9860_e12f
Which one of the following potencies of stem cells correspond to the description 'can differentiate into only a few cells; e.g., lymphoid or myeloid stem cells'.
multipotent Incorrect oligopotent Correct pluripotent Incorrect totipotent Incorrect unipotent Incorrect MC35c2_e12f
Which one of the following potencies of stem cells correspond to the description 'they are found in most body organs, where they replace diseased or aged cells'.
multipotent Correct oligopotent Incorrect pluripotent Incorrect totipotent Incorrect unipotent Incorrect MCedda_e12f
Which one of the following potencies of stem cells correspond to the description 'derived from the mesoderm, they are widely found throughout the body and can be easily isolated and cultured'.
multipotent Correct oligopotent Incorrect pluripotent Incorrect totipotent Incorrect unipotent Incorrect MC3e9d_e12f
Which one of the following potencies of stem cells correspond to the description 'can give rise to any of the 220 cell types found in an embryo as well as extra-embryonic cells (placenta)'.
multipotent Incorrect oligopotent Incorrect pluripotent Incorrect totipotent Correct unipotent Incorrect MC9d04_e12f
Which one of the following potencies of stem cells correspond to the description 'myeloid stem cells are this type because they only produce a few types of cells; e.g., neutrophils and eosinophils'.
multipotent Incorrect oligopotent Correct pluripotent Incorrect totipotent Incorrect unipotent Incorrect MC0f2d_e12f
Which one of the following potencies of stem cells correspond to the description 'an undifferentiated cell that has the potential to differentiate into any of the 220 cell-types of the human body'.
multipotent Incorrect oligopotent Incorrect pluripotent Correct totipotent Incorrect unipotent Incorrect MCabc2_e12f
Which one of the following potencies of stem cells correspond to the description 'extremely rare cells that have the ability to form an entire human being including the trophoblast'.
multipotent Incorrect oligopotent Incorrect pluripotent Incorrect totipotent Correct unipotent Incorrect MCf6f2_e12f
Which one of the following potencies of stem cells correspond to the description 'have the ability to transform into a small number of types of cells; e.g., plasma cells'.
multipotent Incorrect oligopotent Correct pluripotent Incorrect totipotent Incorrect unipotent Incorrect MCd8ea_e12f
Which one of the following potencies of stem cells correspond to the description 'can differentiate into only one type of cell; e.g., skin cells'.
multipotent Incorrect oligopotent Incorrect pluripotent Incorrect totipotent Incorrect unipotent Correct MC0016_e12f
Which one of the following potencies of stem cells correspond to the description 'can differentiate into all three basic body layers; e.g., embryonic stem cells'.
multipotent Incorrect oligopotent Incorrect pluripotent Correct totipotent Incorrect unipotent Incorrect MCb932_e12f
Which one of the following potencies of stem cells correspond to the description 'in comparison with other types of stem cells, this type has the lowest differentiation potential'.
multipotent Incorrect oligopotent Incorrect pluripotent Incorrect totipotent Incorrect unipotent Correct MC05d0_e12f
Which one of the following potencies of stem cells correspond to the description 'a cell that can differentiate along only one lineage; e.g., germ line stem cells that make sperm'.
multipotent Incorrect oligopotent Incorrect pluripotent Incorrect totipotent Incorrect unipotent Correct MCeba1_e12f
Which one of the following potencies of stem cells correspond to the description 'cells that can maintain an undifferentiated state indefinitely and can differentiate into most, if NOT all, cells of the body'.
multipotent Incorrect oligopotent Incorrect pluripotent Correct totipotent Incorrect unipotent Incorrect MC7d8e_e12f
Which one of the following potencies of stem cells correspond to the description 'have the ability to turn into a number of different cells in the body; e.g., bone, muscle, cartilage, or fat cells'.
multipotent Correct oligopotent Incorrect pluripotent Incorrect totipotent Incorrect unipotent Incorrect MCc4d5_e12f
Which one of the following potencies of stem cells correspond to the description 'can form all the cell types in a body, as well as the extraembryonic or placental cells'.
multipotent Incorrect oligopotent Incorrect pluripotent Incorrect totipotent Correct unipotent Incorrect MC2f1c_e12f
Which one of the following potencies of stem cells correspond to the description 'these cells develop into multiple specialized cell types present in a specific tissue or organ'.
multipotent Correct oligopotent Incorrect pluripotent Incorrect totipotent Incorrect unipotent Incorrect MC422a_e12f
Which one of the following potencies of stem cells correspond to the description 'the capacity to develop into only one type of cell or tissue; e.g., epidermal stem cells'.
multipotent Incorrect oligopotent Incorrect pluripotent Incorrect totipotent Incorrect unipotent Correct MC4282_e12f
Which one of the following potencies of stem cells correspond to the description 'can differentiate into a limited type of cells; e.g., adult and cord blood stem cells'.
multipotent Correct oligopotent Incorrect pluripotent Incorrect totipotent Incorrect unipotent Incorrect MCa760_e12f
Which one of the following potencies of stem cells correspond to the description 'can differentiate into all of the cell types of the body as well as placental cells; e.g., first two zygote cells after fertilization'.
multipotent Incorrect oligopotent Incorrect pluripotent Incorrect totipotent Correct unipotent Incorrect MCe66d_e12f
Which one of the following potencies of stem cells correspond to the description 'capable of developing into only one type of cell or tissue; e.g., germ line stem cell'.
multipotent Incorrect oligopotent Incorrect pluripotent Incorrect totipotent Incorrect unipotent Correct