Question

In: Biology

Stem cells can potentially repair damaged tissue. One major challenge is how to _____.

Stem cells can potentially repair damaged tissue. One major challenge is how to _____.

Solutions

Expert Solution

The stem cells is defined as those cells that have the capacity to convert into any cells of the body . They are partially or the undifferentiated cells. They can divide into their daughter cells that have the same property of regeneration into different type of cells . They are epiblast derived stem cells , embryonic stage stem cells . They convert and differentiated into three layers known as Mesoderm , ectoderm , endoderm . They divide indefinitely into may structures and forms . There are various uses of the stem cells in the diagnosis of the diseases . By diagnosis the development of Muscles , bones , heart the disease causes can be easily find out . It is also used for the regeneration of certain tissues and organs such as the stem cell therapy in spinal cord lesions injury , type 2 diabetes mellitus , Parkinson's disease , Cancer , leukimea , arthritis and many cases . It is used in the implantation process .
There are various major issues that are associated with the stem cells differentiation of stem cells into a certain structure . The stem cells are present in very less number . The controlling of the stem cells is very difficult to direct the stem cells to a particular structure . The identity , isolate and triggering of the stem cells are very difficult . The other difficulty is the introduction of the stem cells into the patients body for eg :- if a cardiac stem cells is introduced into the patient body , then the beat sync with the patients own heart is a challenging phenomenon .if a neural cells is introduced then the neural cells should be able to make synapsis with the natural connections present in the spinal cord or other nerve fibres .

Have a beautiful day

Thanking you

Regards  

Good luck

Please Hit the thumbs up ????


Related Solutions

Macrophages are motile cells that migrate into ischemic areas to repair damaged tissue. Which cytoskeletal filaments...
Macrophages are motile cells that migrate into ischemic areas to repair damaged tissue. Which cytoskeletal filaments are most likely to alter their conformation during movement into the brain? Briefly explain your answer.
Discuss the biological importance of stem cells in relation to development, regeneration and tissue homeostasis in...
Discuss the biological importance of stem cells in relation to development, regeneration and tissue homeostasis in animals
Using what you know about stem cells and cell differentiation, explain HOW bone marrow cells can...
Using what you know about stem cells and cell differentiation, explain HOW bone marrow cells can travel to the brain and differentiate into neurons. Make sure to discuss the role of cell signaling processes and cellular induction.
Which cells is nervous tissue made of?  How is the generic function of this tissue related to...
Which cells is nervous tissue made of?  How is the generic function of this tissue related to the characteristics of the main cell type that forms it?
1.(a)Strong acids can dissolve or chemically burn living matter. Why is the stomach tissue not damaged...
1.(a)Strong acids can dissolve or chemically burn living matter. Why is the stomach tissue not damaged by stomach acid? Describe the mechanism by which the stomach lining is protected from the very acidic gastric juice. (b)What is the function of the gallbladder? What might be the consequences of having your gallbladder removed?
Why are internal threats a major challenge for organizations? How can internal threats be minimized?
Why are internal threats a major challenge for organizations? How can internal threats be minimized?
what would happen to bone tissue if one of the three types of bones cells was...
what would happen to bone tissue if one of the three types of bones cells was missing but the othet types of bone cells were present?
what are the two cell types that interact with Stem cells? and how? Outline the interaction...
what are the two cell types that interact with Stem cells? and how? Outline the interaction with that cell type, including whether the interaction is direct or indirect, the outcome of that interaction, and whether the interaction is in the embryonic or adult stage of development 1-Adipocyte 2-Erythrocyte 3-Chondrocyte 4-Epithelial 5-Gonocyte 6-Lymphocyte 7-Myocyte 8-Neuron 9-Osteocyte
How does the DNA methylation pattern compare between embryonic stem cells, somatic cells, and induced pluripotent...
How does the DNA methylation pattern compare between embryonic stem cells, somatic cells, and induced pluripotent stem cells? a. Induced pluripotent stem cells have less DNA methylation than differentiated cells but more than embryonic stem cells and retain some methylation marks of the somatic cells. b. Somatic cells show the highest amount of DNA methylation, while induced pluripotent stem cells show the lowest. c. Induced pluripotent stem cells show the highest amount of DNA methylation, while somatic cells show the...
1. Embryonic stem cells: a. Are undifferentiated   b. Can divide indefinitely   c. all of the above...
1. Embryonic stem cells: a. Are undifferentiated   b. Can divide indefinitely   c. all of the above are true of embryonic stem cells ________________________________________________________________________________ 1. Which of the following is not a transgenic organism?   a. Mice that appear fluorescent green because they produce the gfp protein b. Plants expressing a new gene to give their fruit a longer shelf life c. Plants that were bred to have red flower(flowers are naturally red or white) ________________________________________________________________________________ 1.Recombinant dna therapy produce a ___product...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT