Search
Filter Results
- Resource Type
- Article1
- Book1
- Book Digital1
- Result From
- Lane Catalog1
- PubMed1
-
Year
- Journal Title
- Immunology1
Search Results
Sort by
- Bookeditor, Bruce Ovbiagele.Contents:
Best practices in neurological care / Bruce Ovbiagele
Epilepsy / Omotola A. Hope & Jeremy Lankford
Parkinson's disease / Jori Fleisher & Nabila Dahodwala
Neuromuscular diseases / Hajime Tokuno, Pooia Fattahi & Huned S. Patwa
Dementia / Liana G. Apostolova
Headache / Charles C. Flippen II
Brain tumor management / Seema Nagpal, Scott G. Soltys, Gordon Li, Griffith Harsh & Lawrence Recht
Neuroinfectious diseases / David Croteau
Stroke / Shelly Ozark, Diana Goodman & Christine Holmstedt
Multiple sclerosis / Lily Jung Henson
Evidence-based therapies in neurologic rehabilitation / Bruce H. Dobkin & Andrew Dorsch
Neurocritical care / Paul Vespa & Vikas Grover
Palliative care in neurology / Eli L. Diamond & Alan C. Carver
Index. - ArticleRomagnani S, Amadori A, Giudizi MG, Biagiotti R, Maggi E, Ricci M.Immunology. 1978 Sep;35(3):471-8.The response to SPA and Staphylococcus strain Cowan I (StaCw) of highly purified populations of peripheral blood and tonsil human lymphocytes was investigated. Purified T lymphocytes isolated from perpheral blood by E-rosetting were unable to respond in vitro to StaCw. Highly purified B-cell populations from tonsils did not show any proliferative response in the presence of soluble SPA. The addition to highly purified B-cell suspensions from human tonsils of increasing concentrations of autologous T lymphocytes did not induce any increase of thymidine uptake in the presence of StaCw. However, it was able to restore a marked proliferative response of the B-cell cultures to soluble SPA, even though mitomycin-treated T lymphocytes were added. The low response of highly purified peripheral blood T lymphocytes to soluble SPA could be potentiated by the addition of autologous mitomycin-treated B cells, whereas the unresponsiveness of purified T lymphocytes to StaCw was not affected. Mitogenic activity of SPA coupled to Sepharose beads was different from that of soluble SPA and paralleled that of StaCw. These data strongly suggest that insoluble SPA is a T-cell-independent B-cell mitogen in man, whereas soluble SPA, like PWM, exerts its activity on B cells only in the presence of T cells.