Because iPS cells are derived from a patient's differentiated cells, they may be an ideal therapeutic tool for some diseases. This is because ________.
iPS cells are no longer pluripotent |
iPS cells can grow and divide faster than the patient's typical cells |
iPS cells have been induced to a stem-cell-like state |
iPS cells are genetically engineered with bacterial genes |
the master regulator genes have been genetically engineered |
3rd is correct answer because now these cell have become pluripotent stem cell which can differentiate in many type of cell rapidly.
Because iPS cells are derived from a patient's differentiated cells, they may be an ideal therapeutic...
1. Why is iPS cell therapy using third-party donor cells more feasible than using cells donated from the patient being treated? O Treatment with iPS cells is much more cost prohibitive when iPS cells are donated by the patient being treated. O Donor iPS cells from the patient cannot be used because they contain the disease being treated. O Third-party donor cells are less likely to contain dangerous mutations that can lead to tumor formation. O Third-party donors are screened...
Genetic variability is A) achieved through meiosis B) due to both crossing over and the law of independent assortment. c) why two siblings are uniquely different from each other. D) All of the above are true. 16. Given the image on the right of the onion root tip col, which of the following is NOT TRUE? A) The most common cell cycle stage is anaphase. B) All the stages of mitosis are depicted in the image. c) There is one...
need help urgently Question 47 2 pts Neural crest cells are now known to be able to differentiate in to cells. None of the options shown. ectoderm All of the options shown mesoderm endoderm Question 42 2 pts Induced pluripotent stem (iPS) cells can be created by the expression of a set of key genes in most somatic cell types, including cells derived from adult tissues. O require a supply of donor egg cells, as is the case for embryonic...
explain 1 or 2 molecular details in how epigenetics may allow melanoma cells to outsmart BRAF inhibitors **This is for a genetics course Seope: This science commentary claims that epigeneties plays a role in cancer cells becoming therapy-resistant. The language used is generalized for the non-scientist and does not include any molecular details, such as methylation of a specific nucleotide in an allele or modification of a specific histone tail amino acid. Your task (individually or in a group of...