Question

Pluripotent stem cells can transform into nearly any cell type in the body. Multipotent stem cells...

Pluripotent stem cells can transform into nearly any cell type in the body. Multipotent stem cells are more limited, but they can also differentiate into multiple cell types. Describe what needs to happen on the cellular level for a multipotent stem cell in the intestine, skin, or blood to differentiate into one of the specialized cells that make up these tissues.

Homework Answers

Answer #1

In order for the multipotent cells to differentiate into the specialized cells making up the tissues, the manipulation of the genes (and proteins) that need to be expressed is done. The other genes not related to the difeerentiation of the cell into the required tissue cells remain silent. This turning on anf turning off of the required genes is done with the help of the multiple factors. Based on teh tissue the multpotent cells are in, different genes are silenced or expressed.

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Pluripotent stem cells can transform into nearly any cell type in the body. Multipotent stem cells...
Pluripotent stem cells can transform into nearly any cell type in the body. Multipotent stem cells are more limited, but they can also differentiate into multiple cell types. Describe what needs to happen on the cellular level for a multipotent stem cell in the intestine, skin, or blood to differentiate into one of the specialized cells that make up these tissues.
1. what type(s) of stem cell can be used to provide cells for repair of diseased...
1. what type(s) of stem cell can be used to provide cells for repair of diseased tissue? a. pluripotent b. adult. c. induced pluripotent 2. what type(s) of stem cell can differentiate into a large number of cell types a. adult b. induced pluripotent c. pluripotent
There is a third type of stem cell called induced pluripotent stem cell (iPSCs). I'd like...
There is a third type of stem cell called induced pluripotent stem cell (iPSCs). I'd like for you to review the following video and resource and tell us how these stem cells are different from adult or embryonic stem cells. Do you think that the use of these types of cells could reduce some of the ethical issues that come up when we discuss stem cells? UCLA: Broad Stem Cell Research Center. (2016). Induced Pluripotent Stem Cells (iPS). https://stemcell.ucla.edu/induced-pluripotent-stem-cells (Links...
1.Induced pluripotent stem (iPS) cells a.require a donor embryo b.can differentiate into a greater variety of...
1.Induced pluripotent stem (iPS) cells a.require a donor embryo b.can differentiate into a greater variety of adult tissues than embryonic stem cells c.can give rise to all tissues and cell types in the body d. require a donor egg 2.Embryonic stem cells a.come from cells harvested from aborted fetuses b.can grow indefinitely in culture resulting in an ES cell line c.are multipotent d.can give rise to all tissues and cell types in the body except germ cells 3.Which of the...
4) Red and white blood cells are generated from multipotent stem cells during a process called:...
4) Red and white blood cells are generated from multipotent stem cells during a process called: A) Embryogenesis B) Proteogenesis C) Organogenesis D) Hematopoiesis 5) When a multipotent stem cell undergoes cellular differentiation to become a NON-DIVIDING somatic cell this is called _________ differentiation. A) Progenitor B) Mitotic C) Terminal D) Transcription 6) Stem cells must decide whether to divide or differentiate, and their decision is often provided by signals they receive from other cells. In order for a cell...
What Is a Stem Cell? Differentiated cells Unspecialized cells Can renew itself Can renew all differentiated...
What Is a Stem Cell? Differentiated cells Unspecialized cells Can renew itself Can renew all differentiated cells Can replenish other cells Can give rise to more than 250 specialized cells in the body Can give rise to only 100 specialized cells in the body Can send to the programmed cell death other cells
QUESTION 1 Less than 1% of your blood contains white blood cells also known as _________________....
QUESTION 1 Less than 1% of your blood contains white blood cells also known as _________________. 7.5 points    QUESTION 2 What type of white blood cells are primarily involved in innate immunity and are capable of engulfing foreign pathogens? 7.5 points    QUESTION 3 The portion of our blood that is mainly liquid and does not contain cells is called ______________. 7.5 points    QUESTION 4 Where in the human body do all blood cells originate from? (Where are...
How did inoculation with cowpox generate immunological memory and provide protection against smallpox? Did cross-reactivity play...
How did inoculation with cowpox generate immunological memory and provide protection against smallpox? Did cross-reactivity play a role? How did Pasteur’s work with attenuated (weakened) bacteria further our understanding of the role vaccination can play? What are the three characteristics that define an adaptive immune response? Briefly define each of the characteristics. Define primary versus secondary immune response. What’s the difference between totipotent, pluripotent, multipotent and oligopotent when evaluating cell differentiation capacity? What is hematopoiesis? What cell types are derived...
1. An antigen is A. a molecule that can elicit an immune response. B. a nucleic...
1. An antigen is A. a molecule that can elicit an immune response. B. a nucleic acid only. C. a protein or nucleic acid. D. a protective protein that the immune system produces. 2. The human leukocyte antigen genes are on the A. short arm of chromosome 6. B. long arm of chromosome 18. C. short arm of chromosome 2. D. long arm of chromosome 6. 3. Identifying combinations of _____ alleles is useful in tissue typing, establishing identity, and...
Choose one disease process or injury that you would like to learn more about. Decide on...
Choose one disease process or injury that you would like to learn more about. Decide on an organ system or organ, and then choose a disorder that is different from those already presented in Braun and Anderson (2017). For example, if you wish to learn more about cancer, choose a cancer that is not included in chapter 7 (perhaps choose Melanoma) or if you would like to know more about heart disease, choose something different from topics presented in chapter...