By P. W. Kincade, P. L. Witte, K. S. Landreth (auth.), Dr. Christopher J. Paige, Dr. Roland H. Gisler (eds.)
Rapid growth remains to be made in figuring out the molecular and mobile occasions that contain B-Iymphocyte differentiation. this can be due partially to the excessive point of inter est proven by way of many investigators from assorted disciplines, who locate this topic appropriate for addressing a few of the primary problems with immunobiology. B-cell developmen tal versions are being largely used to enquire cell-cell interactions, molecular mediators of differentiation and proliferation, differential onset of gene courses, and gene rearrangement and expression, in addition to the iteration of the immune reaction itself. now not strangely, elevated figuring out of B-cell differentiation occasionally effects from the applying of latest options that allow larger perception into the cells comprising the method and the genetic mechanisms in which those cells show their differentiative power. despite the fact that, experimental ideas established upon the radical software of verified applied sciences have additionally resulted in the rationalization of many concerns, in addition to to the discov ery of formerly unrecognized difficulties. One challenge, good well-known through these energetic within the box, is how you can stay alongside of major advancements as they seem. the aim of this ebook, a part of a sequence dedicated to analysing present matters in biology, is to aid triumph over this challenge. No try at complete cov erage of the entire matters has been made. relatively, a extra thorough research of some subject matters is presented.
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Extra info for Differentiation of B Lymphocytes
1984) remains to be determined. 3 Identification of Stromal Cells in Long-Term Cultures Exogenous stimulatory elements potentially playa role in primary B-ceU production (FULOP and OSMOND 1983), and the cells that form the adherent layer in vitro and provide a supporting framework for hemopoiesis in the marrow intersinusoidal space are a prime candidate population for the source of such external stimuli. These cells are referred to as stromal cells (LICHTMAN 1981), and they have been implicated in forming a hemopoietic microenvironment that regulates blood-cell development (WOLF and TRENTIN 1968).
However, these studies have not always identified the earliest stages of B lymphopoiesis, or permitted regulatory events that occur during B-cell differentiation to be dissected. In order to facilitate such investigations, considerable efforts have been made to develop in vitro systems that permit all phases of primary B-cell development to be studied under controlled conditions. Desirable objectives in the development of such systems are to focus on B lymphopoiesis from its earliest stages and to permit its regulation to be studied at both the molecular and cellular levels.
In contrast to reconstitution with LBMC cells, FLC cells can not confer the ability to respond to Long-Term Murine Hemopoietic Cultures as Model Systems for Analysis 33 T -dependent antigens, suggesting that the cultures maintain precursors with a more restricted developmental potential. Whether the B-cell precursors present in these cultures are the same as the early progenitor detected in the agar assay described by PAIGE (1983; PAIGE et al. 1984) remains to be determined. 3 Identification of Stromal Cells in Long-Term Cultures Exogenous stimulatory elements potentially playa role in primary B-ceU production (FULOP and OSMOND 1983), and the cells that form the adherent layer in vitro and provide a supporting framework for hemopoiesis in the marrow intersinusoidal space are a prime candidate population for the source of such external stimuli.