Question

1.How is it possible to have millions of antibody protein types? 2.Identify the unique functions of...

1.How is it possible to have millions of antibody protein types?

2.Identify the unique functions of different classes of antibodies

Science   Biology   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

Question

1. It is possible to have millions of antibody protein type as

I. Billion genes are produced by the B cells and They cell genes.

II. The antibody produced have variable regions of light and heavy antibody genes.

III. By rearranging the DNA segments during B cell development

2. The function of different types of antibody are following :

I. IgA: protect against pathogen that enter in the body of human.

II. IgD: activate basophils and mast cells.

III. IgE: produce allergic reaction in the body against any allergen.

IV. IgG: provide immunity against pathogen and their toxic products.

V. IgM: responsible for early stage of immunity.

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
1. Compare and contrast an antibody and a B-cell receptor. 2. Does the fetus have any...
1. Compare and contrast an antibody and a B-cell receptor. 2. Does the fetus have any antibodies? An infant? Explain.
1. Describe how protein arrays can be used to identify protein-protein interactions 2. Describe various proteomic...
1. Describe how protein arrays can be used to identify protein-protein interactions 2. Describe various proteomic work flows beginning with sample preparation Please answer each question in detail. Thank you
1. Starting on april 20, New York State conducted a statewide antibody study. They reported that...
1. Starting on april 20, New York State conducted a statewide antibody study. They reported that 14.9%of those tested were positive for coronavirus antibodies. They tested a random sample of 7,500 people around the state. 1a. How many people out of the 7500 tested positive? 1b. Find a 95% confidence interval for the proportion of New York State residents who have Coronavirus antibodies. Then write and interpretation of the confidence interval. 1c. Is it possible that 20% of the New...
1. True/False: Like innate sensors of infections(TLRs, NLRs, RL Rs), antibodies frequentlyrecognize nucleic acids of pathogenic...
1. True/False: Like innate sensors of infections(TLRs, NLRs, RL Rs), antibodies frequentlyrecognize nucleic acids of pathogenic organisms. 2. Antibodies that bind with high affinity to some viral surface proteins require heavy chain CDR3 loops of unusual length. Whereas the average human heavy chain CDR3 length is ~15 amino acids, antibodies with VH CDR3 loops of >30 amino acids are readily detected in the repertoire. These antibody heavy chains with CDR3 lengths of >30 amino acids would likely be missing in...
Chapter 2 covered many different types of formulas, functions, and tools within Excel. Choose 1 skill...
Chapter 2 covered many different types of formulas, functions, and tools within Excel. Choose 1 skill from Chapter 2 and apply it to something you do in your life. It can be related to a job you have, a sports team you are on, personal projects, etc. You can even make up a situation you anticipate might happen in a future career. Explain how this skill made your work more efficient and share your results with the class. Be as...
I am a cancer researcher. I have an antibody that recognizes the extracellular portion of Notch...
I am a cancer researcher. I have an antibody that recognizes the extracellular portion of Notch and I have conjugated it to a light producing chromophore. I know activated Notch is implicated in many types of tumors. I want to detect for a given tumor whether Notch activity has changed in comparison to wild type cells of the same type. Based upon what you know, which of the following statements could be true? (Hint: Use the information from the other...
sam wants to determine how many possible meals they can make using basic meal building blocks...
sam wants to determine how many possible meals they can make using basic meal building blocks (protein, vegetables, starch). Sam considers a meal to consist of six different building blocks out of 15 possibilities. [A] Of the 15 meal building blocks there are 5 types of protein, 4 types of starch, and 6 types of vegetables. How many meals can Sam make consisting of 1 type of protein, 2 types of starch, and 3 vegetables? [B] If all meals are...
1. If an organism's diploid number is 14, how many unique possible combinations of chromosomes can...
1. If an organism's diploid number is 14, how many unique possible combinations of chromosomes can be inherited in the generated haploid reproductive cells? explain your answer.    128    512    7    14    28
Identify at least three types of Tier 1 and Tier 2 capital.
Identify at least three types of Tier 1 and Tier 2 capital.
Modeling with Functions In this course you have learned the characteristics of different types of functions...
Modeling with Functions In this course you have learned the characteristics of different types of functions and have practiced solving application problems involving modeling with these functions. For each scenario below, decide what type of function would best model the situation. Explain why you chose that type of function. Show your work in writing the function to model the situation. Be sure to state what the independent variable represents. Then use your model to answer the questions for that scenario....
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT