PPT-Current Uses and Outcomes of Hematopoietic Stem Cell Transplantation

Location of Centers Participating in the CIBMTR 2015 Annual Number of Transplant Recipients in the US by Transplant Type Allogeneic Transplant Recipients in the US by Donor Type Cumulative Plot of Transplant Recipients in the US by Transplant Type. Stem Cell Transplantation. 2012. Summary Slides. SUM12_1.ppt. Location of Centers Participating . in the CIBMTR. 2012. SUM12_22.ppt. Slide 2. Transplants. SUM12_23.ppt. Slide . 3. Transplant Activity in the U.S.. Jung/. Shlush. Department . of Immunology. . Objectives of the seminar. Learn about the newest research the . . . hematopoetic. system and leukemia. Identify emerging topics and techniques. Describe some of the practical applications of reproductive cloning and the process and goals of therapeutic cloning.. CLONING OF PLANTS AND ANIMALS. 11.12-11.14. 11.12 Plant cloning shows that differentiated cells may retain all of their genetic potential. Learning objectives. To understand the difference between allogeneic and autologous HSCT. To understand the types of and reasons for the different HSCT conditioning regimens. To recognise potential complications associated with HSCT. Ricerche. . Genetiche. e . Biomediche. (IRGB)/CNR. and . Humanitas Research Center. Pavia, . February. 29. th. , 2016. 1. Induced. . pluripotent. . stem. . (. iPS. ) . cells. iPSc. are . obtained by reprogramming . Current Positions:  Armand Quick – William Stapp Professor of Hematology , in the Department of Medicine in the Division of Hematology and Oncology  Se ction Head , Hematological Maligna Ivetta Danylesko, MD. Department of Bone Marrow. . Transplantation. Chaim Sheba Medical Center, Tel-. Hashomer. History. HSCT was first explored in humans in the 1950s and was based on observational studies in mice models which showed that infusion of healthy bone marrow components into a . A stem cell is . a . “blank” cell. It can divide and produce identical . . copies – Self Renewal . P. rocess. Serves as a built-in repair system for . . . human . body. What Stem Cell does?. iPS. cells, self-renewal, differentiation, pluripotent, multipotent, Inner cell mass, Nuclear transfer (Therapeutic cloning), Feeder cells, LIF, embryoid body.. What are stem cells?. Cells that are able to renew themselves (. is. 1- . a . non-specialized. , . 2- generic . cell which can make exact copies of. itself . indefinitely and. 3- . can differentiate and produce specialized cells for the . various tissues . of the . At the end of this unit of study, the student should be able to:. Describe the basic concepts of cell differentiation and maturation.. Compare and contrast the categories of hematopoietic precursor cells: hematopoietic stem cells, hematopoietic progenitor cells, and maturing cells, including proliferation and differentiation potential, morphology, and population size.. A Pediatric Transplant Infectious Diseases Learning Module. Using the Modules. The modules are case-based, with decision points (branches) containing questions. Many questions don’t have right or wrong answers. BIOETHICS. STEM CELLS. A. . stem cell . is an immature cell capable of rapid division, self-renewal and development into specialized cells of the body.. Stem cells, having received signals from regulatory systems about some kind of “malfunction”, rush to the affected organ through the blood. ®. Hematopoietic Stem Cells (HSCs) are capable of developing into any blood cell lineage. They develop in the bone marrow.. A small percentage of HSCs interacted with the . endosteal. niche, SNO cells, and osteoblasts..