Transplantation of leukaemia into mice and its genetic aspects.
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Transplantation of leukaemia into mice and its genetic aspects. by Georg Hogreffe

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Published by Haase in Copenhagen .
Written in English


  • Leukemia -- experiments.

Book details:

Edition Notes

Translation of thesis, Copenhagen.

SeriesOpera ex Domo Biologiae Hereditariae Humanae Universitatis Hafniensis -- v. 24
The Physical Object
Pagination95 p. :
Number of Pages95
ID Numbers
Open LibraryOL20092915M

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The MuLV has been used to discover novel genes involved in AML leukemogenesis in insertional mutagenesis screens [ 20 ]. Additional AML-inducing leukemia viruses have been isolated and utilized in insertional mutagenesis screens with transgenic models, including the MOLLTR virus [ 21 – 22 ].Cited by: GENETIC THEORY OF TRANSPLANTATION. The genetic theory of transplantation in essentially its present form was adumbrated in an early paper by Little () and was fully described in a number of subsequent papers (see, e.g., Little, ). Although a considerable wealth of detail has been added, and certain minor modifications have been made, the theory developed by Little and co-workers is still fully . A History of Transplantation Immunology is an account, written by one of the founding fathers of the field, of how tissue and organ transplantation has become one of the most successful branches of late 20th century medicine. The book helps place the work of contemporary scientists into its proper context and makes fascinating reading for.   A cell initiating human acute myeloid leukaemia after transplantation into SCID mice. Abstract. MOST human acute myeloid leukaemia (AML) cells have limited proliferative capacity, suggesting that the leukaemic clone may be maintained by a rare population of stem cells 1–5.

  Leukaemia-propagating cells that transplant the disease mirror the genetic variegation of the bulk tumours, providing insights into the heterogeneity of these functional subpopulations at the Cited by: Within one year of the publications of the pivotal studies in rodents 3., 4., 5., Don Thomas and colleagues, in , published an article in the New England Journal of Medicine showing that large amounts of marrow could be infused intravenously into leukemia patients with safety and would engraft at least temporarily, even though, in the end Author: Richard A. Gatti, Rainer Storb.   Definition of Transplantation Implantation of “non-self” tissue into the body The process of taking cells, tissues, or organs called a graft (transplant), from one part or individual and placing them into another (usually different individual). donor: the individual who provides the graft. recipient or host: the individual who receives the. Genetic modification of ALL associated genes in primary cells with subsequent transplantation into mice, generation of transgenic mice that modify ALL associated genes in the lymphoid compartment, and chemical carcinogen induced mouse models have all Cited by:

By contrast, in another study in which BALB/C(Ia d) donor mice were transplanted into C57Bl/6(Ia b) mice irradiated with Gy, the Kupffer cell engraftment was described to be predominantly of the donor marrow origin 21 days after the BMT. In addition, it is know that the half-life of the Kupffer cells is days,. Therefore, it is Cited by: Transplantation of tumor cell lines into nud e mice can be accomplished via multiple routes: subcutaneous, intraperitoneal, intravenous, intracranial, intrasplenic,Author: Archana Chavan. An autologous transplant uses the patient’s own stem cells, collected in advance and returned to them after they receive high doses of chemotherapy. More than 1, stem cell transplants are carried out in Australia each year. The majority of these (more than two-thirds) are autologous transplants.» More information on autologous transplants.   Scientists have successfully transplanted human chromosomes into mice, a first that promises to transform medical research into the genetic causes of disease. The mice Author: Ian Sample.