describe how prospective isolation was demonstrated for the hematopoietic stem cell or the satellite cell
describe how prospective isolation was demonstrated for the hematopoietic stem cell or the satellite cell
describe how functional assay was demonstrated for the hematopoietic stem cell or the satellite cell
HOW POTENT ARE YOUR STEM CELLS? a cell that can produce all the hematopoietic cells in your body: _________ a cell that can develop into a complete adult organism + extraembryonic structures: _________ a cell that develop into a complete adult organism: ________
A hematopoietic cell leads to Stem cells leading to leading to Erythroblast Macrophages and then Platelets Reset Goblet cells Astrocytes Lymphoblast Red blood cells Megakaryocytes Trophoblasts Monocytes Dendritic cells
Objectives for Transplant and Diabetes Content Friday 10/19: • Describe the process of hematopoietic stem cell transplant (HSCT) • Distinguish the 3 major types of HSCT • Discuss the nursing management for a client undergoing HSCT • Identify the common complications associated with HSCT • State the organs/tissues that can be donated and what makes a person a candidate for donation • Evaluate kidney function using laboratory and assessment data • Identify complications of organ transplantation • Describe the nursing...
Question Set 3 (20 pts) As discussed in class, the pluripotential properties of hematopoietic stem cells (HSCs) were demonstrated by classic studies of marking cells by retroviral transduction and using these cells to reconstitute irradiated mice to make a "bone marrow chimera". Then one assesses fate based on integration sites in the haematopoietically derived cells. Recent studies such as those by Rodriguez-Fraticelli et al. 2018. Clonal Analysis of Lineage Fate in Native Hematopoiesis. Nature 553: 212 (PMC: 5884107) have used...
Monocytes Megakaryocytes Astrocytes Trophoblasts Goblet cells Dendritic cells Red blood cells Lymphoblast 27:11 A hematopoietic cell leads to Stem cell:s leading to leading to Macrophages Erythroblast and then Platelets
8. Non-hematopoietic cell types are crucial in B cell and T cell development. What/where are these cell types and how do they support development of these lymphocytes? Indicate specifically, what are the molecules/signals that these cells provide?
How could an embryonic stem cell be used to repair a severed spine? A. Embryonic stem cells secrete proteins that repair all other cell types, including nerve cells. B. Embryonic stem cells can cause any other cell type to multiply. C. Embryonic stem cells are primarily involved with neural growth and development. D. Embryonic stem cells can grow into any other cell type, including a nerve cell.
Risks or problems involving stem cell technology include all of the following EXCEPT: potential treatments can lead to the development of cancer stem cell technology poses risks to the environment ethical issues that involve isolation of embryonic stem cell lines unregulated laboratories attempting to produce human clones
2. (a) Write down the definition of stem cell in your word. (b) Describe the four potency levels of stem cells in (with examples) relation to the development process from a zygote to mature somatic cells.