.
<h3>
What Is A Cell?</h3>
Your information is incomplete. Therefore, an overview of cells will be given. Cells provide the structure for the body and take in nutrients that are used to perform specialized functions in the body.
A cell can also be defined as the smallest unit of an organism that has a nucleus. It should be noted that the size of a cell can be measured by using an eyepiece graticule.
Learn more about cells on:
brainly.com/question/3717876
1)How does a hypothesis affect a scientific investigation?
You hypothesis is your prediction for what you're testing for, so it affects what experiment(s) you're going to do.
2) Detail the steps involved in designing an experiment.
Use the scientific method: Make a testable hypothesis. Design a study and collect data. Analyze results and reach conclusions. Communicate the results. Replicate the results.
3) what is the difference between an observation and a conclusion?
Observations are small details that you see during your experiment. Conclusion is the big idea that you get from your experiment.
Answer: A conjugated protein is a protein that functions in interaction with other chemical groups attached by covalent bonding or weak interactions.
Explanation:
Incorrect statement is: Type II membrane proteins have a signal sequence targeting them to the ER as well as a signal anchor sequence.
Signal peptide or signal sequence is a sequence of amino acids that gets recognized by signal recognition particle (SRP). This sequence is involved in cotranslational translocation into ER, where the protein should be folded. A stop-transfer sequence signals that translation of the protein should continue in the cytosol (not in ER). A signal anchor sequence signals the insertion of protein into the ER membrane.
