Global ETD Search

11	Lymphocyte transformations and immunocompetence in the protein-calorie malnourished rat Murphy, Gwendolyn Curtis January 1976 (has links) Thesis. 1976. M.S.--Massachusetts Institute of Technology. Dept. of Nutrition and Food Science. / Microfiche copy available in Archives and Science. / Bibliography: leaves 70-78. / by Gwendolyn C. Murphy. / M.S. Nutrition and Food Science Lymphocytes Immunocompetent cells Malnutrition Protein deficiency Rats Nutrition
12	Bovine viral diarrhea virus infections affect professional antigen presentation in bovine monocytes Lee, Sang-Ryul, January 2007 (has links) Thesis (Ph.D.)--Mississippi State University. College of Veterinary Medicine. / Title from title screen. Includes bibliographical references.
13	Native Valve Candida Metapsilosis Endocarditis Following a Ruptured Appendix: A Case Report Sanku, Koushik, Youssef, Dima 01 January 2022 (has links) complex has been further divided into , , and . is considered to be the least virulent fungi of the complex. Candida endocarditis is uncommon but is associated with a very high mortality rate. Prosthetic or previously damaged valves act as common targets, but native, structurally normal valves are seldom affected. We hereby present a case of endocarditis involving a native aortic valve in an immunocompetent 55-year-old male who was successfully treated with surgical valve replacement and antifungal therapy. aortic valve replacement appendix rupture candida endocarditis echocardiography immunocompetent infective endocarditis invasive fungal disease metapsilosis native valve parapsilosis Internal Medicine
14	Vývoj protektivní imunitní odpovědi v žaludečním epitelu myší infikovaných \kur{Cryptosporidium muris} a \kur{Cryptosporidium andersoni} / Development of protective immune response in gastric mucosa of mice infected with \kur{Cryptosporidium muris} and \kur{Cryptosporidium andersoni} JALOVECKÁ, Marie January 2011 (has links) The development of immune response accountable for the ability to control Cryptosporidium muris TS03 infection was studied using immunocompetent and various types of immunodeficient mouse models. Subsequently the immune response was characterized by analysis of leukocyte infiltration and cytokine production in gastric epithelium. Moreover, the potentiality of immunocompetent mice to develop effective immune response to C. andersoni LI03 infection with consequent protection to consequent infection of the same mice with C. muris TS03 was also studied by monitoring oocysts shedding, leukocyte infiltration of the gastric mucosa and cytokine production in ex vivo cultures of splenocytes.

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